Course Description - alsalam.edu.eg · Curriculum 2003 122 Course Description ... Curriculum 2003 124 Course Description Computer system – brief history ... Bending and torsional

Faculty of Engineering, Mattaria Helwan University

Curriculum 2003 122 Course Description

Course Description



BS 0011 Math (1) (A) Introduction to functions – inverse function – elementary functions – trigonometric and inverse trigonometric functions – exponential function – logarithmic functions – hyperbolic and inverse hyperbolic functions – limits – continuity – the intermediate value theorem – the extreme value theorem – derivative – applications on derivative – mean value theorem – curve sketching – convexity and concavity – extreme of functions – approximation of functions. Indefinite integrals – methods of integration – definite integrals. the fundamental theorem of calculus – improper integrals – l’ Ho pital rule- applications on integration – areas – volumes of solids of revolution – are length and areas of surfaces of revolution – numerical integrator. BS 0012 Physics (1) (A) Properties of matter, physical quantities, units, properties of mech. and electric materials- gravitational field and its applications- fluid statics- fluid dynamics – viscosity- elasticity- sound waves- waves in elastic media- heat and heat dynamics- heat transfer- molecular motion of gasses- first low of heat dynamics- entropy and the second low of heat dynamics – applications. BS 0033 Mechanics (1)* Vectors Algebra and Applications – Resultant and Moments of a Force System – Equivalent Force Systems – Equilibrium of Particles – Friction – Hinges and Pulleys - Center of Gravity – Moment of Inertia – Product of Inertia Moment – Inertia Moment Transfer Theories – Mohr’s Circle. Kinematics of Particles – Coordinate Systems – Linear and Curvilinear Motions – Relative Motion – Kinetics of Particles – Newton’s Laws of Motion – Constant and Variable Acceleration – Applications – Work and Energy of Particles – Work and Kinetic Energy – Different Types of Energies – Power. MD 0034 Engineering Drawing & Projection* Drawing technology and skills. Engineering operations - Projection theory: Projection of a point, line, plane simple bodies – Assisted projections. Intersection of planes and surfaces. Unfolding body surfaces. Orthogonal projection. Writing dimensions. Isometric. Principles of sectioning. Steel connections. Principles of architectural drawing. Orthogonal projection – Representation of a point – Representation of a straight line – position problems – metric problems – auxiliary projection – Rotation – polyhedral development – Representation of a circle – Representation of a sphere.

BS 0015 Computers and Programming



Computer system – brief history – Computer devices and element – input and output devices – central processor unit – additional units – software programs – operating system programs – programming languages application – program flowcharts – problems solving and programs – software algorithms – Boolean algebra – principles of spreadsheet and database – application program development.

BS 0016 Chemistry States of matter – solutions – phase rule – chemical equilibrium – electrochemistry – water treatment – building materials – pollution – other chemical industries – mineral fertilizers. Dyes, co lour and chemical constitution – polymers – sugar and starch industries – petrol – chemicals – semiconductors – oils, fats, soaps and detergents. HM 0017 English Technical Language (1) Introduction - characteristics of technical English language – rivision of English grammer – some styles of writing – characteristics of effective sentences – common faults in writing of sentences in English language – construction of paragraphs: main idea – methods of presentation of main idea – types of paragraphs – analysis of some technical writings in different engineering specializations – translation.

BS 0021 Math (1) (B) Theory of equations – matrices – matrices and linear system – determinants and linear systems – eigenvalues and eigenvectors – applications on matrices and determinants – sequences and series – vectors – polar , cylindrical and spherical coordinates – equations of the second degree – parabola – ellipse – hyperbole – translation and rotation of axes – equations of pairs of strict lines – equation of sphere and surfaces of revolution – equations of straight lines and planes in space. BS 0022 Physics (1) (B) Electricity and magnetism- Charge- Matter and electric field- Gauss law- electric Potential- capacitors and insulating materials- current, resistance, and electric Field- magnetic field- Amper law- Savart and biot laws- Faraday’s law- magnetic properties of materials- Maxwell’s equations- integral form- heat effect of current- optics- properties of optics- electromagnetic waves - optical phenomena - deviation of optics- mirrors - lenses- optical fibers.



MR 0023 Production Technology Introduction to engineering material (ferrous & non-ferrous) – Polymers – ceramic – composite materials: types and characteristics – casting – sand casting – forming – forging – rolling – drawing – festenating & joining – riveting – welding – cutting – hand operations – machine operations – turning – shaping – drilling – milling - grinding – measurement tools – Vernier caliper – micrometer.

HM 0024 Introduction to Engineering Sciences Difinitions - history of technology and engineering in it’s different branches – historical interconnection between science and technology – examples on the development of different engineering activities.

BS 1111 Mathematics (2) BS 2111 Complex Numbers – Functions of complex variables – Cauchy-Reimann equations – Analytic functions – Elementary functions – Comformal mapping – Complex integration – Cauchy theorem – Applications of complex integration – Complex series and Laurent series – Series solution of differential equations – Special functions Fourier Integrals and Fourier Transformation – Partial differential equations. BS 1112 Physics (2) BS 2112 Waves and vibrations- harmonic vibration in dynamical and electrical systems- geom. representation- interference -damped vibration- Fourier analysis of damped vibration- types of waves- wave velocity- velocity of sound waves in fluids- wave measurements- Doppler effect- electromagnetic waves- optics- optic interference- Newton ring – deviation – new concepts- quantum mech. -electro optical phenomena- laser – applications of sound waves - applications in mech. eng. MR 1113 Production Engineering MR 2123 Theory of metal cutting – different cutting theories – cutting temprature and methods of temprature measuring – tool life & tool wear and factors affecting tool life – measurement of tool life – surface roughness – measurement of machined surface – economics of metal cutting – machine tools – turning – drilling – milling – saws – shaping – gear box – gear box design – sliding gears – rolling & drawing operations – introduction to the use of computers in manufacturing workshops – CAD/CAM – components of NC machine tools – types of NC machines – steps for NC machining.



MD 1114 Mechanical Drawing Types of drawings: Sketching, Structural drawing, Assembly drawing, Working drawing. Surface finish symbols. Fits and tolerances. Standard tables. Material codes. Threads (types, specs). Joints. Bolts and Nuts. Springs (types, specs). Keys. Rivets. Welds. Gears. Introduction to CAD. BS 1115 Mechanics and Strength of Materials Kinematics of rigid bodies –translation and rotation- motion on curves- rotation without sliding- motion on a plan- center of mass- moment of inertia -free and forced vibrations – work, energy and low of conservation- impulsive motion. Stresses and Strains. Testing machines and strain gages. Engineering material behavior under tension, compression and cold bending. Direct and transverse shear. Torsion. Fatigue. Hardness. Toughness and impact stresses. Experimental part: Mechanical tests. Static tests:Tension, compression, shear, bending, torsion, hardness. Dynamic tests: Fatigue, impact. EP 1116 Electric Engineering EP 2117 Electric field – Magnetic field – Electric circuits – Elements of electric circuits – Sources of electric voltage – Electric current sources – Elements of resistances – Capacitors and induction coils – Methods of analysis for continuous current circuits – Node analysis – Method of superposition – Circuits theories – Sine concept – Applications on theory of ossilating current electric circuits MP 1121 Fluid Mechanics (1) Introduction – Fluid Principles Definitions – Fluid statics – Fundamentals of fluid motion – Fluid kinematics – Principal equations for mass continuity; energy conservation; momentum in integral formula – Applications – Dimensional analysis and similarity – Laminar & turbulent flow – Laminar flow cases – Steady flow in pipelines – Friction coefficient and losses – Minor losses – Methods of nets connection. MP 1122 Thermodynamics (1) MP 2121 Basic fundamentals and definitions – Energy concepts – First law of thermodynamics – closed systems – energy equation for closed systems – Continuity equations – Energy equation for open systems – Steady and unsteady flow through open systems – Properties of pure substance –



Ideal gas model – Reversible processes – Orreversible processes – Second law of thermodynamics – Carnot cycle – Heat engines and efficiency – Entropy – Entropy change – Properties of gas and vapour mixture – Enthalpy and internal energy of gas and vapour mixture. BS 1123 Computer Applications & Programming Introduction – Computer language and programming – Data base – Using programs to find approximate solutions for equations – Solution of algebra linear non-linear equations – Numerical integration – Solution of differential equations – Engineering applications – Use of ready prepared programs. MD 1124 Stress Analysis Equilibrium of simple mechanical elements. Normal and shear forces. Bending and torsional moments. Stresses in loaded elastic bars:Axial, bending, torsion. Strains. Rigidity. Strain energy. Stresses in combined loading:Eccentric loads, inclined bending and torsion. Two dimensional stresses:Principal stresses, Mohr circle, theory of failure.Applications:Thin and thick cylinders, springs, Frames, Finite elements. Experimental part:Strain measurements, Wightstone Bridge, principal strains, strains in thin and thick cylinders, stress concentration factor, elastic failure, and deflections of beams. MD 1125 Science and Engineering of Materials Metallic and non-metallic materials. Crystals - Mechanical properties - Relation between crystals and properties - Material codes and standards - Alloying theory - Heat treatments. Polymers - Composites. Ceramics - Material selection. Non-destructive tests. HM 1126 Technical English Language (2) Exercises related to scientific topics – Development of student’s knowledge in language and ability for reading and understanding – Developing of understanding and translation abilities of the student – Developing of listening and speech abilities of the student – exercises on writing technical topics – readings in scientific books – methods of search – technical writing. BS 1211 Numerical Analysis Numerical solution of linear systems- numerical solution of nonlinear equations- interpolation-numerical integration and differentiation-curve fitting-optimization-numerical solution of ordinary and partial differential equations. Probability and statistics-discrete and continuos random variables-frequency tables-deviation measures- data analysis- optimization techniques.



MP 1212 Thermodynamics (2) Availability – Gas power cycles – Gas turbines – Vapour power cycles – Reversed cycles – Reversibility – Combined cycles to generate electric energy – Relation between thermodynamics properties and effect of real gases – Introduction to the principles of stiochiometry and applications – Combustion reaction for mixtures and applications of first and second laws of thermodynamics – principles of chemical and phase balance. MD 1213 Theory of Machines Complete mechanism analysis – kinematics of mechanism using graphical and vectors method - Analysis of static and dynamic forces on the mechanism – Determination of vibrating forces at bearings – Design of cams and follower – Kinematics analysis for cam and follower by analytical methods – Classification of gears and their effect on design factors – Determination of gear speed – Analysis of stress curve of bearing for engines and design of wheels. MP 1214 Fluid Mechanics (2) Differential form of continuity motion – approximate and analytical solutions – Flow through boundary layer – Potential flow theory – Flow arround immersed bodies – Unsteady flow – Introdiction to flow control – Introduction to computational fluid mechanics. EC 1215 Electronic Engineering Introduction – Review of power connection – Dual linkage – electronic circuits – Amplifiers – Counters – Stabilizers – Output signals – Transistors – Logical circuits – Digital to analog and analog to digital circuit – Signal summing system – Circuit applications for angular speed - - Stepping motor – Ignition and electronic injection in the internal combustion engine – Other applications – Introduction to robots. HM 1216 Technical Report Writing Introduction – writing of nombers; symbols; abbreviations and equations – Rules of statement writing; language; structure; accuracy; consolidation; variety; confirmation – variation of sentences – Easiness to read – Basic writing of active paragraph – How to start writing – summary and conclusion – writing and organizing the subject – Review and editing – Different forms of writing: letters; notes; proposals; reports; examples; references; tables and tables – Final eddition of technical writing. MD 1221 Machine Elements Design Introduction to design and creativity - Mechanical properties of materials and manufacturing -Design considerations and factor of safety -Dynamic



stresses and product life - Power transmission and shafts:Coupling, belts, power screws, spring. MP 1222 Electric Machines Types of electric machines – Direct current machine – Multi-phase alternative current system – electric transformers – Induction machine – Synchronizing machine – Small power engines – Electric distribution systems – Cables and their properties – Electric machine safety – Electric transformers safety – Laboratory tests. MP 1223 Heat Transfer Introduction to heat transfer – One-dimensional heat transfer – Heat transfer with heat generation elements – Continuous heat transfer in two dimensions – Unsteady one directional heat transfer – Convection heat transfer – Free convection relations – Forced convection relations – Mixed convection heat transfer – Fins and extended surface – Heat transfer with phase change. MP 1224 Engineering Measurements Operating performance of measurement device – Measurement system element – Fixed and variable errors – Measuring error treatment – Digital measuring technique – Force measurement – Torque measurement – Pressure measurement: manometers – Dynamic device for pressure measurements – Electric device for pressure measurements – Flow measurement device: orifice; nozzle; ventury; rotating turbine and rotameter – Velocity measurement: pitot tube - Hot wire - Laser – Angular velocity measurement – Temprature measurement: Thermometer; bimetal sensor – Variable resistances – Semiconductors – Thermocouples – Radiometer – Measurement of gas exhaust components – Sensors – Analysis of exhaust gas. MP 1225 Control of Mechanical Power Systems Introduction to automatic control – Assessment of automatic control systems – Classification of automatic control systems – Basic elements in automatic control systems – Signal conditioning – Kinds of automatic control systems – Applications of mechanical power automatic systems. HM 1226 Industrial and Engineering Legislations Industrial rules – Characteristics of industries – Industrial safety rules – Labour rules – Insurance rules – Environmental rules – Financial arrangements – Tax laws – Different degrees of prosecution – Capital and small projects and their rules – Needs, regulations and rules of engineering projects.



MP 1311 Heat and Mass Transfer Kinds of heat exchangers – Performance of heat exchanger – Heat radiation – Heat radiation between gases and fires – Radiation and environment – Mass transfer in solids; liquid ; gases – Application of mass transfer – Ways of heat transfer improvement. MP 1312 Fundamentals and Technology of Combustion Hydrocarbon fuels – Combustion chemistry – Combustion aerodynamics – Fuel preparation for combustion – Kinds of burners – Design of burners – Burner performance – Combustion control – Combustion application in furnaces – Boilers and turbines – Combustion pollutions – Control systems in combustion pollutants – Laboratory tests. MP 1313 Refrigeration and Air Conditioning Refrigeration methods – Vapour compression refrigeration systems - Refrigerants – Absorption refrigeration systems – Air refrigeration systems – Introduction to psychometric chart – Air conditioning systems (summer; winter; annual) – Refrigeration and heat loading – Air conditioning equipments by air ducts – Air duct design. MD 1314 Mechanical Vibrations Principles of vibrational motion - Elements of vibration system - Single degree of freedom - Effect of damping on free vibrations - Forced vibrations and applications - Shaft stability – Isolation - Measurement devices - Two degree of freedom systems – Dampers - Multi degree of freedom systems and solution methods - Computer applications. MP 1315 Hydraulic and pneumatic Control Hydraulic control: hydraulic fluids ; Control elements – Working elements – Experimental applications. Pneumatic control: Compressed air; Control elements – Working elements – Experimental applications. Design of control circuits: electronic; electric; electro-pneumatic. MP 1321 Internal Combustion Engines (1) Introduction – Idea of internal combustion engine – Fuel and air cycles – Actual cycle of engine – Performance factors in internal combustion engine – Properties of fuels – Combustion in internal combustion engine – Combustion chamber in internal combustion engine – Combustion in diesel engine – Lubrication and friction – Engine indicator. MD 1322 Machines’ Design Selection and design of rolling element bearings - Lifetime, wear, lubrication - Hydrostatic and hydrodynamic bearings - Gears:Straight,



helical, bevel and worm types - Gear boxes - Design of belt systems - Design of thermal systems, heat exchangers, pressure vessels, economizers, and super heaters, cooling towers. MP 1323 Mechanical Power Laboratories (1) Calibration of pressure measuring devices – Experiments in refrigeration and air conditioning – Fluid flow through openings with different shapes – Discharge coefficient measurement – Satisfying of Bernoulli’s equation – Laminar and turbulent flow – Impact of jet – Visualization of fluid flow – Friction factor in pipe lines – Pelton wheel – Experiments on internal combustion engines. MP 1324 Gas Dynamics Compressible flow – Properties of flow in variable area ducts – Introduction to shock wave – Normal and oblique shock wave – Flow in pipes of constant area with and without friction – Flow over surfaces – Compressible flow in two dimensions. HM 1325 Environmental Sciences Definition of environment – Definition of earth: atmosphere; air ; climate – Natural cycles of substances (carbon; hydrogen; phosphorus; …) – Pollution definitions: air pollution; water pollution; earth pollution – Kinds of pollutants: solid; dangerous; toxic – Environment and toxic pollutants – Kinds of chemical toxics and their effects on human life ( digestive system; respiratory system; ….) – Toxic measurements – Technology of toxic decay and degree of danger – Toxic cycles in the earth – Environment and the society – Study of habits and their effect on environment pollution – View of industry pollution. MP 1411 Internal Combustion Engines (2) Gases reciprocate in internal combustion engines (2 stroke – 4stroke) – Cooling and thermal loading in engines – Charging – Electric spark ignition systems – Calibration and fuel injection – Air pollutants from engines – New trends in engines design and development – Performance calculations. MP 1412 Thermal Turbo Machinery Basic thermodynamics and fluid mechanics for turbines – Different classifications of turbo machinery – Euler’s equation - Losses – Efficiencies – Non-dimensional terms – one dimensional flow – Two dimensional flow through guide vans – Axial, radial and mixed turbines – Axial, radial and mixed compressors and pumps – Effect of viscosity, compressibility, vapor pressure and wall layer on the performance - Performance curves – Effect of three dimensional flow.



MP1413 Mechanical Power Laboratories (2) Experiments on internal combustion engine: Spark ignition engine; Diesel engine – Continuous combustion experiments: gas fuel combustion; cook combustion; combustion of liquid fuel – Experiments of refrigeration – Experiments of hydraulic machines. MP 1436 B.Sc. Graduation Project The student introduces a complete study and constructs a project determined through his department applying the basics of sciences that he studied – The student presents a report containing the rules and calculations that he made in his project. HM 1417 Applied Environmental Sciences Definition of industrial pollutants and their sources – Combustion pollutants produced from combustion devices (industrial furnaces; boilers; gas turbines) – Kinds of internal combustion engines (gas; spark ignition; diesel) – Industrial pollution from different industries – Technology of pullution treatment. MP 1421 Power Plants and Their Economics Classification of power station – Analysis of load, storage and economy in power stations: daily load – annual load – coefficients of performance. Turbines selection – Steam power stations: Cycles and components – evaporators – reheat and super heaters – savers – air heaters – condensers. Pumps, connections and pipe lines – Boilers : methods of running it – coefficient of its performance and heat balance – control devices – new trends for steam generation – power generation and its effects on environment. MP 1422 Hydraulic machines and Their Plants Introduction – Basic relations – Euler’s equation – Efficiencies and losses – Dimensional analysis and similarity – Effect of relative measurement - Specific speed – Cavitaion – Water turbines: turbine efficiency and losses – Thoma’s cavitation factor – turbine positioning – water turbine technology – water power stations – turbine classification - components impulse turbine (Pelton – Togo – Michel) – theory – design - performance. Reaction turbines: radial and mixed (Francis) - axial (Kaplan) – theory – design – performance – comparison between performance curves for different turbines. Design of rotor, stator and duct – Power station economy – Centrifugal pumps: classifications (radial – mixed – axial) – pumps arrangements – Euler’s equation – effect of exit angle – effect of vans number (slipping – van thickeness) losses – pumps performance – similarity laws – pump selection – cavitation – Thoma’s factor – net positive suction head (available and required) – system and working point curve - pumps in series and parallel connection – pump



control – preparation – casing design – sealing – sealing box – discovering of problems – transient head in the system – hydraulic comparative and torque transformers: relations and charachteristics curve. Mp 1423 Thermal Equipments Essential equipments: design of thermal equipments used in industrial issues (heat exchangers – boilers – condensers - evaporators – cooling towers) and its applications – setting, running, maintenance and troubleshooting of heat exchangers – systems of air and gas drawing from thermal system – Valves: its kinds and usage – Pipes: its kinds – methods of its setting – its usage. Gas and liquid tanks: its kinds and usage – Application examples. HM 1426 Engineering Economics and Management Engineering economics: Cost - Cost / benefit analysis – Capital circulation – Consumption – Optimum use of material – Taxes – Technical Feasibility studies – Performance evaluation. Management: Management definition – Management levels – Planning – Control – Control management. BS 2111 (same as BS1111) BS2112 (same as BS1112) CV 2113 Structural Analysis Introduction to theory of structures – Forces – Types of loads – Moments – Reactions – Equilibrium of statically determinate structures – Stable and unstable structures – Methods of determination – Structural analysis – Shearing forces – Moments – Buckling – Internal stresses – Deformation – Analysis of trusses. MD 2134 Mechanical Drawing Types of drawings: Sketching, Structural drawing, Assembly drawing, Working drawing. Surface finish symbols. Fits and tolerances. Standard tables. Material codes. Threads (types, specs). Joints. Bolts and Nuts. Springs (types, specs). Keys. Rivets. Welds. Gears. Introduction to CAD. BS 2115 Mechanics (2) Kinematics of rigid bodies –translation and rotation- motion on curves- rotation without sliding- motion on a plan- center of mass- moment of inertia -free and forced vibrations – work, energy and low of conservation- impulsive motion. MD 2116 Testing and Strength of Materials Stresses and Strains. Testing machines and strain gages. Engineering material behavior under tension, compression and cold bending. Direct



and transverse shear. Torsion. Fatigue. Hardness. Toughness and impact stresses. Experimental part: Mechanical tests. Static tests:Tension, compression, shear, bending, torsion, hardness. Dynamic tests: Fatigue, impact. EC 2117 (same as EC 1116) EC 2121 (same as EC 1122) BS 2122 Computer Applications & Programming Introduction – Computer language and programming – Data base – Using programs to find approximate solutions for equations – Solution of algebra linear non-linear equations – Numerical integration – Solution of differential equations – Engineering applications – Use of ready prepared programs. MR 2123 (same as 1113) MD 2124 Science and Engineering of Materials Metallic and non-metallic materials. Crystals - Mechanical properties - Relation between - crystals and properties - Material codes and standards - Alloying theory - Heat treatments - Polymers. Composites - Ceramics. Material selection - Non-destructive tests. HM 2125 Technical English Language (2) Exercises related to scientific topics – Development of student’s knowledge in language and ability for reading and understanding – Developing of understanding and translation abilities of the student – Developing of listening and speech abilities of the student – exercises on writing technical topics – readings in scientific books – methods of search – technical writing. MP 2211 Heat Transfer and Vehicle Airconditionding Physical principles of air conditioning – assembling and performance of vehicles cooling systems – air-flow and air temperature control in vehicles- systems of cooling diagnoses – maintenance of cooling systems parts – services and maintenance of cooling systems. EC 2212 Electronic Engineering Introduction – Review of power connection – Dual linkage – electronic circuits – Amplifiers – Counters – Stabilizers – Output signals – Transistors – Logical circuits – Digital to analog and analog to digital circuit – Signal summing system – Circuit applications for angular speed - - Stepping motor – Ignition and electronic injection in the internal combustion engine – Other applications – Introduction to robots.



MP 2213 Fluid Mechanics (1) Introduction – Fluid Principles Definitions – Fluid statics – Fundamentals of fluid motion – Fluid kinematics – Principal equations for mass continuity; energy conservation; momentum in integral formula – Applications – Dimensional analysis and similarity – Laminar & turbulent flow – Laminar flow cases – Steady flow in pipelines – Friction coefficient and losses – Minor losses – Methods of nets connection. AT 2214 Vehicle and Tractor Technology (1) Engine essential systems - engine lubricating systems – carburetor fuel system – diesel fuel system – engine cooling system – engine ignition system. MD 2215 Stress Analysis Equilibrium of simple mechanical elements. Normal and shear forces. Bending and torsional moments. Stresses in loaded elastic bars:Axial, bending, torsion. Strains. Rigidity. Strain energy. Stresses in combined loading:Eccentric loads, inclined bending and torsion. Two dimensional stresses:Principal stresses, Mohr circle, theory of failure.Applications:Thin and thick cylinders, springs, Frames, Finite elements. Experimental part:Strain measurements, Wightstone Bridge, principal strains, strains in thin and thick cylinders, stress concentration factor, elastic failure, and deflections of beams. HM 2216 Technical Report Writing Introduction – writing of nombers; symbols; abbreviations and equations – Rules of statement writing; language; structure; accuracy; consolidation; variety; confirmation – variation of sentences – Easiness to read – Basic writing of active paragraph – How to start writing – summary and conclusion – writing and organizing the subject – Review and editing – Different forms of writing: letters; notes; proposals; reports; examples; references; tables and tables – Final eddition of technical writing. MD 2221 Machine Elements Design Introduction to design and creativity - Mechanical properties of materials and manufacturing -Design considerations and factor of safety -Dynamic stresses and product life - Power transmission and shafts:Coupling, belts, power screws, spring. AT 2222 Vehicle Engines (1) Thermodynamic cycles of internal combustion engines – fuel and air systems – actual engine cycle – fundamental performance factors for internal combustion engine – gases exchanges in two stroke and four



stroke engines – cooling and thermal load for engines – friction and lubrication in engine – mixers and injection pumps – performance – ignition systems – engine pollution and their control – performance at full and partial loads – fuel characteristic and their effect on performance – power and efficiency and pollution emission – necessary tests: increasing power – charge and charge methods – relation between engine and charger – conventional and electronics ignition systems – governors – performance map – modern ways in internal combustion engines design. MP 2223 Engineering Measurements Operating performance of measurement device – Measurement system element – Fixed and variable errors – Measuring error treatment – Digital measuring technique – Force measurement – Torque measurement – Pressure measurement: manometers – Dynamic device for pressure measurements – Electric device for pressure measurements – Flow measurement device: orifice; nozzle; ventury; rotating turbine and rotameter – Velocity measurement: pitot tube - Hot wire - Laser – Angular velocity measurement – Temprature measurement: Thermometer; bimetal sensor – Variable resistances – Semiconductors – Thermocouples – Radiometer – Measurement of gas exhaust components – Sensors – Analysis of exhaust gas. HM 2224 Engineering Economics and Management Engineering economics: Cost - Cost / benefit analysis – Capital circulation – Consumption – Optimum use of material – Taxes – Technical Feasibility studies – Performance evaluation. Management: Management definition – Management levels – Planning – Control – Control management. MD 2225 Engine Design and Mechanical Vibrations Engine types. Modern designs. Selection of engines. Crank shaft dynamics. Design of cylinders, cylinder head, piston, connected rod, crankshaft and flywheel. Torsional vibrations. Critical speed. Torsional dampers. Project. Principles of vibrational motion - Elements of vibration system - Single degree of freedom - Effect of damping on free vibrations - Forced vibrations and applications - Shaft stability – Isolation - Measurement devices - Two degree of freedom systems – Dampers - Multi degree of freedom systems and solution methods - Computer applications. AT 2226 Vehicle and Tractor Technology (2) Power train line – suspension system – steering system – breaking system – axles and wheels – structural and vehicle chases.



EP 2311 Automatic Control Automatic systems – system modeling of dynamic systems – industrial control units and their different utilization – systems stability analysis by different methods – systems stability analysis by root locus – systems frequency analysis – different methods of compensatory design – control system analysis using three dimensions. AT 2312 Vehicle Electrical and Measurement Equipment Batteries – AC generators and regulators- chargers – DC generators and Starters – conventional and electronic ignition systems – computer commands for control systems – chassis electricity and electric systems – trailer eclectic systems and their connections with vehicles. CV 2313 Roads and Traffic Engineering Introduction-Engineering planning of roads-Impact of vehicle specifications on planning-Impact of roads on environmrnt:Air pollution; visual pollution-Design of accidents’ resistors-Structural design of roads:different design methods-Methods of loads and reaction analysis. AT 2314 Vehicle Fuel Systems Mixture formation requirements of spark ignition engine – the carburetor basics – design of modern carburetors – petrol Injection Systems – compression Injection Systems. AT 2316 Vehicle Engineering (A) Automobile force resistance – equation of vehicle motion – characteristics of vehicle performance – engine performance – characteristics of breaking performance of tow axle vehicle- dynamic of vehicle braking: braking distance – braking time braking efficiency – distribution of braking forces on vehicle axles: tow axles: tow axle vehicle – multi axle vehicle – semi-trailer vehicle. AT 2321 Vehicle Design (1) Clutches: purpose – types – dry friction clutches – single disc clutch and multi-disc clutch – friction materials – coil and disc spring – clutch release mechanism – wet clutch – centrifugal clutch – friction effort and clutch – temperature – hydraulic clutch and torque converter – gear boxes- requirements of the gear boxes – vehicle motion resistance – different types of the gear boxes that applied in passenger cars and trucks – auxiliary gear boxes – planetary gear boxes – automatic gear box and torque converter – design of gears and axles – bearings testing – lubrication of gears and bearings – traction axles and joints – hollow and solid traction axles – joints of traction axles – solid an hollow propeller



shafts – propeller shaft joints – joints of constant speed –oo differential gears design. CV 2322 Traction and Soil Mechanics Theory of traction: soil classification – soil deformation – types of stress on soil – soil failure due to motion of wheeled and tracked vehicles – shear stress on soil, pressure distribution in the soil – traction-slip relationship – rolling resistance – soil compaction – performance criteria – tires efficiency – detachable traction aids for two and four wheel drive vehicles – traction performance prediction – energy dissipation in traction –off-road vehicles steering: slipping and sliding of steered wheel – steering of tracked vehicles – traction and stability control. HM 2323 Industrial and Engineering Legislations Industrial rules – Characteristics of industries – Industrial safety rules – Labour rules – Insurance rules – Environmental rules – Financial arrangements – Tax laws – Different degrees of prosecution – Capital and small projects and their rules – Needs, regulations and rules of engineering projects. AT 2324 Tractors Engineering Tractors engines characteristics and traction torque – Tractor wheel kinematics and dynamics – Wheeled tractor dynamics – Equation of motion for wheeled tractor – Longitudinal stability of tractors with towed machines – Tractor stability with built-in machines – Tractor track kinematics and dynamics – External forces acting on tracked tractors – Identification of the center of ground pressure between earth and running gear – Longitudinal stability of tractors with towed and built-in machines – Pressure distribution between track and the ground – Lateral stability of wheeled and tracked tractors – Measures of lateral stability – Equation of motion for tracked tractor – Gear rations in tractor drive line – Steering of tracked tractors- turning resistance – turning torque – steering mechanisms of tracked tractor – clutches and brakes mechanisms – controlled differential – planetary – articulated. AT 2326 Vehicle Engineering (B) Characteristics of breaking performance when using control system – vehicle stability on curvature roads – vehicle stability on inclined roads: longitudinal – lateral. Stability in braking. AT 2411 Vehicle Design (2) Design of vehicle frame – braking condition steering condition – combined braking and steering conditions – design of suspension systems – flexible



components – dampers – guides – design of the steering system – basic analysis and design – design of the steering boxes – design of the hydraulic cylinders that used in the steering systems – initial spring load and piston diameter – design of the braking system – force distribution on the brake shoe – torque of the brake shoes – basic items of the brake system design considering cylinders or drums – basic design items of disc brakes – design of the hydraulic cylinders that used in the braking systems – axles : types – driving axles – steering axle – steering and drive axle – driven axle final reduction drive – single double and triple – different design for final drive axle – force and push rods. AT 2412 Vehicle Repair Engineering Engine repair – cylinder head – cylinder – piston and its rings – crankshaft – journal bearings – clutch repair – gearbox repair – front and rear axles repair – brakes repair – steering and suspension systems repair AT 2413 Vehicle Transportation Economics Relation between transportation and economic – commercial engineering planning for transportation – factors affecting methods to choose different types of transportation–transportation cost – public transportation – transportation models – application on transportation models. HM 2414 Applied Environmental Sciences Definition of industrial pollutants and their sources – Combustion pollutants produced from combustion devices (industrial furnaces; boilers; gas turbines) – Kinds of internal combustion engines (gas; spark ignition; diesel) – Industrial pollution from different industries – Technology of pullution treatment. AT 2416 Profession Relationships Professional ethics in civil eng.- Relationship between the civil eng. and the client- Relationship between contractor and client (owner)-Relationship between contractor and civil engineer-Laws regulating the work at site-Builsings law: Establishment; Development. AT 2437 Graduation Project Services stations planning for different types of vehicles – feasibility studies to build assembly factory for certain types of vehicles – modification of the vehicle petrol engine to natural gas engine – design of some vehicle parts – design and execution of vehicle with special specifications – study of vehicle environmental pollution minimization – detailed study of vehicle and tractor systems performance. AT2421 Vehicle Dynamics



Vibration of vehicle parts – torsional vibration of transmission system – critical speed for propeller shaft – stiffness and damping of suspension system – characteristic of vehicle ride comfort – human response to vibration – vehicle ride models – introduction to random vibration – vibration of vehicle with relation by ISO curves of human ride comfort. – Characteristic of vehicle handling – vehicle steering geometry – steady state response to steering input – transient performance – handling tests. AT 2422 Vehicle Maintenance Engineering Surfaces connecting systems- mechanical connecting – physical an chemical connecting – friction – skidding friction – adhesive friction – wear- kinds of wear- physical properties of oils an their tests – dry lubrication and surfaces treatments hydraulic lubrication – engine oil and lubrication maintenance – cooling system maintenance – fuel systems maintenance – fuel feeding – carburetors – fuel injection- cylinder heads – valves and valves mechanism – block maintenance – cylinders maintenance – cylinders – pistons – connecting rods and rings – systems of engine diagnoses – clutch maintenance – transmission maintenance – brake system maintenance – planned maintenance and repair. AT 2423 Vehicle Automatic Control Application of automatic control in engine – application of automatic control in traction force – application of automatic control in vehicle brake – application of automatic control in steering systems – application of automatic control in suspensions systems – application of automatic control in integrated systems. AT 2424 Vehicle and Environmental Pollution Source of the environmental pollution - environmental pollution of vehicle exhaust gasses, fuel vapors and vehicles – control technique methods of exhaust gasses and fuel vapors – treatment of exhaust gasses – technique method of engine design and operation condition – instrumentation systems for measurement of vehicle pollutants – legislation and standard of vehicle pollutants.



AR 3131 Architectural Design (1) Identifying the design process and its variable dimensions/ Studying the distribution of main uses and how to connect them using circulation elements/ Studying qualitative and quantitative space needs for different activities/ Studying elevations and openings required for different spaces/ Linking among human, climatic and functional needs/ Studying simple structure for small buildings/ Training the student to solve simple design problems. AR 3132 Sciagraphy and Perspective Developing the imagination of space giving the possibilities of rendering space image in a practical manner/ Shading elevations to emphasize masses and their importance in architectural configuration/ Studying basic laws of sciagraphy: shade of points, lines, levels and masses/ Studying basic laws of perspective: picture plane, standing point, cone of vision, angle of vision, vanishing points, inverse perspective/ Drawing perspective using computer/ Training the student to catch shade and shadows of different forms: arches, staircases, terraces, openings, domes/ Training the student to draw the perspective of different forms and spaces using one-vanishing-point perspective/ Two-point- perspective/ Three-point- perspective/ Shade and shadow in perspective. AR 3133 Architectural Construction (1)



Architectural building: basics and fundamentals of architectural building/ Architectural and constructive symbols and codes of materials/ Fundamentals of building works (stone, timber, masonry, concrete, steel) and types of building (skeleton, bearing walls)/ Arches/ lintel/ Staircases/ Means of isolation (moisture, heat, acoustic)/ Studying types of openings (doors, widows, etc.). AR 3114 Design Principles Developing the capacity to conceive, understand and design two-dimensional figures as well as three-dimensional spatial forms/ Working out to understand and conceive the basics of design including proportions, rhythm, harmony and contrast/ Identifying the functional basics of designing different architectural units taking into account the factors of efficiency, comfort and safety. AR 3115 Computer in Architecture An introduction to computer/ Operating system/ Components of the computer/ Applications of computer in preparing tow-dimension architectural drawings/ Applications of computer in preparing three-dimension architectural studies. CV 3116 Structural Analysis Reactions – Normal forces – Shearing force and bending moment diagrams for statically determinate structures - Deformation of statically determinate systems. HM 3121 History of Architecture (1) The historic formation of architecture –aesthetic values of the historic architectural orders: analytic study of the influential factors that shape architectural styles and orders – origins of architecture and its evolution with emphssis on pre-historic, pharonic, ashoric, greek and roman architecture. CV 3122 Plane Surveying Introduction – Scales – Verniers – Linear measurements – Simple instruments for angles measurement – Chain surveying – Leveling – Theodolite surveying – Map construction – Principles of photogrametry – Photogrametric applications in architecture. CV 3123 Properties of Building Materials Engineering materials – Standardization – Standard specification codes – Technical inspection – Building materials technology – Modern developments and inovative applications of building materials – Concrete technology – Reinforced concrete materials (aggregates – cement – mixing water – reinforcing steel) – Concrete production – Quality control



of concrete works – Building units and portions – Gypsum – Lime – Timber – Stones – Adverse effect of water on building materials: Efflurecene – Chemical attack – Abraison freeze – Flow attack – Mechanics of engineering materials -: testing machines and strain meters – Mechanical properties – Strength and behavior of materials subjected to static tension, compression, bending and shear. AR 3231 Architectural Design (2) Developing and orienting the student abilities to treat architectural design as a creation process to solve spatial problems on different levels of design (from the context and the layout to masses and spaces)/ Emphasizing the importance of construction in the formulation of inner spaces, and the architectural shape as a framework for the functional, social and cultural needs/ Architectural projects that cover different programmes and concepts/ Architectural programme/ Architectural form within the different concepts of space/ Understanding the dynamics of inner and outer spaces/ Architectural character and its urban, environmental, structural and symbolic references/ Dealing with structure as a constraint for the inner space and architectural form, as well as studying its organic, cultural and functional references in central-function buildings. AR 3212 Architectural Construction (2) Anatomy of different architectural and structural members – load transfer and loading methods, traditional construction methods, connections between different architectural and structural members – complementary items (suspended ceilings, curtain walls, light weight partitions) – reinforced concrete, steel, wooden wide span structures – new construction methods, site plotting of buildings – construction plans. HM 3213 Humanities in Architecture Identifying architecture as a framework for human science/ Understanding human considerations and concepts related to architectural design which can be considered as an approach for design based on human and behavioural needs/ Historic background/ Fundamentals of different theories/ Formation of communities/ Man-environment relationship/ Perception, behaviour and culture/Mutual interrelationship between behaviour and built environment/ Special human needs in relation with social thoughts/ Human needs in modern architecture/ Scientific methodology of testing models, collecting data, and different methods of analysis/ Training the student to proceed a practical applied research. AR 3214 Theories of Architecture (1) Studying the phylosophy and design considerations of public buildings including educational and cultural buildings, libraries, theaters, museums,



healthcare facilities, recreational facilities, social centers, commercial buildings and shopping centers, as well as touristic buildings. AR 3215 Technical and Sanitary Fixtures Introducing energy and the thermal field – environmental influences – thermal transfer, storage, and insulation – air conditioning and ventilation – mechanical ventilation – heating systemd – artifitial lighting – vision mechanisms – acoustics: nature of sound, sound analysis, noise, acoustical design of buildings and spaces – electrical installations: costs, maintenance, and systems integration – basics of elevator installation and its architectural requirements – laundry and kitchen equipment – hydraulic services: water supply and drainage – waste water and rain water – sanitary equipment in buildings – problems and solutions – fire fighting requirements – solid waste disposal – architectural applications. CV 3216 Soil Mechanics and Foundations Soil properties - Soil classification - Stress transfer through soils – Soil Consolidation – Earthpressure – Design of shallow foundations – Pile foundations – Bearing walls – In-site soil investigations and selection of adequate foundation type. AR 3221 Architectural Technology Technology principles – productions basics – mass production – machines – time and movement – production lines – workers and machines – incentives – architectural assembling – technologies of prefabricated buildings: Basics and methods – elements and components – manuacturing, transportation, and installation – maintenance, and support – basics of maintenance of diferent building components. HM 3222 History and Theoreis of Planning Human settlements – old civilizations of Egypt, Eufrates and tiger – settlement influential factors – urban centers of each - comparison of the greek and roman civilizations with respect to civilization charactersitics, practice, and urban centers of each. – civilization and city charactersitics of european medieval eras and Islamic medieval eras – industrial revolution and thoughts of the good society – introducing city planning, its goals and levels – the problems of current Egyptian cities – research trainning. HM 3223 History of Architecture (2) This course aims at studying the evolution of thoughts that shape architecture at the beginning of the European Rainessance eras – comparative studies of architectural examples from the early Christian

and coptic eras in Egypt, Besantine architecture, roman architecutre .



AR 3224 Environmental Control Building as a mediator between man and the surrounding environment and through the study of the thermal envirnmnent: components of climate, parameters that affect the site climate, climatic data and representations – thermal comfort chart – solar radiation – sun path charts – shading devices and its design – heat transfer between buildings and the environment – ventilation and air movement – openings and orientation – design goals of environmental control – design methods and architectural treatments of thermal environment. AR 3225 Computer Applications in Architecture Introducing computer capabilities in the area of architecture and urbanism – tools, techniques and applications that can be used during different procedures of building design, starting from programming phase, design representation and evaluation, preparation of 2d and 3d architectural drawings, programming and computer languages – use of computer in programing and architectural design. AR 3331 Architectural Design (3) Architectural design of complex, wide span buildings – data collection and analysis – design of projects with multiple buildings emphasising internal and external spatial relationships between different buildings and with the surroundings – issues of natural illumination and ventilation – artificial lighting and ventilation techniques and its application to relevant buildings – model making. AR 3332 Working Drawings (1) Development of initial project into a complete and detailed working project. In-depth study of various methods and materials of covering wide span spaces and its details – cladding of skeleton buildings – different metal sections and their use in opennings and partiaions design – stair types, different designs and matrials – Architectural working drawings and detailing of different projects – sanitary and electrical drawings. AR 3313 City Planning Aims at enabling the student to appreciate city planning multi faceted problems with special emphasis on the Egyptian city, and practice of problem solving approaches – Studying city planning social, economical and cultural problems in Egypt, acknowleging the developing and developed countries expereiences, and the different approaches of problem solving - City and ite regions as a planning unit – Theory of comprehensive planning and gradual planning and its applications for the existing end new cities – Basis and theories of land use, residential areas and communities – Open spaces, business centers, services, agricultural



areas, road networks. MH 3314 History of Architecture (3) Studying architectural thoughts and factors that foster the emergence of the European renascence art and architecture, the artists of that era –philosophical framework of Islamic architecture – comparative analysis of a number of examples of Islamic architecture in the Arab region – Studying Islamic architecture in Egypt and the factors that affect its emergence and evolution during different Islamic eras. CV 3315 Reinforced Concrete Principles of design of reinforced concrte structures – Analysis and design of sections – Loads’ distribution – Details of beam reinforcement – solid slabs – Stairs – Statically determinate frames – Hollow block slabs – Beams net – Flat slabs – Connections of precast structural units. AR 3321 Housing The problem of housing in Egypt –Housing processes and approaches – Housing prototypes – Planning and designing of residential areas, the economical, social, and environmental factors that affect it – Housing project involving surveys and evaluation of an existing residential area, and utilization of the findings in designing and planning of a new housing project. AR 3322 Theories of Architecture (2) Architectural trends in the 19th century as an introduction to modern architecture – Romantic architecture – The gap between architecural structuralism and the move toward eclicticism – bridging the gap in Europe and USA – Stages of phylosophy and architectural development and changes during the 20th century. CV 3323 Steel & Wood Constructions Wooden and metalic construction materials: types and specifications – Allowable stresses in design calculations – Design of connections (rivets,bolted and welded) – Design of structural members and drawings of construction details for sections and connections of simple; composite and built up cross sections for: columns; tie beams under simple and bioaxial bending and torsion. AR 3411 Architectural Design (4) Familiarizing the students with different design approaches – analytical study of different design alternatives for public and residenbtial projects aiming to reach the best possible alternative with respect to architectural and urban form as well as different functional, structural, visual, and environmental requirements, yet respecting urban control legislations –



Real projects of urban dimention and complex design alternatives – different methods of project presentation – model making. AR 3412 Working Design (2) Preparation of a complete set of working drawings applicable in reality or a previously designed student project involving wide span space. AR 3413 Urban & Regional Planning Planning, development, and settlement – general and skeleton planning of the city: process and stages of general plan preparation, regional framework – physical, economical, demographic, and social studies – the legislative framework – current conditions: the urban skeleton, land uses, problems, resources, obstacles – Goals and objectives – planning alternatives – evaluation and selection – means of execution and follow up – settlement studies – planning studies of different city elements and components –Theoretical and practical concepts of urban upgrading, improvement and community development. AR 3414 Landscape Identifying the outdoor space/ The historic evolution of gardens and parks/ Elements of landscape (plants, forms and levels of ground, water, light construction, flooring, outdoor furniture)/ Visual relationship/ Selectig materials/ Social and physiological factors that affect landscape/ Fundamentals of landscape. AR 3415 Environmental Design & Energy The inefficient use of energy in contemporary architecture – the efficiency of energy use in traditional architecture of different climatic regions –utilization of passive solar energy applications – energy conservation concepts and recycling – modern architectural trends and the efficient use of energy in the light of energy consumption rationalization concerns. AR 3437 Graduation Project Designing of graduation project for which the student had prepared a program and chose a location during the first semester. The project should be both complex and comprehensive to show student ability to utilize the experience gained during the study period in the department. The student should be able to meet project objectives both at the design level and the urban level. AR 3421 Construction Economics, Quantities & Specifications Trainning the student to prepare a complete set of working documents – bids – quantity calculation of different items – field quantity calculation and payment methods - specifications - cost analysis for materials and labor – timetables and the critical path method – use of computer in



preparation og specifications and bills of quantities – building legislation, regulations and conditions - applications. Calculations of Quantities: Excavation and Filling Quantities- Calculation of Plain and Reinforced Concrete and Steel Reinforcement Quantities- Calculation of Brick Walls Quantities- Calculation of Isolation Quantities- Cost Estimate- Final Invoice - Specifications; Types of Specifications - Specification Items and Their Uses - Methods of Formatting the Specifications for Different Works (Brickwork, Concrete, Isolation, Insulation) - Types of Contracts and Judgment. AR 3422 Urban Design Study of elements and styles of urban design – Principles of design of urban spaces in cities - Factors affecting the design decisions – Visual treatments in formation of urbanized spaces and elements of urban design – Regulations and standards for systems and legislations in urban design. BS 4111 Mathematics (2) Kinematics of rigid bodies – center of mass- moment of inertia -free and forced vibrations – work, energy and low of conservation- impulsive motion.

BS 4112 Mechanics (2) Kinematics of rigid bodies – center of mass- moment of inertia -free and forced vibrations – work, energy and low of conservation- impulsive motion.

CV 4113 Structure Analysis (1) (A) Introduction- Types of Structures – Reactions- Internal Forces in Beams - Internal Forces in Frames- Internal Forces in Trusses. Influence Lines- Normal Stresses- Shear Stresses- Compound Stresses- Torsion. CV 4114 Properties and Strength of Materials (1) Engineering Materials: Properties and Testing- Behavior of Engineering Materials Under Tension, Compression, Bending and Torsion Loading – Construction and Building Materials: Stones- Bricks- Wood- Lime- Gypsum. Concrete Materials: Cement – Sand – Gravel – Mixing Water- Additives- Steel Reinforcement- Concrete Industry: Concrete Mix Design



– Quality Control- Workability of Concrete- Laboratory Testing. HM 4115 Technical English Language (2) Exercises related to scientific topics – Development of student’s knowledge in language and ability for reading and understanding – Developing of understanding and translation abilities of the student – Developing of listening and speech abilities of the student – exercises on writing technical topics – readings in scientific books – methods of search – technical writing. CV 4116 Engineering Geology and Environmental Engineering Definition of the Environment – Introduction to Environmental Science – Atmosphere and hydrologic cycle – Air pollution – Water pollution – Soil pollution – Source of environmental pollution – Types of environmental pollution – Environment development – Environmental friendly projects: road improvement; potable water; drainage; building maintenance. Rocks and Raw Materials and their Methods of Identification- Engineering Classification of Rocks- Physical and Engineering Properties of Rocks – Geological Constitutes: Faults- Layers- Gapes- Slides- Geological Survey – Geological Maps- Geological Studies for Design of Projects (Dames- Reservoirs- Tunnels- New Cities). BS 4121 Physics (2) Waves and vibrations- harmonic vibration in dynamical and electrical systems- geom. representation- interference -damped vibration- Fourier analysis of damped vibration- types of waves- wave velocity- velocity of sound waves in fluids- wave measurements- Doppler effect- electromagnetic waves- optics- optic interference- Newton ring – deviation – new concepts- quantum mech. -electro optical phenomena- laser – applications of sound waves - applications in mech. eng. CV 4122 Plane Surveying Introduction - Unites of Surveying Measurements - Chain & Detail Surveying - Cadastral map construction - Details of Maps - Scales -Areas Measurements and Calculation - Map Shrinkage - Compass Surveying - Magnetic north - Surveying and Prismatic Compasses - Compass Traverses- Plain Table Surveying - Theodolite Surveying -Introduction to Teodolites - Temporary Adjustment of the Theodolite and angles measurement - Leveling - Methods of levelling Works - Applications of levelling - Longitudinal and cross sectional levelling - Earth work calculations – Contour lines. CV 4123 Structure Analysis (1) (B) Influence Lines- Normal Stresses- Shear Stresses- Compound Stresses- Torsion.



CV 4124 Civil Drawing Connections and Splices of Steel Structures- Retaining Walls (Buildings- Plain Concrete – Reinforced Concrete) – Curves and Slopes of Earth – Curves of Earth around Retaining Walls, Roads, Tunnels and Irrigation Structures – Projections of Irrigation Structures on Irrigation Channels ( Steel Bridges – Reinforced Concrete Bridges – Brick and Stone Arches – Culverts – Syphons – Aqueducts – Regulators – Weirs) – Details of pitching. EC 4125 Mechanical & Electrical Engineering Types and sources of electric current – Electric circuits for 3 phase DC and OC – Power stations – Transfer and distribution networks – Methods of energy storage – Electric systems for protection against lightening - Electric installations – Lighting systems – Wire and wireless communication systems – Locomotives – Construction equipments - Hauling equipments – Soil compaction equipments. AR 4126 Architectural Construction Introduction to main building items and construction materials – Finishing – Training to read and understand architectural drawings – Architectural expressions – Masonary construction – Stone construction – Archs - Frames – Domes – Insulating and isolating materials: types and use – Stairs in buildings: types; materials; design considerations – Architectural materials and finishing of floors; walls and ceilings – joints in buildings – Architectural solutions.

CV 4211 Reinforced Concrete (1) Introduction to the Mechanical Properties of Concrete and Steel- Load Distribution on Beams- Design of Section under Bending- Shear Stresses- Details of Reinforcement for Beams - Design of Solid Slabs and Details of Reinforcement- Design of Sections subjected to Torsion- Working Limits of Concrete Beams- Design of Sections under Eccentric Loading- Design of Columns and their Detail of Reinforcement- Paneled Beams. CV 4212 Structure Analysis (2) (A) Calculation of Deformation- Consistent Deformation Method- Virtual Work Method- Conjugate Beam Method. CV 4213 Properties and Strength of Materials (2) Green Concrete: Consistency – Workability- Aggregate Segregation- Bleeding- Curing- Dry Concrete: Strength of Concrete, Strength Parameters, Types of Strength (Tension- Compression- Torsion) – Durability- Permeability of Concrete- Thermal Properties – Strains- Non-



destructive Tests for Concrete- Fracture Mechanics of Materials- Creep of Materials- Properties of Materials Under Impact Loading- Fatigue. CV 4214 Topographic Surveying Introduction - Theodolite - Types - Components - Permanent Adjustment of Theodolite - Surveying using Theodolite - Theodolite Traverses, Calculation and Adjustment of Traverses - Tachometric Measurements - Electronic Measurement of Distances - Trignometrical Leveling and Its Engineering Applications - Accurate Leveling and Its Engineering Applications - Surveying Alignment and Setting out of Curves - Construction and Use of Topographic Maps. CV 4215 Irrigation and Drainage Engineering Introduction to Irrigation and Drainage Engineering- Soil- Water Interaction- Water Duties- When Irrigation is needed- Agriculture and Irrigation Cycles- Irrigation Systems and their Areas in Egypt- Irrigation Methods- New Irrigation Systems- Sprinkler Irrigation – Drip Irrigation- Drainage- Drainage Systems- Alignment and Design of Irrigation Projects. HM 4216 Profession Relationships Professional ethics in civil eng.- Relationship between the civil eng. and the client- Relationship between contractor and client (owner)-Relationship between contractor and civil engineer-Laws regulating the work at site-Builsings law: Establishment; Development. CV 4221 Structure Analysis (2) (B) Structure Analysis of Statically Indeterminate Structures: Three moment Equation- Slope Deflection Method- Moment Distribution Method. CV 4222 Soil Mechanics Introduction - Terms and Definitions - Principal properties of Soil - Soil Classification - Permeability and Water Flow through Soil - Stress Distribution in Soil- Compressibility and Consolidation - Compaction of Soil. CV 4223 Photogrametry and Remote Sensing Photogrametry: Introduction – Aerial photogrametry – Aerial photographs – Stereoscopic models - Mirror & prism stereoscopes – Modern stereoscopes – Flight planning – Use of aerial photographs in map construction and production – Some engineering Applications. Remote Sensing: Introduction – Methodology – Photographic interpretation and analysis of digital and paper base photos – Engineering applications. CV 4224 Hydraulics (1)



Properties of Fluids – Fluid Statics – Kinematics of Fluid Flow – Buoyancy and Floatation – Energy considerations in Steady Flow – Fluid Motion – Similitude and Dimensional Analysis – Steady Incompressible Flow in Pressure Conduits: Laminar and Turbulent Flow – Friction and Minor Losses – Pipe Networks. CV 4225 Construction Project Management Introduction- Methods of Planning and Following up- Network Planning for Construction Projects- Time Scheduling- Scheduling of Project Resources- Neutral Line Planning Method for Projects- Using Computer in Project Management. BS 4226 Numerical Analysis Numerical solution of linear systems- numerical solution of nonlinear equations- interpolation-numerical integration and differentiation-curve fitting-optimization-numerical solution of ordinary and partial differential equations. CV 4311 Reinforced Concrete (2) Design of Hollow Block Slabs and Detail of Reinforcement- Design of Flat Slab- Stairs- Design of Frames and Detail of Reinforcement. Design and Detail of Reinforcement for Large Span Halls- Design of Hungers for Industrial Buildings- Design of Some Special Structures. CV 4312 Soil Mechanics and Foundations Shear Strength of Soil- Stability of Slopes- Soil Earth Pressure- Bearing Capacity of Soil- Soil Exploration- Shallow Foundations(A). CV 4313 Structure Analysis (3) (A) Analysis of Shells- Theory of Plates- Navier Method- Laivy Method. HM 4314 Engineering Economics Fundamentals of engineering economics – Construction economics – Housing economics – Transportation economics – Risk analysis – Fundamentals of civil engineering projects’ evaluation – Accounting methods – CV 4315 Hydraulics (2) Uniform Flow in Open channels – Chezy and Manning Equations – Specific Energy – Critical Depth – Hydraulic Jump– Energy and Force Equations and Applications- Non-Uniform Flow in Open Channels – Flow Profiles– Laminar and Turbulent Flow in Open Channel– Introduction to Boundary Layer Theory– Separation and Vortex- Drag and Lift Forces for Submerged Bodies in Compressible and Incompressible Fluids- Hydraulic Machines- Pumps and turbines: Types, Performance and Testing.



CV 4321 Design of Irrigation Structures (1) Design of Arch Bridges- Design of Steel and Wood Bridges- Design of Syphons- Design of Aqueducts- Design of Culverts- Design of Tail Escape- Lining Methods of Irrigation Channels. CV 4322 Steel Structures (1) Introduction- Tension Members- Compression Members- Beams- Columns- Bolted and Riveted Connections- Welded Connection- Splices. Design of Built up Sections- Systems of Factory Halls and Steel Roofs- Composite Sections- High Rise Buildings- Workshop Drawings. CV 4323 Structure Analysis (3) (B) Circular Shells (Thin Plate Theory)- Cylindrical Shells (Beam Theory) - Elasticity Theory - Stiffness Method - Buckling of Columns. CV 4324 Engineering Geodesy Introduction- Study of the Earth Profile- Ropers of the Surveying Works- Ropers- Horizontal Constants- Triangles Networks- Methods of Measurements and Calculations- Vertical Constants- Precise Triangular Leveling- Theory of Errors- Methods of Correction of Surveying Measurements- Gyroscopic Determination of the North- Gyroscopic Deviation for the Networks – Map Projections- International System for Map Numbering. CV 4326 Transportation and Traffic Engineering Introduction- Transportation Planning- Transportation Systems- Transportation Planning Procedures- Trip Generation- Trip Distribution- Planning with Different Transportation Systems- Traffic Specialization- Traffic Engineering- Duties of Traffic Engineers- Behavior of Road Users- Traffic Volume- Speed and Delay Time Calculation- Types of Speed and Calculation of Delay Time- Types of Speed and Properties- Methods of Speed Measurement, Traffic Volume and Calculation of the Design Traffic Volume- Characteristics of Traffic Flow- Design of Traffic Intersections- Railways Engineering. CV 4431 Reinforced Concrete (3) Design of Reinforced Concrete Sections Using Crack Limit- Design and Detail of Reinforcement for the Rectangular and Circular Tanks- Design of the Deep Beams- Design of the surface Revolutions- Design of Circular Beams- Calculations of the Horizontal Load (Earthquakes, Wind) on the Building - Design of Circular Tanks, Surface Revolutions and Their Reinforcement Detail- Deep Beams- Introduction to the Prestressed Concrete.



CV 4412 Steel Structures (2) Types of Bridges: Railway Bridges- Highway Bridges- Foot Bridges- Pony Bridges- Deck Bridges: Classification and Design of Bridge Elements- Design of Wind Resistant Elements- Design of Supports and Expansion Joints. CV 4413 Foundations Engineering Shallow Foundations (B)- Deep Foundations- Retaining Walls- Caissons- Dewatering of Ground Water. CV 4414 Design of Irrigation Structures (2) Water Control Structures- Weirs and Regulators- Design of Floors for the Water Control Structures- Navigation Locks- Storage Lakes- Dams: Classifications- Types- Ecological Studies- Stability of Dams- Protection of Dams. CV 4415 Highways and Airports Engineering Introduction- Geometric Design of Highways- Longitudinal Design (Horizontal and Vertical Curves)- Cross Sectional Design- Intersection Design- Effect of the Highways on the Environment- Structural Design for the Highways- Types of Pavement- Flexible Pavement- Properties of Pavement Layers and Their Functions- Properties of the Used Materials and Their Laboratory and Field Tests- Stress in Flexible Pavement- Design of Asphalt Mix- Design Methods- Rigid Pavement (Concrete Pavement)- Design Methods. CV 4421 Port Engineering & Inland Navigation Introduction to Winds and Astronomical Tides – Coastal Current – Bathymetric Survey – Wave Motion – Wave Reflection – Port Planning – Breakwaters – Inland Navigation – Design of Navigation Channels – Mooring and Navigation Signs. HM 4422 Technical Report Writing Introduction – writing of nombers; symbols; abbreviations and equations – Rules of statement writing; language; structure; accuracy; consolidation; variety; confirmation – variation of sentences – Easiness to read – Basic writing of active paragraph – How to start writing – summary and conclusion – writing and organizing the subject – Review and editing – Different forms of writing: letters; notes; proposals; reports; examples; references; tables and tables – Final eddition of technical writing – Contacts writing. CV 4423 Sanitary Engineering Purification Works of Potable Water- Design of Purification Works- Treatment of Sewage Works- Design of Sewage treatment Works-



Laboratory Tests for Water and Sewage Works. CV 4424 Specifications, Quantities and Contracts Contracts: Definitions, Formatting and Types- Components of Contracts (Main Points)- Tendering Procedures- Relationship Between Concerned People in Construction Projects- Stages Project Preparation- Tender Documents- Calculations of Quantities: Excavation and Filling Quantities- Calculation of Plain and Reinforced Concrete and Steel Reinforcement Quantities- Calculation of Brick Walls Quantities- Calculation of Isolation Quantities- Cost Estimate- Final Invoice - Specifications; Types of Specifications - Specification Items and Their Uses - Methods of Formatting the Specifications for Different Works (Brickwork, Concrete, Isolation, Insulation) - Types of Contracts and Judgment. CV 4427 B.Sc. Graduation Project The Student Prepares a Project in One of the Following Fields: Reinforced Concrete- Structural Analysis - Steel Structures- Properties and Strength of Material- Soil Mechanics and Foundations- Construction and Project Management- Design of Irrigation Structures, Irrigation Systems, Ground Water, Protection Against Floods or Port Engineering and Shore Protection- Hydraulics- Surveying- Highways- Sanitary and Environmental Engineering.

Faculty of Engineering, Mataria Helwan University

Curriculum 2003 154 Elective Course Description

*1316xE Elective (1) *2315xE Electice (1) MP 13161E Thermodynamics (3) Effective energy for open and closed systems- Thermal cycles analysis using second law of thermodynamics – Analysis of unsteady systems – modeling of thermal systems and properties of their working fluids. MP 13162E Fluid Dynamics (3) Fundamental equation of fluid flow-dynamics of vortex flow – turbulent flow - turbulent flow modeling - methods of study of turbulent flow – uniform turbulence – transport methods – shear stress in turbulent flow – free turbulence – wall turbulence – solution of boundary layering for turbulent flow – Aerodynamics of aerofoil – general equations – single blade – multi-blades MP 13163E Steam Engineering Steam Properties and method of Measurement – Thermodynamic processes for steam – steam boilers, accessories and thermal calculation – feed water treatment – methods of draft and stack design – condensers – cooling towers – expansion joints – steam trap – using steam in industry – using steam in heating MP 13164E Pneumatic and Hydraulic Systems Hydrostatic systems – hydraulic pumps – hydraulic engines – hydraulic cylinders – hydraulic control valve – hydraulic hoses – air compressors – applications on vehicle parts - power transmission systems – brakes – turning – clutches – suspension systems – application on lifting devices in heavy equipment and tractors. AT 23151E Vehicles Fault Diagnosis Method of diagnosis – conventional method – series method – determine the general fault in vehicle systems – plan of diagnosis – test devices – faults in internal combustion engines and electrical motors – detailed plans of fault diagnosis – methods of performance test – test equipment. MP 13165E Fuels and Combustion in Vehicle Engines Types of fuel – fuel characteristics – flame speed – self combustion – spake ignition – fuel vaporization and combustion – combustion in engines combustion in CIE. MD 13161E Tribology Surface topography. Theory of friction. Wear mechanics. Thin fluid lubrication. Hydrostatic lubrication. Hydrodynamic lubrication. Air bearings MD 13162E Computer Aided Drawing Auto Cad program. Drawing and editing commands. Three – dimensional



drawing. Multi layer drawings. Sorting and editing. *2315xE Elective (1) EC 23151E Design of Automatic Control Systems Model formation methods using status methods and frequency fields – performance

rates and stability – compensation methods – multi input and output systems –

MP 13166E Measurements and Signal Processing Periodic signals and Fourier transform – random signals – FFT-related functions – error analysis – data collection *1326xE Elective (2) *2325xE Elective (2) MP 13261E Fire Fighting Fire Detection – thermodynamics of chemical process and flame propagation – resistance of different materials for fire – flame dynamics and heat transfer from flame – fire from electrical instruments – self combustion of materials in stores and industry – fire protection – fire protection system designs – standard specification and practice code – applications MP 13262E Environmental Pollution Introduction on pollution and its effect on human health – fundamentals of combustion chemistry and reaction kinetics of pollutants emitting from combustion – effect of design and operation factors on pollutant formation – pollutants from stationary sources: Power Station – industrial plants – pollutants from ICE – pollutants from gas turbines – noise – thermal and chemical pollution of rivers, channels, soil. MP 13263E Air Conditioning and Refrigeration Equipment Compressors - condensers and cooling towers – evaporators and defrost – expansion devices – humidifying , dehumidifying and heating equipment – air filters – control in air conditioning systems MD 13261E Vibration Technology Lagrange equation for multi degree of freedom systems. Matrix method. Impulse responses. Modal analysis. Resistances. Non linear systems. Fault diagnosis. MD 13262E Failure Mechanics Fracture energy. Linear elastic fracture. Stress density factor. Crack displacement. Plastic fracture. Initiation of fatigue cracks. Study cases. MD 13263E Engineering Design Development of design methodology. Design process. Product planning and problem definition. Design of ideas. Design assembly: Steps, basics,



principles, instructions, development of sizes and product. Principles of engineering systems. AT 23251E Service Stations Planning Economical useful factors – working planning in service station – cost calculation – spare parts supply – equipment – storing policy AT23252E Vehicle Engine (2)

Internal combustion engine – petrol engine – diesel engine – natural gas engine – vehicle performance with internal combustion engine – speed-

acceleration – electric

*1316xE Elective (1) *2315xE Electice (1) MP 13161E Thermodynamics (3) Effective energy for open and closed systems- Thermal cycles analysis using second law of thermodynamics – Analysis of unsteady systems – modeling of thermal systems and properties of their working fluids. MP 13162E Fluid Dynamics (3) Fundamental equation of fluid flow-dynamics of vortex flow – turbulent flow - turbulent flow modeling - methods of study of turbulent flow – uniform turbulence – transport methods – shear stress in turbulent flow – free turbulence – wall turbulence – solution of boundary layering for turbulent flow – Aerodynamics of aerofoil – general equations – single blade – multi-blades MP 13163E Steam Engineering Steam Properties and method of Measurement – Thermodynamic processes for steam – steam boilers, accessories and thermal calculation – feed water treatment – methods of draft and stack design – condensers – cooling towers – expansion joints – steam trap – using steam in industry – using steam in heating MP 13164E Pneumatic and Hydraulic Systems Hydrostatic systems – hydraulic pumps – hydraulic engines – hydraulic cylinders – hydraulic control valve – hydraulic hoses – air compressors – applications on vehicle parts - power transmission systems – brakes – turning – clutches – suspension systems – application on lifting devices in heavy equipment and tractors. AT 23151E Vehicles Fault Diagnosis



Method of diagnosis – conventional method – series method – determine the general fault in vehicle systems – plan of diagnosis – test devices – faults in internal combustion engines and electrical motors – detailed plans of fault diagnosis – methods of performance test – test equipment. MP 13165E Fuels and Combustion in Vehicle Engines Types of fuel – fuel characteristics – flame speed – self combustion – spake ignition – fuel vaporization and combustion – combustion in engines combustion in CIE. MD 13161E Tribology Surface topography. Theory of friction. Wear mechanics. Thin fluid lubrication. Hydrostatic lubrication. Hydrodynamic lubrication. Air bearings MD 13162E Computer Aided Drawing Auto Cad program. Drawing and editing commands. Three – dimensional drawing. Multi layer drawings. Sorting and editing. *2315xE Elective (1) EC 23151E Design of Automatic Control Systems Model formation methods using status methods and frequency fields – performance rates and stability – compensation methods – multi input and output systems – application on thermal and fluid flow systems – phase level methods for non linear systems MP 13166E Measurements and Signal Processing Periodic signals and Fourier transform – random signals – FFT-related functions – error analysis – data collection *1326xE Elective (2) *2325xE Elective (2) MP 13261E Fire Fighting Fire Detection – thermodynamics of chemical process and flame propagation – resistance of different materials for fire – flame dynamics and heat transfer from flame – fire from electrical instruments – self combustion of materials in stores and industry – fire protection – fire protection system designs – standard specification and practice code – applications MP 13262E Environmental Pollution Introduction on pollution and its effect on human health – fundamentals of combustion chemistry and reaction kinetics of pollutants emitting from combustion – effect of design and operation factors on pollutant formation – pollutants from stationary sources: Power Station – industrial plants –



pollutants from ICE – pollutants from gas turbines – noise – thermal and chemical pollution of rivers, channels, soil. MP 13263E Air Conditioning and Refrigeration Equipment Compressors - condensers and cooling towers – evaporators and defrost – expansion devices – humidifying , dehumidifying and heating equipment – air filters – control in air conditioning systems MD 13261E Vibration Technology Lagrange equation for multi degree of freedom systems. Matrix method. Impulse responses. Modal analysis. Resistances. Non linear systems. Fault diagnosis. MD 13262E Failure Mechanics Fracture energy. Linear elastic fracture. Stress density factor. Crack displacement. Plastic fracture. Initiation of fatigue cracks. Study cases. MD 13263E Engineering Design Development of design methodology. Design process. Product planning and problem definition. Design of ideas. Design assembly: Steps, basics, principles, instructions, development of sizes and product. Principles of engineering systems. AT 23251E Service Stations Planning Economical useful factors – working planning in service station – cost calculation – spare parts supply – equipment – storing policy AT23252E Vehicle Engine (2) Internal combustion engine – petrol engine – diesel engine – natural gas engine – vehicle performance with internal combustion engine – speed-acceleration – electric motors for traction – direct current motors: types – performance – alternative motors: types – performance – vehicle traction batteries: types – capacity – performance – charge – vehicle performance with electric motors – gas turbines for vehicles: types – performance – fuel used and relation with environment – vehicle performance with turbine engine – solar energy as a source energy for vehicle : solar energy units – conversion of solar energy to electric energy and storage – vehicle performance and economics for different types of engines. MP 13264E Vehicle Aerodynamics Aerodynamic forces acting on vehicle - steady and transient motion – air flow and pressure distribution – improvement of aerodynamic coefficients – testing of aerodynamic coefficients for vehicles using scaled models and prototypes. *1414xE Elective (3) *2325xE Elective (2)



MP 14141E Refrigeration & Airconditioning Applications Food Conservation – Methods of Food Conservation – Food Conservation by freezing – Food Storages – Gas Liquefaction – Airconditioning for commercial and Industrial Applications – Transportation & Airconditioning – Other Applications. MP14142E Industrial Burners and Furnaces a) Introduction to industrial furnaces – types – Furnace design elements Materials – Efficiency and heat balance – Uses : heating; heat treatment; cement; ciramics of China; electric) – Measuring and control equipments. b) Theory of combustion – Combustion efficiency – Fuel combustion equipments – Heat transfer through burners and furnaces – Furnaces and air pollution. MP 14143E Energy Saving Energy and civilization – energy sources – fields of using energy – efficiency of utilization – fundamental principles of increasing energy – efficiency of utilization – fields and methods of energy guidance – energy guidance in industrial fields – applications – energy accounting systems *1415xE Elective (4) *2415xE Elective (3) MP 14151E Aerodynamics in Engineering Problems Introduction – atmosphere – atmospheric envelope – wind motion – meteorology – aerodynamic data – dimensionless factors – steady and periodic loading – modeling – similitude and model testing – aerodynamic loads on buildings – on bridges – on towers – chimneys – aerodynamic design of vehicles – automobiles – lorries – locomotives – airmotion and ventilation MP 14152E Fluid Transportation Systems Introduction – fundamentals of fluid transport – fluid classification – energy losses (thermal and pressure) – losses in pipelines – pipe chart – connection – network – valves – method of calculation – using pumps and compressors – heated and cooled fluids – thermal insulation – standard dimensions – internal stresses – operation – steady operation – transient cases – petrolum products transportation – steam transportation conditioned air – examples and practical cases MP 14153E Renewable Energy Fundamentals – sources – solar energy – sun and earth geometrical relations – types of solar collectors – thermal solar applications [ air and water heating – industrial heating process – crops drying building heating – air conditioning and refrigeration – desalination of saltwater – solar oven] – electrical applications of renewable energy (solar wind) – environmental effects *1424xE Elective (5)



*2325xE Elective (2) MP 14241E Steam Turbines Introduction – steam turbines classification – steam turbine parts and accessories – steam expansion through nozzles – steam expansion through steam turbines – turbines design – methods of turbines control – fields of applications and methods of operation and maintenance MP 14242E Gas Turbine Units and Propulsion Systems Introduction – open cycle and closed cycle – specifications and advantages of gas turbine unit – gas turbine standard cycles – actual cycles – gas turbine parts – the performance at the designed condition and other conditions – arrangements of the gas turbine units – different applications – gas turbine units and the propulsion systems used in airplanes MP 14243E Pumps Positive displacement pumps – pumps classifications – reciprocating – rotary – diaphragm – applications – theory of work – types of reciprocating pumps – operation – components – cavitation and net positive suction – weed – operation problems – rotary pumps – types – performance applications – screw pumps – applications – dynamic pumps – types applications – performance courses – practical applications of pumps – drink water – irrigation – suction – synthetic materials transportation – food industry – factors that must be considered during design and operation – types of engines and compatibility. MP 14244E Air Compressors : Theory and Operation Introduction: Fundamentals of compressors – compressors classification – positive displacement compressors – dynamic compressors – specific work and pressure head – multi-stage pressure and intercoolers – dynamic compressors : classification – Eular equation – design - dimensionless quantity – effect of blade shape and numbers – efficiencies and losses – rotor design – the case – oil seals – sonic speed effect – stability and collapse – control – reciprocating compressors : classification -theory – design – performance – components – lubrication – rotary compressors : types – the way of work – applications *1425xE Elective (6) *2325xE Elective (2) MP 14251E Energy Conversion and Storage Systems Traditional energy conversion methods (fossil – nuclar – hydraulic) and renewable energy (Wind – Solar – Waves – Tides – Biological Energy – Energy of Underground – Oceans thermal energy) - Electro-thermal generators – Photo-voltic generators – Hydrodynamic–magnetic generators – Fuelcells – Effect of energy generation on the environment – Storage of mechanical energy (flywheel – compressed air – raised mass – pumped



hydraulic storage ) – Electric energy storage – Chemical energy storage – Thermal energy storage. MP 14252E Binary Power Stations Introduction to the double generating – bases of the thermal calculations for the traditional generating plants – industrial boilers systems – gas turbine systems – industrial oven systems - methods of determining the maximum total capacity of the steam – determination of the required steam rate for the industrial processes – steam cycles and determining of the steam rates in the reduction plants – methods of evaluating steam losses – methods of determining the deflection of the steam boilers efficiency from the designed rates – the different methods of the double generating – excess steam (Savings in Industrial operations – Boilers efficiency enhancement and using all boilers) – Basis of calculating the additional powers and its benefit studies – energy determination of the industrial structures – determination of the fuel cost for the additional powers and the investment cost for the double generating – determining of the annual save – some applied studies for the industrial sectors MP 14253E Energy Equipment Assessment Introduction to energy equipment in the industrial sectors – gas analysis techniques – the required measurements for the evaluation – measurement methods – thermal equilibrium – efficiency calculation methods – performance evaluation of the assistant equipment (draft fans – push fans) – methods of evaluating energy equipment – evaluation of the gas pollutants emission – economics : used fuel alternatives – new trends of choosing equipment for the industrial processes – determination of the energy consumption and its methods of evaluation – calculation of the required power and methods of enhancing the performance. MP 14254E Performance of Internal Combustion Engines Thermal chemistry of the fuel and air cycles – heat starting mode in the internal combustion engines – calculation of the actual cycle of the spark ignition engine – the calculation of the actual cycle of the pressure ignition engines – the charge movement inside the engine cylinder and its effect on the combustion – actual flow and combustion simulation inside the engine – heating of the internal combustion engine and its compatibility with the turbo-charger performance – characteristics of the engines operation and performance – new trends of engines evaluation – new trends in the fuel and pollution field AT 2415x Elective (3) *1414xE Elective (3) AT 24151E Planned Maintenance Engineering Linear programming – mathematical representation for linear programming – graphical solution of linear programming system – mathematical solution of



linear programming–digital programming – application of linear programs in maintenance filed–vehicle replacements. AT 24152E Computer Applications in Field of Vehicle Transportation Fundamental of mathematical programming –o mathematical programming application in transportation field – solution of conventional transportation problems using computers – solution of advanced transportation problems using computers. AT 24153E Hybrid Vehicles Aims of hybrid vehicle – definition of hybrid vehicle – electric vehicle and environmental pollution - vehicle electric motors- storage batteries for electric energy – electric vehicle performance – electric vehicle disadvantages – internal combustion engine vehicles: petrol engine – diesel engine – performance – relation with environment – hybrid vehicle – advantages and disadvantages – different designs for hybrid vehicle systems – series system – parallel system – hybrid vehicle performance – electric motors for hybrid vehicle – traction electric motors: types – performance storage batteries for electric energy: types – performance – lifetime – future of hybrid electric vehicle – operation strategy and control system. AT 24154E Natural Gas Engines in Vehicles Petrol and diesel engines – air to fuel ratio and compression ration effects on performance – composition and combustion characteristics for natural gas – liquefied and gas fuels – fitting, transportation, storage, safety and fuel tanks specifications – petrol, diesel and natural gas engines – equipment’s, required tools and their specifications. AT 24155E Analysis of Vehicle Accidents Laws of vehicle motion and energy – vehicle dynamics – braking condition – acceleration condition – steering condition – different types of vehicles – effect of cargo on the lateral stability of trucks – liquid cargo – study of vehicle stability – different types of structure deformation due to vehicle accidents – analysis of traffic – accidents MD 14141E Failure Analysis Operational failures - Tribological failures - Thermal failures - Rust and corrosion - Fatigue and creep - Design against failure - Failure diagnosis. *1415xE Elective (4) *2415xE Elective (3) MD 14151E Computer Aided Drawing Auto Cad program. Drawing and editing commands. Three – dimensional drawing. Multi layer drawings. Sorting and editing. *1424xE Elective (5)



*2255xE Elective (2) MD 14241E Robotics and Material Handling Elastic system control. Construction of manipulators. Managing units and gripers. Motion control. Interactive programming. Design and economics of work stations.

MD 14242E Materials Handling Units Revision of power transmission units:Belts, ropes, chains, conveyors.Trusses. Elevators. Manipulators and gripers. Special motion units. Stability and factors of safety. *1326xE Elective (2) *2325xE Elective (2) MD 14251E Systems’ Dynamics Modeling of mechanical, thermal and fluid systems. Finite and continuous systems. Non linear systems. Perturbation method. Phase planes. Stability and performance. Modal analysis.

MD 14252E Optimum Design Concept and methods of optimal design. Linear and dynamic programming. Solutions with constraints. Operational methods. MD 14253E Pressure Vessels and Pipes Thermal stresses. Thick cylinders and shells. Resistors and connections. Valves and meters. Net system analysis. Corrosion and service life. *2325xE Elective (2) MD 23251E Engineering Materials Testing of engineering materials – Metals - Non–metals and alloys – Polymers – Ceramics - Composites. *2415xE Elective (3) MD 24151E Engine Design Engine types. Modern designs. Selection of engines. Crank shaft dynamics. Design of cylinders, cylinder head, piston, connected rod, crankshaft and flywheel. Torsional vibrations. Critical speed. Torsional dampers. Project.



AR 3316x Elective (1) AR 33161E Acoustics in Architecture Basic elements in studying acoustics/ Sound behaviour in closed and open places/ Range of sound, vibration time of echo and methods of control (sound absorption materials/ different treatments of absorption)/ Sound magnifying/ Fundamentals of acoustics design in spaces (auditoriums, theatres, music rooms, etc.)/ Applications of computer in architectural solutions for better acoustics / applications. AR 33162E Space Formation in Architecture Recognizing the aesthetics of architectural form/ Studying the theories of aesthetics in art and architecture/ Intellectual approaches/ Creation in the design process/ Visual perception of spatial configurations/ Researches and applications. AR 33163E Visual Design Recognizing aesthetic aspects of architectural forms within the study of aesthetics theory and intellectual approaches in art/ Creation in the design process/ Visual perception for spatial forms/ Visual treatment in formulating urban spaces, elements of design, design standards and systems/ Basics of visual design.

AR 3324xE Elective (2) AR 33241E Renovation and Urban Development



Approaches and concepts of Renovation and Urban Development, emphasizing the maximal benefit from the human and urban resources available in the existing built environment/ introduction to development and improvement experiments/ analysis of urbanism in the existing cities, problems of existing urbanism/ reasons and characteristics for decay/ social and economical aspects/ techniques and methods of dealing with different urban situations/ processes of renovation, improvement and urban development/ rehabilitation/ preservation and maintenance/ examples and case studies. AR 33242E Building Technology and Advanced Construction Systems The course aims at identifying advanced building systems and their applications, studying the techniques of in-site and in-factory industrialization, studying the economics of application and execution of different construction systems (traditional, developed, industrialized and pre-cast)/ Basics of selecting construction systems/ Possibilities of interfering among systems/ Design/ Manufacturing and execution/ Economics of design and preparing documents/ Feasibility/ Flexibility/ Flexibility of design / Finishing/ Economics of contracting and alternatives of put project into execution/ Building economics. AR 33243E Advanced Applications of Computer Applications that help in the processes of design and decision-making/ Applications of computer in different stages of design process/ Applications of computer in different areas related to practicing the career (including ward processing, electronic tables, data base) achieving this within explaining and applying theories and general conceptions but without concentration on specific applied program. AR 3416xE Elective (3) AR 34161E Regional and Contemporary Architecture Recognizing the origins and historic roots of local Egyptian architecture/ Emphasizing the influence of cultural communication on the architectural conception/ Identifying factors that affect the Egyptian architectural conception/ Alienation of the Egyptian architecture/ Social, cultural, and economic dimensions. AR 34162E Housing in the Developing Countries The curruculum aims to expose the problems associated with housing and residential areas in the developing countries and to introduce the different approaches of dealing with the problem, emphasizing the complex nature of the development efforts and the importance of the awareness of the social, cultural and economical aspects, as well as the role of different participants in the success of such efforts. Introducing developing countries, development processes ad characteristics, urban, cultural and social aspects/ problem of housing in the developing countries/ approaches to solving the housing



problems/ theories and concepts/ development of residential areas/ concepts of enabling and participation/ planning and configuration of the residential sites/ basic planning units/ land subdivision/ appropriate housing alternatives/ examples, research and case studies. AR 34163E Management of Construction Projects An introduction to project management/ Methods of planning and follow-up/ Web planning for construction projects/ Time scheduling/ Scheduling project resources/ The method of neutral line in planning recurring projects/ The application of computer in project management. AR 3423xE Elective (4) AR 34231E Development of Urban Communities Introducing design and development of urban communities approach, its relationship with social and economic factors, the evolution of the econimic, social role of the Egyptian village, existing situations, variables and constants, development approach as an urban and econimic container, development procedures: official and public basic roles, processess and components of communitiy developoment procedure. Official and public organizations, management and excution procedures, local and historical examples, evaluation procedures, studies into designing and planning of urban communities, working planning, detailed applications and studies. AR 34232E Sustainable Development of Humanistic Settlements Introducing the concept of sustainable development as the latest approach to development, ways of securing shuitable shelter for everyone, improving urban settlement management, fostering management of land use planning in a sustainable manner, ways of encouraging public participation, non-governmental agencies role in sustainable development, excution mechanisms, applications. AR 34233E Urban and Environmental Conservation Upgrade, renewal, maintenance, preservation, and urban control concepts - the interrelationship of preservation plans and urban planning frameworks - basis of maintenance and conservation, surveying, recording, and analyzing zones of cultural value – criteria for categorizing buildings of value – identification of development areas – urban style – areas of unique nature, criteria and design of urban infill, different approaches to urban control – public participation – environmental conservation: integrated plans to environmental conservation – policies, levels, and basis of conservation – techniques and systems, development and the environment – laws, regulations of control, case studies. AR 34234E Design and Planning of Natural Sites The course aims at studying the landscape and its integration with the



architectural and urban design in different environments/ Analysing elements and forms to utilize them in design/ Basics of configuring open spaces/ Applications that help to develop the creation abilities of the student in designing and arranging different outdoor environments. AR 3424xE Elective (5) AR 34241E Modern Directions in Architecture Origins, effects, and the conceptual evolution of contemporary architectural movements/ Studying the philosophy of modern pioneer architects, as well as studying the contemporary theories in the era of post-modernism/ Architecture in the 21st centaury. AR 34242E Architecture in Hot Climate Regions Study of hot regions – Hot dry climate – Environmental control in desert regions – Design methods in the desert regions – Environmental heritage architecture – Architectural design for a project in a desert area AR 34243E Architectural Criticism and Project Evaluation Definitions and conceptions/ Approaches of architectural criticism/ Nature, function and importance of architectural criticism/ Criticism and evaluation in design processes, the outcomes/ The concept of multiplicity in architectural directions, and theoretical approaches for contemporary architectural conception/ Studies of the fundamentals of architectural criticism and elements of preferring among architectural projects to achieve logic judgment on architectural and urban projects. Models, applications and case studies. AR 34244E Architectural Legislations Covers several issues: The urban planning legislation as well as building and housing legislation - General and detailed planning of cities and villages - vacant land subdivision, industrial areas and city center instructions - counties renovation and environmental upgrading criteria – different housing specifications, criteria, and levels – road width, building density, and heights – Illumination and ventilation – design criteria for internal and external courts – Stair and projection regulations - Architectural applications covering urban control legislation in Egypt. CV 4316xE Elective (1) CV 43160E Modern Building Materials and Composite Materials Composite building materials - types of special concrete - high strength



concrete - hot weather concrete. CV 43161E Structural Analysis (Computer Aided) Introduction about using the computer for the structural analysis - different languages that can be used for the structural analysis - programming - writing programs for solving beams and obtaining the internal forces and deflections - preparation of programs for different sections to calculate the normal, shear, compound and principal stresses. CV 43162E Prestressed Concrete Introduction about the effect of the pre - stressing on the stresses in the reinforced concrete sections - used materials - methods of pre - stressing - analysis of prestressed beams - section design and steel cable distribution - design of cantilever blocks - prestressed continuous beams. CV 43163E Engineering of Soil with Special Problems Soil construction in desert and dry mountain areas - the soil ready for swelling and the soil ready for collapse: types - distribution in Egypt - composition – recognition - tests - prediction of the mechanical behavior - the behavior of structures and foundations in the soil with special problems. CV 43164E Statistical Applications in Geotechnical Engineering Introduction about the importance of the statistical analysis in the analysis of the experimental test results - statistical definitions - sampling methods of the test specimens and their number according to need - analysis of the test results using the computer aids - application of statistical analysis of the results in studying slope stability and estimating the bearing strength of the soil. CV 43165E Operations research Application of the linear programming - graphical solution of the linear programming applications - solution of linear programming applications - using the computer in linear programming applications - requirements for network distribution: transportation problem, distribution, linear conjugation? dependence? and linear gradient?, linear conjugation? dependence? and linear gradient? using more than one variable. CV 43166E Surface Hydrology Hydrological cycle and the atmosphere – Effect of temperature, moisture, wind, solar radiation and earth rotation on the hydrological cycle – Rain Studies: Types – intensity – repetition – measurement methods and equipment. Soil infiltration studies: measurement methods - Evaporation and Evapotranspiration: measurement and calculation methods – Hydrographic measurements: properties and analysis of hydrographs – types of storms – relationship between rain and storms – water balance equation – storage.



CV 43167E Coastal Environment Natural operations at coasts – Hydrodynamics of waves – Coast dynamic changes – Lakes and tides – Long term changes at coasts – Impact of change of sea water level on shore line – Coast environmental system – Coastal sand dunes – Coastal marshes – Human activities and sea shore – Management of coastal waters – Management of coastal lands and sedimentations – Management of environmental system. CV 43166E Structural Surveying Introduction – Used tools and equipment: Leser meter – Electronic equipment for Surveying measurements – Surveying operations for engineering projects: Site bordering – Construction of site contour map – Survey planning for project axis – Roadways and bridges axis – Foundations axis – Sewage lines axis – Axis and sites of electric energy transfer towers – Survey planning of new cities – Installation of fixed points at sites (horizontal fixed points and site robeers) – Survey measurements for site follow up inspection and measurement of settlement of structures – Measurement of diviations in structures. CV 43166E Modern Systems in Surveying & Geodisy Introduction – Giroscopic surveying – Giroscopic theodolite – Self-surveying systems – Satelite geodisy – Continental system of satelites – GIS – Land information systems. HM 4325xE Elective (2) HM 43251E Restoration of Monumental Buildings Definition of a monument – definition of restoration – Methods and materials of ancient construction – Methods of monument investigation – Restoration of foundation – Restoration of bearing walls – Restoration of wooden buildings – Restoration of domes. HM 43252E Geography of Nile Basin Countries Introduction to countries sharing in the Nile basin – Climate conditions – Hydrology of the Nile basin – Water resources of the Nile – Environmental problems of Nile basin countries – Projects on the Nile in Africa. HM 43253E History of Construction in Egypt Development of construction – Construction in Pharaonic Egypt – Influence of the Romans on methods and materials of construction in Egypt – Effect of economical and political conditions on materials and methods of construction – Influence of different modern European cultures on materials and methods of construction in Egypt CV 4416xE Elective (3)



CV 44160E Structural Dynamics (Earthquake Engineering) The relationship between the static and dynamic analyses - dynamic degrees of freedom - structural system with single degree of freedom - converting of the different structures to the single degree of freedom system - forming the general equation of motion and its solution in the different cases - free vibration - vibration under dynamic loading and earth motion (earthquake) - dynamic isolation of vibrations. CV 44161E Special Concrete Structures Design and analysis of the following: different types of concrete bridges, single curvature shells - folded plane plate structures – silos. CV 44162E Dynamic Behavior of Soil The effect of vibration on the systems - the wave movement in the soil - dynamic stress strain relationships in the soil - field and laboratory tests for measuring dynamic properties of the soil. CV 44163E Quality Control and Assurance Technical inspection - procedures for quality control – components of quality assurance - basics for quality control plans and the assurance of their success - statistical control for concrete quality: applications using available computer programs. CV 44164E Management of Projects’ Resources Availability of resources – Planning and control – Information systems – Human resources management – Expences, selection & training – Duties and relationships – Site management – Site preparation – Management of equipment – Management of time – Communications – Preparation and formulation of reports. CV 44165E Environmental Engineering (Advanced) Introduction: Environment – Impact of human activities on the environment – Impact of environment on human activities – Improvement of environment – Role of environmental engineering – Water quality: Difinitions – Hydrologic cycle & water quality – Natural characteristics of water quality: Suspended solids – Contamination – Colour – Taste; small & temprature. Chemical characteristics of water quality: Solution chemistry; total dissolved salts, hardness of water, florides, metals, organic substances, cations, anions. CV 44166E Water Resources Management Introduction to systems of water resources management – Special examples of the relationship between precipitation and surface runoff – Special examples of groundwater resources - Special examples of surface water management – Mathematical modelling. CV 44167E Groundwater Engineering



Hydrologic cycle and role of groundwater – Types and characteristics of water bearing formations – Groundwater flow through aquifers: Introduction, difinitions, coefficients, governing equations of flow – Interaction between surface and groundwater – Modern methods of groundwater investigation – Methods of well drilling, development and maintenance – Cost estimates & economics of wells and groundwater – Types of pumps and selection of adequate pumps – Development and management of groundwater – Types of groundwater, use, treatment, protection from contamination – Groundwater exploitation in coastal areas – Operation for grounwater level withdrawal at foundation construction sites – Foundation construction below water table. CV 44168E Maps and Geographical Information Systems (GIS) Introduction – Maps dividing according to : scales; uses; applications – Surveying maps – Srting & numbouring of maps – Continental methods of numbouring – Local methods of numbouring – Maps’ Projections – Characteristics required in projections- Plane projections - Conical Projections – Cylindrical projections – Special projections – Introduction to geographical information systems (GIS) – Sources of survey informations – Rules of survey informations – Some applications on GIS – Land information systems. CV 44169E Photogrametry and Digital Maps Introduction – Information sources for map production – Importance of photogrametry – Methods of data collection and treatment – Automatic systems in photogrametry – Digital maps: uses & applications – Estimation models for control & treatment of photos measuring – Digital photogrametry: photos modelling; photos treatment; programs for photos analysis – Some applications for the use of digital maps – Equipments for drawing and production of maps by numerical & digital methods – Engineering applications. CV 441610E Traffic Engineering Elements of traffic flow – Characteristics of driver, pedestrians, vehicle and road – Fundamental elements for study of traffic flow – Sorting of roaways; Spans of free traffic flow; spans for retarded traffic flow – estimation of standard of sirvice – Types of different resistances of vehicle movement & impact on vehicle performance – Traffic control systems: types; aims; operational methods – Control of crossings – Types of control – Control of pedestrians and motorcycles movement – Light signals: needs for use; steps of signal; security of pedestrian and vehicle flow – Parking: types and characteristics of parking areas and it’s design. Vertical planning: vertical curves; long slopes acceptable elevations – Horizontal planning: radius of curves and circles; width slopes; road width and widening at curves. CV 4425xE Elective (4) CV 44250E Use of Analytical Models in Structure Analysis Use of readymade computer programs in structures analysis – Mathematical



models and degree of accuracy in simulation of the prototype – Behavior of finite elements: elements of connections; beams; planes subject to deflection – Three dimensional elements and elements simulating the soil – Systems simulation: models of frames; walls; shear walls; slabs – Analytical interaction between soil and structure – Modelling of similarity of a structure – Modelling of systems of buildings – Non-elastic cases – Methods of assurance of models’ results in a structure and degree of accuracy of simulated prototype. CV 44251E Bridges’ Engineering Types of bridges – Sorting of bridges according to spans and use – Different elements of a bridge – Loads according to Egyptian, American and British specifications – Structural analysis of slab bridges – Structural analysis of bridges consisting of beams and slabs - Structural analysis of box bridges - Structural analysis of bridges consisting of RC slabs supported on steel beams – Design of different piers – Expansion joints – Design of bridge abutments – Case study. CV 44252E Steel Structures (Advanced) Design of elements and connections of steel structures by method of plasticity – Analysis and design of special structures ( Fluid tanks; Electricity towers; silos ; Aeroplanes hangers) – Special bridges – Different topics: Construction Supervision - Methods of quality control – Maintenance and repair of old structures. CV 44253E Non- Disturbing Testing and Investigations Basics of testing – Testing, before; during and after completion of construction – Reports writing ( Use of readymade computer programs) – Aim of non-disturbing testing – Undisturbing ways: CV 44254E Tunnels and Underground Structures Sorting of tunnels – Tunnels digging – Analysis and design of tunnel lining – Soil settlement due to tunnels – Use of special geotechnical engineering equipments – Analysis and design of culverts, stations and underground structures. CV 44255E Systems of Retaining Deep digging Holes Earth pressure on elastic and rigid walls – Soil anchors – Berlin walls and lining systems – Tangential and interfering sheet piles – Diaphram walls – Cofferdams. CV 44256E Offers and Contracts Types of offers – Types of contracts – Methods of offers advertising - Methods of offers evaluation - Offers documentations. CV 44257E Environmental Engineering & Water Resources Contamination Types of water – Physical, chemical & biological properties of water types –



Standard needs of water types in natural systems – Application of natural purification methods in natural systems – Engineering methods for waste water treatment - Engineering methods for solid waste treatment – Site selection of solid waste landfills- Groundwater contamination due to leakage from landfills – Sources of water contamination – Methods of contaminants transport in surface water bodies - Methods of contaminants transport in groundwater bodies – Local and international approved standards of pollutants in different types of water – Salt water intrusion – Some methods of water treatment. CV 44258E Mines and Tunnels Surveying Introduction – Difinitions and expressions for connecting surface and subsurface – Tools and equipments used in the subsurface – Methods of axes transfer and deviations from surface to subsurface – Giroscopic measurement for deviations – Methods of levels transfer from surface to the subsurface – Direction of engineering operations in subsurface – Leveling operations in subsurface – Planning of projects axis in subsurface – (Railways and sewage pipelines axis). CV 44259E Computer Applications in Surveying & Geodisy How to deal with a computer – Readymade computer programs for drawing – Drawing of elementary figures: point; line; circle; ellipse – Change of drawing scales – Application on some softwares – Programs of maps drawing – Contour lines drawing and estimation of volumes – Special software for roadways; sewage and water pipe lines. CV 442510E Repair & Maintenance of Roadways & Airport Runways Introduction and expressions – Types of maintenance – Information system for roadways – Management of maintenance operations – Methods of roaways evaluation & evaluation of maintenance requirements concerning disturbing and undisturbing testing – Faults and common problems and methods of repair – Structural design of paving layer above old layers – Repair with reused pavment materials. application on thermal and fluid flow systems – phase level methods for non linear systems MP 13166E Measurements and Signal Processing Periodic signals and Fourier transform – random signals – FFT-related functions – error analysis – data collection *1326xE Elective (2) *2325xE Elective (2) MP 13261E Fire Fighting



Fire Detection – thermodynamics of chemical process and flame propagation – resistance of different materials for fire – flame dynamics and heat transfer from flame – fire from electrical instruments – self combustion of materials in stores and industry – fire protection – fire protection system designs – standard specification and practice code – applications MP 13262E Environmental Pollution Introduction on pollution and its effect on human health – fundamentals of combustion chemistry and reaction kinetics of pollutants emitting from combustion – effect of design and operation factors on pollutant formation – pollutants from stationary sources: Power Station – industrial plants – pollutants from ICE – pollutants from gas turbines – noise – thermal and chemical pollution of rivers, channels, soil. MP 13263E Air Conditioning and Refrigeration Equipment Compressors - condensers and cooling towers – evaporators and defrost – expansion devices – humidifying , dehumidifying and heating equipment – air filters – control in air conditioning systems MD 13261E Vibration Technology Lagrange equation for multi degree of freedom systems. Matrix method. Impulse responses. Modal analysis. Resistances. Non linear systems. Fault diagnosis. MD 13262E Failure Mechanics Fracture energy. Linear elastic fracture. Stress density factor. Crack displacement. Plastic fracture. Initiation of fatigue cracks. Study cases. MD 13263E Engineering Design Development of design methodology. Design process. Product planning and problem definition. Design of ideas. Design assembly: Steps, basics, principles, instructions, development of sizes and product. Principles of engineering systems. AT 23251E Service Stations Planning Economical useful factors – working planning in service station – cost calculation – spare parts supply – equipment – storing policy AT23252E Vehicle Engine (2)

Internal combustion engine – petrol engine – diesel engine – natural gas engine – vehicle performance with internal combustion engine – speed-

acceleration – electric

MP 14153E Renewable Energy Fundamentals – sources – solar energy – sun and earth geometrical relations – types of solar collectors – thermal solar applications [ air and water heating – industrial heating process – crops drying building heating – air conditioning



and refrigeration – desalination of saltwater – solar oven] – electrical applications of renewable energy (solar wind) – environmental effects *1424xE Elective (5) *2325xE Elective (2) MP 14241E Steam Turbines Introduction – steam turbines classification – steam turbine parts and accessories – steam expansion through nozzles – steam expansion through steam turbines – turbines design – methods of turbines control – fields of applications and methods of operation and maintenance MP 14242E Gas Turbine Units and Propulsion Systems Introduction – open cycle and closed cycle – specifications and advantages of gas turbine unit – gas turbine standard cycles – actual cycles – gas turbine parts – the performance at the designed condition and other conditions – arrangements of the gas turbine units – different applications – gas turbine units and the propulsion systems used in airplanes MP 14243E Pumps Positive displacement pumps – pumps classifications – reciprocating – rotary – diaphragm – applications – theory of work – types of reciprocating pumps – operation – components – cavitation and net positive suction – weed – operation problems – rotary pumps – types – performance applications – screw pumps – applications – dynamic pumps – types applications – performance courses – practical applications of pumps – drink water – irrigation – suction – synthetic materials transportation – food industry – factors that must be considered during design and operation – types of engines and compatibility. MP 14244E Air Compressors : Theory and Operation Introduction: Fundamentals of compressors – compressors classification – positive displacement compressors – dynamic compressors – specific work and pressure head – multi-stage pressure and intercoolers – dynamic compressors : classification – Eular equation – design - dimensionless quantity – effect of blade shape and numbers – efficiencies and losses – rotor design – the case – oil seals – sonic speed effect – stability and collapse – control – reciprocating compressors : classification -theory – design – performance – components – lubrication – rotary compressors : types – the way of work – applications *1425xE Elective (6) *2325xE Elective (2) MP 14251E Energy Conversion and Storage Systems

Traditional energy conversion methods (fossil – nuclar – hydraulic) and renewable energy (Wind – Solar – Waves – Tides – Biological Energy –

Energy of Underground – Oceans thermal energy) - Electro-thermal



generators – Photo-voltic generators – Hydrodynamic–magnetic generators – Fuelcells – Effect of energy generation on the environment – Storage of

mechanical energy (flywheel – compressed air – raised

mass – pumped hydraulic storage ) – Electric energy storage – Chemical energy storage – Thermal energy storage. MP 14252E Binary Power Stations Introduction to the double generating – bases of the thermal calculations for the traditional generating plants – industrial boilers systems – gas turbine systems – industrial oven systems - methods of determining the maximum total capacity of the steam – determination of the required steam rate for the industrial processes – steam cycles and determining of the steam rates in the reduction plants – methods of evaluating steam losses – methods of determining the deflection of the steam boilers efficiency from the designed rates – the different methods of the double generating – excess steam (Savings in Industrial operations – Boilers efficiency enhancement and using all boilers) – Basis of calculating the additional powers and its benefit studies – energy determination of the industrial structures – determination of the fuel cost for the additional powers and the investment cost for the double generating – determining of the annual save – some applied studies for the industrial sectors MP 14253E Energy Equipment Assessment Introduction to energy equipment in the industrial sectors – gas analysis techniques – the required measurements for the evaluation – measurement methods – thermal equilibrium – efficiency calculation methods – performance evaluation of the assistant equipment (draft fans – push fans) – methods of evaluating energy equipment – evaluation of the gas pollutants emission – economics : used fuel alternatives – new trends of choosing equipment for the industrial processes – determination of the energy consumption and its methods of evaluation – calculation of the required power and methods of enhancing the performance. MP 14254E Performance of Internal Combustion Engines Thermal chemistry of the fuel and air cycles – heat starting mode in the internal combustion engines – calculation of the actual cycle of the spark ignition engine – the calculation of the actual cycle of the pressure ignition engines – the charge movement inside the engine cylinder and its effect on the combustion – actual flow and combustion simulation inside the engine – heating of the internal combustion engine and its compatibility with the turbo-charger performance – characteristics of the engines operation and performance – new trends of engines evaluation – new trends in the fuel and pollution field AT 2415x Elective (3)



*1414xE Elective (3) AT 24151E Planned Maintenance Engineering Linear programming – mathematical representation for linear programming – graphical solution of linear programming system – mathematical solution of linear programming–digital programming – application of linear programs in maintenance filed–vehicle replacements. AT 24152E Computer Applications in Field of Vehicle Transportation Fundamental of mathematical programming –o mathematical programming application in transportation field – solution of conventional transportation problems using computers – solution of advanced transportation problems using computers.

AT 24153E Hybrid Vehicles Aims of hybrid vehicle – definition of hybrid vehicle – electric vehicle and environmental pollution - vehicle electric motors- storage batteries for electric energy – electric vehicle performance – electric vehicle disadvantages – internal combustion engine vehicles: petrol engine – diesel engine – performance – relation with environment – hybrid vehicle – advantages and disadvantages – different designs for hybrid vehicle systems – series system – parallel system – hybrid vehicle performance – electric motors for hybrid vehicle – traction electric motors: types – performance storage batteries for electric energy: types – performance – lifetime – future of hybrid electric vehicle – operation strategy and control system. AT 24154E Natural Gas Engines in Vehicles Petrol and diesel engines – air to fuel ratio and compression ration effects on performance – composition and combustion characteristics for natural gas – liquefied and gas fuels – fitting, transportation, storage, safety and fuel tanks specifications – petrol, diesel and natural gas engines – equipment’s, required tools and their specifications. AT 24155E Analysis of Vehicle Accidents Laws of vehicle motion and energy – vehicle dynamics – braking condition – acceleration condition – steering condition – different types of vehicles – effect of cargo on the lateral stability of trucks – liquid cargo – study of vehicle stability – different types of structure deformation due to vehicle accidents – analysis of traffic – accidents MD 14141E Failure Analysis Operational failures - Tribological failures - Thermal failures - Rust and corrosion - Fatigue and creep - Design against failure - Failure diagnosis. *1415xE Elective (4) *2415xE Elective (3)



MD 14151E Computer Aided Drawing Auto Cad program. Drawing and editing commands. Three – dimensional drawing. Multi layer drawings. Sorting and editing. *1424xE Elective (5) *2255xE Elective (2) MD 14241E Robotics and Material Handling Elastic system control. Construction of manipulators. Managing units and gripers. Motion control. Interactive programming. Design and economics of work stations.

MD 14242E Materials Handling Units Revision of power transmission units:Belts, ropes, chains, conveyors.Trusses. Elevators. Manipulators and gripers. Special motion units. Stability and factors of safety. *1326xE Elective (2) *2325xE Elective (2)

MD 14251E Systems’ Dynamics Modeling of mechanical, thermal and fluid systems. Finite and continuous systems. Non linear systems. Perturbation method. Phase planes. Stability and performance. Modal analysis.

MD 14252E Optimum Design Concept and methods of optimal design. Linear and dynamic programming. Solutions with constraints. Operational methods. MD 14253E Pressure Vessels and Pipes Thermal stresses. Thick cylinders and shells. Resistors and connections. Valves and meters. Net system analysis. Corrosion and service life. *2325xE Elective (2) MD 23251E Engineering Materials Testing of engineering materials – Metals - Non–metals and alloys – Polymers – Ceramics - Composites. *2415xE Elective (3) MD 24151E Engine Design Engine types. Modern designs. Selection of engines. Crank shaft dynamics. Design of cylinders, cylinder head, piston, connected rod, crankshaft and flywheel. Torsional vibrations. Critical speed. Torsional dampers. Project.



AR 3316x Elective (1) AR 33161E Acoustics in Architecture Basic elements in studying acoustics/ Sound behaviour in closed and open places/ Range of sound, vibration time of echo and methods of control (sound absorption materials/ different treatments of absorption)/ Sound magnifying/ Fundamentals of acoustics design in spaces (auditoriums, theatres, music rooms, etc.)/ Applications of computer in architectural solutions for better acoustics / applications. AR 33162E Space Formation in Architecture Recognizing the aesthetics of architectural form/ Studying the theories of aesthetics in art and architecture/ Intellectual approaches/ Creation in the design process/ Visual perception of spatial configurations/ Researches and applications. AR 33163E Visual Design Recognizing aesthetic aspects of architectural forms within the study of aesthetics theory and intellectual approaches in art/ Creation in the design process/ Visual perception for spatial forms/ Visual treatment in formulating urban spaces, elements of design, design standards and systems/ Basics of visual design.

AR 3324xE Elective (2) AR 33241E Renovation and Urban Development Approaches and concepts of Renovation and Urban Development, emphasizing the maximal benefit from the human and urban resources available in the existing built environment/ introduction to development and improvement experiments/ analysis of urbanism in the existing cities, problems of existing urbanism/ reasons and characteristics for decay/ social and economical aspects/ techniques and methods of dealing with different urban situations/ processes of renovation, improvement and urban development/ rehabilitation/ preservation and maintenance/ examples and case studies. AR 33242E Building Technology and Advanced Construction Systems The course aims at identifying advanced building systems and their applications, studying the techniques of in-site and in-factory industrialization, studying the economics of application and execution of different construction systems (traditional, developed, industrialized and pre-cast)/ Basics of selecting construction systems/ Possibilities of interfering among systems/ Design/ Manufacturing and execution/ Economics of design and preparing documents/ Feasibility/ Flexibility/ Flexibility of design / Finishing/ Economics of contracting and alternatives of put project into execution/ Building economics.



AR 33243E Advanced Applications of Computer Applications that help in the processes of design and decision-making/ Applications of computer in different stages of design process/ Applications of computer in different areas related to practicing the career (including ward processing, electronic tables, data base) achieving this within explaining and applying theories and general conceptions but without concentration on specific applied program.

AR 3416xE Elective (3) AR 34161E Regional and Contemporary Architecture Recognizing the origins and historic roots of local Egyptian architecture/ Emphasizing the influence of cultural communication on the architectural conception/ Identifying factors that affect the Egyptian architectural conception/ Alienation of the Egyptian architecture/ Social, cultural, and economic dimensions. AR 34162E Housing in the Developing Countries The curruculum aims to expose the problems associated with housing and residential areas in the developing countries and to introduce the different approaches of dealing with the problem, emphasizing the complex nature of the development efforts and the importance of the awareness of the social, cultural and economical aspects, as well as the role of different participants in the success of such efforts. Introducing developing countries, development processes ad characteristics, urban, cultural and social aspects/ problem of housing in the developing countries/ approaches to solving the housing problems/ theories and concepts/ development of residential areas/ concepts of enabling and participation/ planning and configuration of the residential sites/ basic planning units/ land subdivision/ appropriate housing alternatives/ examples, research and case studies. AR 34163E Management of Construction Projects An introduction to project management/ Methods of planning and follow-up/ Web planning for construction projects/ Time scheduling/ Scheduling project resources/ The method of neutral line in planning recurring projects/ The application of computer in project management. AR 3423xE Elective (4) AR 34231E Development of Urban Communities Introducing design and development of urban communities approach, its relationship with social and economic factors, the evolution of the econimic, social role of the Egyptian village, existing situations, variables and constants, development approach as an urban and econimic container, development procedures: official and public basic roles, processess and components of communitiy developoment procedure. Official and public organizations,



management and excution procedures, local and historical examples, evaluation procedures, studies into designing and planning of urban communities, working planning, detailed applications and studies. AR 34232E Sustainable Development of Humanistic Settlements Introducing the concept of sustainable development as the latest approach to development, ways of securing shuitable shelter for everyone, improving urban settlement management, fostering management of land use planning in a sustainable manner, ways of encouraging public participation, non-governmental agencies role in sustainable development, excution mechanisms, applications. AR 34233E Urban and Environmental Conservation

Upgrade, renewal, maintenance, preservation, and urban control concepts - the interrelationship of preservation plans and urban planning frameworks -

basis of maintenance and conservation, surveying, recording, and analyzing zones of cultural

value – criteria for categorizing buildings of value – identification of development areas – urban style – areas of unique nature, criteria and design of urban infill, different approaches to urban control – public participation – environmental conservation: integrated plans to environmental conservation – policies, levels, and basis of conservation – techniques and systems, development and the environment – laws, regulations of control, case studies. AR 34234E Design and Planning of Natural Sites The course aims at studying the landscape and its integration with the architectural and urban design in different environments/ Analysing elements and forms to utilize them in design/ Basics of configuring open spaces/ Applications that help to develop the creation abilities of the student in designing and arranging different outdoor environments. AR 3424xE Elective (5) AR 34241E Modern Directions in Architecture Origins, effects, and the conceptual evolution of contemporary architectural movements/ Studying the philosophy of modern pioneer architects, as well as studying the contemporary theories in the era of post-modernism/ Architecture in the 21st centaury. AR 34242E Architecture in Hot Climate Regions Study of hot regions – Hot dry climate – Environmental control in desert regions – Design methods in the desert regions – Environmental heritage architecture – Architectural design for a project in a desert area



AR 34243E Architectural Criticism and Project Evaluation Definitions and conceptions/ Approaches of architectural criticism/ Nature, function and importance of architectural criticism/ Criticism and evaluation in design processes, the outcomes/ The concept of multiplicity in architectural directions, and theoretical approaches for contemporary architectural conception/ Studies of the fundamentals of architectural criticism and elements of preferring among architectural projects to achieve logic judgment on architectural and urban projects. Models, applications and case studies. AR 34244E Architectural Legislations Covers several issues: The urban planning legislation as well as building and housing legislation - General and detailed planning of cities and villages - vacant land subdivision, industrial areas and city center instructions - counties renovation and environmental upgrading criteria – different housing specifications, criteria, and levels – road width, building density, and heights – Illumination and ventilation – design criteria for internal and external courts – Stair and projection regulations - Architectural applications covering urban control legislation in Egypt.

CV 4316xE Elective (1) CV 43160E Modern Building Materials and Composite Materials Composite building materials - types of special concrete - high strength concrete - hot weather concrete. CV 43161E Structural Analysis (Computer Aided) Introduction about using the computer for the structural analysis - different languages that can be used for the structural analysis - programming - writing programs for solving beams and obtaining the internal forces and deflections - preparation of programs for different sections to calculate the normal, shear, compound and principal stresses. CV 43162E Prestressed Concrete Introduction about the effect of the pre - stressing on the stresses in the reinforced concrete sections - used materials - methods of pre - stressing - analysis of prestressed beams - section design and steel cable distribution - design of cantilever blocks - prestressed continuous beams. CV 43163E Engineering of Soil with Special Problems Soil construction in desert and dry mountain areas - the soil ready for swelling and the soil ready for collapse: types - distribution in Egypt - composition – recognition - tests - prediction of the mechanical behavior - the behavior of structures and foundations in the soil with special problems. CV 43164E Statistical Applications in Geotechnical Engineering



Introduction about the importance of the statistical analysis in the analysis of the experimental test results - statistical definitions - sampling methods of the test specimens and their number according to need - analysis of the test results using the computer aids - application of statistical analysis of the results in studying slope stability and estimating the bearing strength of the soil. CV 43165E Operations research Application of the linear programming - graphical solution of the linear programming applications - solution of linear programming applications - using the computer in linear programming applications - requirements for network distribution: transportation problem, distribution, linear conjugation? dependence? and linear gradient?, linear conjugation? dependence? and linear gradient? using more than one variable. CV 43166E Surface Hydrology Hydrological cycle and the atmosphere – Effect of temperature, moisture, wind, solar radiation and earth rotation on the hydrological cycle – Rain Studies: Types – intensity – repetition – measurement methods and equipment. Soil infiltration studies: measurement methods - Evaporation and Evapotranspiration: measurement and calculation methods – Hydrographic measurements: properties and analysis of hydrographs – types of storms – relationship between rain and storms – water balance equation – storage.

CV 43167E Coastal Environment Natural operations at coasts – Hydrodynamics of waves – Coast dynamic changes – Lakes and tides – Long term changes at coasts – Impact of change of sea water level on shore line – Coast environmental system – Coastal sand dunes – Coastal marshes – Human activities and sea shore – Management of coastal waters – Management of coastal lands and sedimentations – Management of environmental system. CV 43166E Structural Surveying Introduction – Used tools and equipment: Leser meter – Electronic equipment for Surveying measurements – Surveying operations for engineering projects: Site bordering – Construction of site contour map – Survey planning for project axis – Roadways and bridges axis – Foundations axis – Sewage lines axis – Axis and sites of electric energy transfer towers – Survey planning of new cities – Installation of fixed points at sites (horizontal fixed points and site robeers) – Survey measurements for site follow up inspection and measurement of settlement of structures – Measurement of diviations in structures. CV 43166E Modern Systems in Surveying & Geodisy Introduction – Giroscopic surveying – Giroscopic theodolite – Self-surveying systems – Satelite geodisy – Continental system of satelites – GIS – Land



information systems. HM 4325xE Elective (2) HM 43251E Restoration of Monumental Buildings Definition of a monument – definition of restoration – Methods and materials of ancient construction – Methods of monument investigation – Restoration of foundation – Restoration of bearing walls – Restoration of wooden buildings – Restoration of domes. HM 43252E Geography of Nile Basin Countries Introduction to countries sharing in the Nile basin – Climate conditions – Hydrology of the Nile basin – Water resources of the Nile – Environmental problems of Nile basin countries – Projects on the Nile in Africa. HM 43253E History of Construction in Egypt Development of construction – Construction in Pharaonic Egypt – Influence of the Romans on methods and materials of construction in Egypt – Effect of economical and political conditions on materials and methods of construction – Influence of different modern European cultures on materials and methods of construction in Egypt CV 4416xE Elective (3) CV 44160E Structural Dynamics (Earthquake Engineering) The relationship between the static and dynamic analyses - dynamic degrees of freedom - structural system with single degree of freedom - converting of the different structures to the single degree of freedom system - forming the general equation of motion and its solution in the different cases - free vibration - vibration under dynamic loading and earth motion (earthquake) - dynamic isolation of vibrations.

CV 44161E Special Concrete Structures Design and analysis of the following: different types of concrete bridges, single curvature shells - folded plane plate structures – silos. CV 44162E Dynamic Behavior of Soil The effect of vibration on the systems - the wave movement in the soil - dynamic stress strain relationships in the soil - field and laboratory tests for measuring dynamic properties of the soil. CV 44163E Quality Control and Assurance Technical inspection - procedures for quality control – components of quality assurance - basics for quality control plans and the assurance of their success - statistical control for concrete quality: applications using available computer programs.



CV 44164E Management of Projects’ Resources Availability of resources – Planning and control – Information systems – Human resources management – Expences, selection & training – Duties and relationships – Site management – Site preparation – Management of equipment – Management of time – Communications – Preparation and formulation of reports. CV 44165E Environmental Engineering (Advanced) Introduction: Environment – Impact of human activities on the environment – Impact of environment on human activities – Improvement of environment – Role of environmental engineering – Water quality: Difinitions – Hydrologic cycle & water quality – Natural characteristics of water quality: Suspended solids – Contamination – Colour – Taste; small & temprature. Chemical characteristics of water quality: Solution chemistry; total dissolved salts, hardness of water, florides, metals, organic substances, cations, anions. CV 44166E Water Resources Management Introduction to systems of water resources management – Special examples of the relationship between precipitation and surface runoff – Special examples of groundwater resources - Special examples of surface water management – Mathematical modelling. CV 44167E Groundwater Engineering Hydrologic cycle and role of groundwater – Types and characteristics of water bearing formations – Groundwater flow through aquifers: Introduction, difinitions, coefficients, governing equations of flow – Interaction between surface and groundwater – Modern methods of groundwater investigation – Methods of well drilling, development and maintenance – Cost estimates & economics of wells and groundwater – Types of pumps and selection of adequate pumps – Development and management of groundwater – Types of groundwater, use, treatment, protection from contamination – Groundwater exploitation in coastal areas – Operation for grounwater level withdrawal at foundation construction sites – Foundation construction below water table. CV 44168E Maps and Geographical Information Systems (GIS)

Introduction – Maps dividing according to : scales; uses; applications – Surveying

maps – Srting & numbouring of maps – Continental methods of numbouring – Local methods of numbouring – Maps’ Projections – Characteristics required in projections- Plane projections - Conical Projections – Cylindrical projections – Special projections – Introduction to geographical information systems (GIS) – Sources of survey informations – Rules of survey informations – Some applications on GIS – Land information systems. CV 44169E Photogrametry and Digital Maps



Introduction – Information sources for map production – Importance of photogrametry – Methods of data collection and treatment – Automatic systems in photogrametry – Digital maps: uses & applications – Estimation models for control & treatment of photos measuring – Digital photogrametry: photos modelling; photos treatment; programs for photos analysis – Some applications for the use of digital maps – Equipments for drawing and production of maps by numerical & digital methods – Engineering applications. CV 441610E Traffic Engineering Elements of traffic flow – Characteristics of driver, pedestrians, vehicle and road – Fundamental elements for study of traffic flow – Sorting of roaways; Spans of free traffic flow; spans for retarded traffic flow – estimation of standard of sirvice – Types of different resistances of vehicle movement & impact on vehicle performance – Traffic control systems: types; aims; operational methods – Control of crossings – Types of control – Control of pedestrians and motorcycles movement – Light signals: needs for use; steps of signal; security of pedestrian and vehicle flow – Parking: types and characteristics of parking areas and it’s design. Vertical planning: vertical curves; long slopes acceptable elevations – Horizontal planning: radius of curves and circles; width slopes; road width and widening at curves. CV 4425xE Elective (4) CV 44250E Use of Analytical Models in Structure Analysis Use of readymade computer programs in structures analysis – Mathematical models and degree of accuracy in simulation of the prototype – Behavior of finite elements: elements of connections; beams; planes subject to deflection – Three dimensional elements and elements simulating the soil – Systems simulation: models of frames; walls; shear walls; slabs – Analytical interaction between soil and structure – Modelling of similarity of a structure – Modelling of systems of buildings – Non-elastic cases – Methods of assurance of models’ results in a structure and degree of accuracy of simulated prototype. CV 44251E Bridges’ Engineering Types of bridges – Sorting of bridges according to spans and use – Different elements of a bridge – Loads according to Egyptian, American and British specifications – Structural analysis of slab bridges – Structural analysis of bridges consisting of beams and slabs - Structural analysis of box bridges - Structural analysis of bridges consisting of RC slabs supported on steel beams – Design of different piers – Expansion joints – Design of bridge abutments – Case study. CV 44252E Steel Structures (Advanced) Design of elements and connections of steel structures by method of plasticity

Analysis and design of special structures ( Fluid tanks; Electricity towers; silos



; Aeroplanes hangers) – Special bridges – Different topics: Construction Supervision - Methods of quality control – Maintenance and repair of old structures. CV 44253E Non- Disturbing Testing and Investigations Basics of testing – Testing, before; during and after completion of construction – Reports writing ( Use of readymade computer programs) – Aim of non-disturbing testing – Undisturbing ways: CV 44254E Tunnels and Underground Structures Sorting of tunnels – Tunnels digging – Analysis and design of tunnel lining – Soil settlement due to tunnels – Use of special geotechnical engineering equipments – Analysis and design of culverts, stations and underground structures. CV 44255E Systems of Retaining Deep digging Holes Earth pressure on elastic and rigid walls – Soil anchors – Berlin walls and lining systems – Tangential and interfering sheet piles – Diaphram walls – Cofferdams. CV 44256E Offers and Contracts Types of offers – Types of contracts – Methods of offers advertising - Methods of offers evaluation - Offers documentations. CV 44257E Environmental Engineering & Water Resources Contamination Types of water – Physical, chemical & biological properties of water types – Standard needs of water types in natural systems – Application of natural purification methods in natural systems – Engineering methods for waste water treatment - Engineering methods for solid waste treatment – Site selection of solid waste landfills- Groundwater contamination due to leakage from landfills – Sources of water contamination – Methods of contaminants transport in surface water bodies - Methods of contaminants transport in groundwater bodies – Local and international approved standards of pollutants in different types of water – Salt water intrusion – Some methods of water treatment. CV 44258E Mines and Tunnels Surveying Introduction – Difinitions and expressions for connecting surface and subsurface – Tools and equipments used in the subsurface – Methods of axes transfer and deviations from surface to subsurface – Giroscopic measurement for deviations – Methods of levels transfer from surface to the subsurface – Direction of engineering operations in subsurface – Leveling operations in subsurface – Planning of projects axis in subsurface – (Railways and sewage pipelines axis). CV 44259E Computer Applications in Surveying & Geodisy



How to deal with a computer – Readymade computer programs for drawing – Drawing of elementary figures: point; line; circle; ellipse – Change of drawing scales – Application on some softwares – Programs of maps drawing – Contour lines drawing and estimation of volumes – Special software for roadways; sewage and water pipe lines. CV 442510E Repair & Maintenance of Roadways & Airport Runways Introduction and expressions – Types of maintenance – Information system for roadways – Management of maintenance operations – Methods of roaways

evaluation & evaluation of maintenance requirements concerning disturbing and undisturbing testing – Faults and common problems and methods of repair – Structural design of paving layer above old layers – Repair with reused pavment materials.


Curriculum 2003 301 Course Coding

Tables of Courses


Curriculum 2003 301 Course Coding

The Course Codes in English

Department English

Abbreviation

Arabic

Abbreviation

1 Architectural Engineering AR هع

2 Automotive & Locomotive Eng. AT هس

3 Civil Engineering CV هد

4 Communication Engineering EC هك

5 Electrical Power Engineering EP قك

6 Human Sciences HM أنس

7 Mechanical Design Engineering MD هت

8 Mechanical Power Engineering MP هق

9 Physics & Engineering Mathematics BS فر

10 Production Engineering MR ها

Course Coding

Department

to which the

course

belongs

No. of

Department

in which the

Student is

registered

The

study

Year

Semester in

which the

course is

taught 1; 2

(3 for

continuous

courses)

Serial no

of course

within

the

semester

Serial

no of

elective

course

Numbering of Student Departments

0 Preparatory Year

1 Mechanical Power Eng. Dept.

2 Automotive & Locomotive Eng.

Dept.

3 Architectural Dept.

4 Civil Eng. Dept.

Helwan University Faculty of Engineering, Mataria

Tables of Elective Courses 150 Curriculum 2003

Tables

of

Elective Courses



COURSE TITLES & CODE SYMBOLS of Elective Courses for

Departments of Mech. Power Eng. & Automotive and Locomotive Eng. Table No. 19

Departm

ent

The

Course

Code

Symbol

Code

symbol of

Elective

Course

Title of Elective Course

Mec

han

ical

Pow

er E

ng

inee

ring

Ele

ctiv

e C

ou

rse

(1)

* 1

316x

E

MP

13161E

Thermodynamics (3)

MP

13162E

Fluid Mechanics (3)

MP

13163E

Steam Engineering

MP

13164E

Nuematic & Hydraulic Systems

AT

23151E

Vehicles Fault Diagnosis

MP

13165E

Fuel & Combustion of Vehicle

Engines

MD

13161E

Tribology

MD

13162E

Comuter Aided Drawing

Ele

ctiv

e C

ou

rse

(2)

*1326xE

MP

13261E

Fire Fighting

MP

13262E

Environmental Pollution

MP

13263E

Refrigeration & Air-conditioning

Equipment

AT

23251E

Service Stations Planning

AT

23252E

Vehicle Engines (2)

MP

13264E

Vehicle Aerodynamics

MD

13261E

Vibration Technology

MD

13262E

Failure Mechanics

MD

13263E

Engineering Design



MD

14251E

System Dynamics

MD

14252E

Optimum Design

MD

14253E

Pressure Vessels & Pipes

Ele

ctiv

e C

ou

rse

(3)

* 1

414xE

MP

14141E


Applic.

MP

14142E

Industrial Burners & Furnaces

MP

14143E

Energy Saving

AT

24151E

Planned Maintenance Engineering

AT

24152E

Computer Applications in

Vehicles Transportation Field

AT

24153E

Hybrid Vehicles

AT

24154E

Natural Gas Engines In Vehicles

AT

24155E

Analysis of Vehicle Accidents

MD

14141E

Failure Analysis

Ele

ctiv

e C

ou

rse

(4)

*1

41

5x

E

MP

14151E

Aerodynamics in Eng. Problems

MP

14152E

Fluid Transportation Systems

MP

14153E

Renewable Energy

MD

14151E

Comuter Aided Design

Ele

ctiv

e C

ou

rse

(5)

* 1

424xE

MP

14241E

Steam Turbines

MP

14242E

Gas Turbines & Propulsion

MP

14243E

Pumps

MP

14244E

Air Compressors: Theory &

Operations

MD

14241E

Robotics & Material Handling

MD

14242E

Materials Handling



Ele

ctiv

e C

ou

rse

(6)

*1425xE

MP

14251E

Energy Conversion & Storage

Systems

MP

14252E

Binary Power Stations

MP

14253E

Energy Equipment Assessment

MP

14254E

Internal Combustion Engines

Performance

* : indicates the scientific department to which the elective course belongs

x : indicates the serial no of the course within the scientific department

Course Titles & Code Symbols

of Elective Courses for

Departments of Mech. Power Eng. & Automotive and Locomotive Eng.

Table No. 20

Departm

ent

The Course Code

Symbo

l

Code

symbol of

Elective

Course


Au

tom

oti

ve

& L

oco

mo

tiv

e E

ng

inee

ring

Ele

ctiv

e C

ou

rse

(1)

* 2

31

5x

E

MP

13164E

Pneumatic & Hydraulic Systems

AT

23151E

Vehicle Fault Diagnosis

MP

13165E

Fuel & Combustion of Vehicle

Engines

MP

13161E

Thermodynamics (3)

MP

13162E

Fluid Mechanics (3)

MP

13163E

Steam Engineering

MD

13161E

Tribology

MD

13162E

Computer Aided Drawing

EC

23151E

Design of Automatic Control

Systems

MP

13166E

Measurements & Signal

Processing

Ele

ctiv

e

Co

urs

e

(2) *

23

25

xE

AT

23251E

Service Stations Planning

AT

23252E

Vehicle Engines (2)



MP

13264E

Vehicle Aerodynamics

MP

13261E

Fire Fighting

MP

13262E

Environment pollution

MP

13263E


Equipments

MD

13261E

Vibrations Technology

MD

13262E

Failure Mechanics

MD

13263E

Engineering Design

MD

14241E

Robots & Material Handling

MD

14242E

Material Handling

MD

14251E

System Dynamics

MD

14252E

Optimum Design

MD

14253E

Pressure Vessels & Pipes

MD

23251E

Engineering Materials

Ele

ctiv

e C

ou

rse

(3)

* 2

415xE

AT

24151E

Planned Maintenance Engineering

AT

24152E

Computer Application In Vehicle

Transportation Field

AT

24153E

Hybrid Vehicles

AT

24154E

Natural Gas Engines in Vehicles

AT

24155E

Analysis of Vehicle Accidents

MP

14151E

Aerodynamics in Eng. Prblems

MP

14152E

Fluid Transportation Systems

MP

14153E

Renewable Energy

MD

14141E

Failure Analysis



MD

14151E

Computer Aided Design

MD

24151E

Engines Design

Elective

Course (4)

*

2426x

E

AT

24261E

Potential Transportation Systems

by Vehicles

AT24262E Locomotives & Heavy

Equipments

* : indicates the scientific department to which the elective course belongs

x : indicates the serial no of the course within the scientific department

Course Titles & Code Symbols

of Elective Courses for

Department of Architectural Engineering

Table No. 21

The

Course

Code

Symbol

Code

symbol of

Elective

Course


Elective

Course (1)

AR

3316xE

AR

33161E

Acoustics in Architecture

AR

33162E

Space Formation in Architecture

AR

33163E

Visual Design

Elective

Course (2)

AR

3324xE

AR

33241E

Renovation & Urban Development

AR

33242E

Building Techn. & Modern Construction

Systems

AR

33243E

Computer Advanced Applications

Elective

Course (3)

AR

3416xE

AR

34161E

Regional Renovation & Modernisation

AR

34162E

Housing in Developing Countries

AR

34163E

Management of Construction Projects



Elective

Course (4)

AR

3423xE

AR

34231E

Development of Urban Societies

AR

34232E

Sustainable Development in Humanistic

Settlements

AR

34233E

Urban & Environmental Conservation

AR

34234E

Planning & Design of Natural Sites

Elective

Course (5)

AR

3424xE

AR

34241E

Modern Directions in Architecture

AR

34242E

Architecture of Hot Regions

AR

34243E

Architectural Criticism & Projects

Evaluation

AR

34244E

Architectural Legislations

x : indicates the serial no of the course within the specified elective course



Course Titles & Code Symbols of Elective Courses

Department of Civil Engineering

Table No. 22 (a) & 22(b) The

Course

Code

Symbol

Code symbol

of Course


Ele

ctiv

e C

ou

rse

(1)

CV

4316x

E

CV 43160E Modern Building Materials & Composite

Materials

CV 43161E Structure Analysis using Computer

Programs

CV 43162E Prestressed Concrete

CV 43163E Engineering of Soil with Problems

CV 43164E Statistical Applications in Geotechnical

Engineering

CV 43165E Research Methodology

CV 43166E Surface Water Hydrology

CV 43167E Coastal Environment

CV 43168E Structural Survey

CV 43169E Advanced Systems in Surveying and

Geodesy

Ele

ctiv

e

Co

urs

e

(2)

CV

43

25

xE

CV 43250E Restoration of Monumental Buildings

CV 43251E Geography of Nile Basin Countries

CV 43252E History of Construction in Modern Egypt

Ele

ctiv

e C

ou

rse

(3)

CV

4416x

E

CV 44160E Structure Dynamics (Earthquakes

Engineering)

CV 44161E Special concrete structures

CV 44162E Dynamic behavior of soil

CV 44163E Quality Control

CV 44164E Management of project Resources

CV 44165E Environmental Engineering (advanced)

CV 44166E Management of water Resources

CV 44167E Ground-water Engineering

CV 44168E Maps and Geographic Information systems

CV 44169E Photogrametry and Numerical Maps

CV 441610E Traffic Engineering

Ele

ctiv

e C

ou

rse

(4)

CV

4425x

E

CV 44250E Using the Analytical Modeling for

Structure Analysis

CV 44251E Bridges Engineering

CV 44252E Advanced Steel Structures

CV 44253E Inspection and Nondestructive tests

CV 44254E Tunneling and Underground Structures

CV 44255E Retaining Systems of Deep Excavation



CV 44256E Bids and Contracts

CV 44257E Environmental Eng. and Contamination of

Water Resources

CV 44258E Mining and Tunneling Surveying

CV 44259E Computer Applications in Surveying and

Geodesy

CV 442510E Repair and Maintenance of Highways and

Airports

x : indicates the serial no of the course within the specified elective course


. Curriculum 2003 104 Tables of Courses

Groups A & B Preparatory Year Table No. 1

Course

Grade

Second Term First Term

The Course

Code

Symbol

Exam

Duration Grades’ Distribution hours per Weak Exam

Duration Grades’ Distribution hours per Weak Written Oral Practical

Work Class

Grades The

Sum Practical

work

Exercise Lecture

Written Oral Practical

Work Class

Grades The

Sum Practical

work

Exercise Lecture

First Term

150 3 100 - - 50 6 - 2 4 Mathematics (1)(A) BS 0011

150 4 90 - 30 03 6 1 1 4 Physics (1) (A) BS0012

033 0 103 - - 30 4 - 2 0 - - - 03 30 4 1 1 0 Mechanics (1)* BS 0033

250 4 150 - - 60 6 - 4 2 - - - - 43 4 - 3 1 Eng. Drawing &

Projection* MD 0034

100 2 63 - 03 03 4 0 - 2 Computer &

Programming CS 0015

133 2 63 - 03 03 4 0 - 0 Chemistry BS 0016

03 0 35 - - 15 0 - 0 - English Technical

Language (1) HM 0017

Second Term

175 3 100 - - 75 7 - 3 4 Mathematics (1)(B) BS 0021

175 4 90 - 30 03 7 1 2 4 Physics (1) (B) BS0022

133 0 63 - 03 03 4 2 - 0 Production

Technology MP 0023

03 0 40 - - 10 0 - - 0 Introduction to Eng.

Sciences HM 0024

03 0 11 16 30 6 9 15

1500 Total Sum of Grades

Notes : 1. The symbol (*) means a continuous course that has one exam to be held at the end of the second term & also the delivery of the class grades

2. Courses divided into parts (A) & (B) are considered as One continuous course

3. Students of the preparatory year are required to carry out – within a period of 2 weeks - practical training in Engineering Drawing according to

a schedule specified by the faculty committee and it’s grades are added to the grades of the first term of the first year



Group C Preparatory Year Table No. 2

Course

Grade


The Course

Code

Symbol

Exam



Work Class Grades

The

Sum Practical

work

Exercise Lecture


Work Class Grades

The

Sum Practical

work

Exercise Lecture

First Term

150 3 100 - - 50 6 - 2 4 Mathematics (1)(A) BS 0011

150 4 90 - 30 03 6 1 1 4 Physics (1) (A) BS0012

033 0 103 - - 30 4 - 2 0 - - - 03 30 4 1 1 0 Mechanics (1)* BS 0033

250 4 150 - - 60 6 - 4 2 - - - - 43 4 - 3 1 Eng. Drawing &

Projection* MD 0034

100 2 63 - 03 03 4 0 - 2 Production

Technology MP 0015

133 2 63 - 03 03 4 0 - 0 Chemistry BS 0016

03 0 35 - - 15 0 - 0 - English Technical


Second Term

175 3 100 - - 75 7 - 3 4 Mathematics (1)(B) BS 0021

175 4 90 - 30 03 7 1 2 4 Physics (1) (B) BS0022

133 0 63 - 03 03 4 2 - 0 Computer &

Programming CS 0023

03 0 40 - - 10 0 - - 0 Introduction to Eng.

Sciences HM 0024

03 0 11 16 30 6 9 15


Notes : 1. The symbol (*) means a continuous course that has one exam to be held at the end of the second term & also the delivery of the class grades


3. Students of the preparatory year are required to carry out – within a period of 2 weeks - practical training in Engineering Drawing according to

a schedule specified by the faculty committee and it’s grades are added to the grades of the first term of the first year



Department of Mechanical Power Eng. First Year Table No. 3

Course

Grade


The Course

Code

Symbol

Exam



Work Class Grades

The

Sum Practical

work

Exercise Lecture


Work Class Grades

The

Sum Practical

work

Exercise Lecture

First Term

150 3 100 - - 50 6 - 2 4 Mathematics(2) BS 1111

100 3 60 - 20 20 4 2 - 2 Physics (2) BS 1112

100 3 60 - 20 20 4 2 - 2 Production Eng. MR 1113

150 4 90 - - 60 6 - 4 2 Mechanical

Drawing MD 1114

150 3 90 - 30 30 6 1 1 4 Mechanics & Strength

of Materials MD 1115

100 3 70 - - 30 4 - 2 2 Electrical Eng. EP 1116

50 - - - - - 2 - - - - - - - - - - - - Practical Training*

Second Term

150 3 90 30 - 30 6 2 - 4 Fluid Mechanics(1) MP 1121

150 3 90 30 - 30 6 2 - 4 Thermodynamics(1) MP 1122

100 2 50 30 - 20 4 2 - 2 Computer

Applications &

Programming

BS 1123

150 3 100 - - 50 6 2 - 4 Stress Analysis MD 1124

100 3 70 - - 30 4 2 - 2 Science & Eng. Of

Materials

MD 1125

50 2 35 - - 15 2 - 2 - Technical English

Lang.(2)

HM 1126

30 10 2 16 30 5 9 16


Notes :

Students of the preparatory year are required to carry out –within a period of 2 weeks - practical training in Engineering Drawing according

to a schedule specified by the faculty committee and it’s grades are added to the grades of the first term of the first year



Department of Mechanical Power Eng. Second Year Table No. 4

Course

Grade


The Course

Code

Symbol

Exam



Work Class

Grades The

Sum Practical

work

Exercise Lecture


Work Class

Grades The

Sum Practical

work

Exercise Lecture

First Term

100 3 70 - - 30 4 - 2 2 Numerical Analysis BS 1211


150 3 90 - - 60 6 - 2 4 Theory of Machines MD 1213

150 3 90 30 - 30 6 2 - 4 Fluid Mechanics (2) MP 1214

100 3 70 - - 30 4 - 2 2 Electronic Eng. EC 1215

100 3 70 - - 30 4 - 2 2 Technical Reports HM 1216

Second Term

150 4 90 - - 60 6 - 4 2 Machine Elements

Design MD 1221

100 3 70 - - 30 4 - 2 2 Electrical machines EP 1222

150 3 90 30 - 30 6 2 - 4 Heat Transfer MP 1223

150 3 90 30 - 30 6 2 - 4 Eng. Measurements MP 1224

150 3 90 30 - 30 6 2 - 4 Mechanical Power

Control Systems MP 1225

50 2 40 - 10 - 2 - - 2 Industrial & Eng.

Legislations

HM 1226

30 6 6 18 30 4 8 18




Table No. 5 Third Year Department of Mechanical Power Eng.

Course

Grade


The Course

Code

Symbol

Exam



Work Class Grades

The

Sum Practical

work

Exercise Lecture


Work Class Grades

The

Sum Practical

work

Exercise Lecture

First Term

100 3 60 20 - 20 4 2 - 2 Heat & Mass

Transfer MP 1311

150 3 90 30 - 30 6 2 - 4 Fundamentals of

Combustion Techn. MP 1312

150 3 90 30 - 30 6 2 - 4 Refrigeration & Air-

Conditioning MP 1313

100 3 70 - - 30 4 - 2 2 Mechanical

Vibration MD 1314

150 3 90 30 - 30 6 2 - 4 Hydraulic &

Pneumatic Control MP 1315

100 3 70 - - 30 4 - 2 2 Elective Course(1) *1316xE

Second Term

150 3 90 30 - 30 6 2 - 4 Internal Combustion

Engines(1) MP 1321

150 4 90 - - 60 6 - 4 2 Machines Design MD 1322

100 2 60 20 - 20 4 4 - - Mech. Power

Labs.(1) MP 1323

150 3 90 30 - 30 6 2 - 4 Gas Dynamics MP 1324

100 2 70 - - 30 4 - 2 2 Environmental

Sciences HM 1325


28 8 6 14 30 8 4 18


Notes : 1. The symbol (x) indicates the code no. of the elective course

2. The symbol (*) indicates the scientific department to which belongs the elective course : MP: Mech. Power Eng.; AT: Autom. & Loc. Eng.; MD:

Mech. Design Eng.



Table No. 6 Forth Year Department of Mechanical Power Eng.

Course

Grade


The Course

Code

Symbol

Exam



Work Class Grades

The

Sum Practical

work

Exercise Lecture


Work Class Grades

The

Sum Practical

work

Exercise Lecture

First Term

150 3 90 30 - 30 6 2 - 4 Internal Combustion

Engines(2) MP 1411

150 3 90 30 - 30 6 2 - 4 Thermal Turbo-

Machinery MP 1412

100 2 50 20 - 30 4 4 - - Mech. Power

Labs.(2) MP 1413



200 Discussion

- 100 - 50 4 - 4 - - - - - 50 4 - 4 - Graduation Project MP 1436

50 2 40 - - 10 2 - - 2 Applied Environmental

Sciences HM 1417

Second Term

150 3 90 30 - 30 6 2 - 4 Power Plants &

Their Economics MP 1421

150 3 90 30 - 30 6 2 - 4 Hydraulic Machines

& their Plants MP1422

100 3 70 - - 30 4 - 2 2 Thermal Equipments MP 1423



50 2 40 - - 10 2 - - 2 Eng. Economics &

Management

HM 1426

30 4 10 16 30 8 8 14

1500 Total Sum of Grades 1. The symbol (x) indicates the code no. of the elective course Notes :

2. The symbol (*) indicates the scientific department to which belongs the elective course : MP: Mech. Power Eng.; AT: Autom. & Loc. Eng.;

MD: Mech. Design Eng.



Department of Automotive & Locomotive Eng. First Year Table No. 7

Course

Grade


The Course

Code

Symbol

Exam



Work Class Grades

The

Sum Practical

work

Exercise Lecture


Work Class Grades

The

Sum Practical

work

Exercise Lecture

First term

150 3 100 - - 50 6 - 2 4 Mathematics (2) BS 2111

100 3 60 - 20 20 4 1 1 2 Physics (2) BS 2112

100 3 70 - - 30 4 - 2 2 Structural Analysis MD 2113

200 4 120 - - 40 4 - 0 2 - - - - 40 4 - 2 2 Mechanical

Drawing MD 2134

100 3 70 - - 30 4 - 2 2 Mechanics (2) BS 2115

100 3 60 - 20 20 4 2 - 2 Strength of

Materials MD 2116

100 3 70 - - 30 4 - 2 2 Electrical Eng. EP 2117

50 - - - - - 2 - - - - - - - - - - - - Practical Training

Second Term


150 3 90 30 - 30 6 2 2 2 Computer

Applications &

Programming

BS 2122

150 3 90 - 30 30 6 2 - 4 Production Eng. MR 2123

100 3 60 - 20 20 4 2 - 2 Science & Eng. of

Materials

MD 2124

50 2 40 - - 10 2 - - 2 Technical English


30 8 4 16 30 3 12 15


Notes :

Students of the preparatory year are required to carry out – within a period of 2 weeks - practical training in Engineering Drawing according to a



schedule specified by the faculty committee and it’s grades are added to the grades of the first term of the first year

Table No. 8 Second Year Department of Automotive & Locomotive Eng.

Course

Grade


The Course

Code

Symbol

Exam



Work Class

Grades The

Sum Practical

work

Exercise Lecture


Work Class

Grades The

Sum Practical

work

Exercise Lecture

First Term

150 3 90 - 30 30 6 - 2 4 Heat Transfer &

Vehicles’ Air

Conditioning

MP 2211

100 3 70 - - 30 4 - 2 2 Electronic

Engineering

EC 2212

150 3 90 - 30 30 6 2 - 4 Fluid Mechanics(1) MP 2213

150 3 90 - 30 30 6 4 - 2 Vehicle & Tractor

Technology (1) AT 2214

150 3 90 - - 60 6 - 2 4 Stress Analysis MD 2215

50 2 35 - - 15 2 - - 2 Technical Reports▪ HM 2216

Second Term

100 3 60 - - 40 4 - 2 2 Machine Elements

Design MD 2221

150 3 90 30 - 30 6 2 2 2 Vehicle Engines (1) AT 2222

100 3 60 20 - 20 4 2 - 2 Eng. Measurements MD 2223

100 2 70 - - 30 4 - 2 2 Eng. Economics &

Management HM 2224

150 3 100 - - 50 6 - 2 4 Machines Theory &

Mech. Vibrations MD 2225

150 3 90 - 30 30 6 4 - 2 Vehicle & Tractor

Technology (2)

AT 2226

30 8 8 14 30 6 6 18




Table No. 9 Third Year Department of Automotive & Locomotive Eng.

Course

Grade


The Course

Code

Symbol

Exam



Work Class

Grades The

Sum Practical

work

Exercise Lecture


Work Class

Grades The

Sum Practical

work

Exercis

e

Lecture

First Term

100 3 60 - 20 20 4 1 1 2 Automatic Control EC 2311

150 3 90 30 - 30 6 4 - 2 Electrical &

Measurement Vehicle Equipment

AT 2312

100 3 70 - - 30 4 - 2 2 Roadway& Traffic

Eng. CV 2313

150 3 90 - 30 30 6 4 - 2 Vehicle Fuel

Systems AT 2314

100 3 70 - - 30 4 - 2 2 Elective (1) *2315xE

150 3 90 - 30 30 6 2 2 2 Vehicles’

Engineering (A) AT 2316

Second Term

150 4 90 - - 60 6 - 4 2 Vehicles’

Design(1) AT 2321

100 3 60 20 - 20 4 - 2 2 Traction & Soil

Mechanics AT 2322

100 3 70 - - 30 4 - 2 2 Industrial &

Environmental

Legislations

HM 2323

150 3 100 - - 50 6 - 4 2 Tractors Eng. AT 2324

150 3 90 30 - 30 6 - 2 4 Elective (2) *2325xE

100 3 60 20 - 20 4 2 - 2 Vehicles’

Engineering (B) AT 2326

30 2 14 14 30 11 7 12




1. The symbol (x) indicates the code no. of the elective course Notes :


3. The symbol (*) indicates the scientific department to which belongs the elective course : PM: Mech. Power Eng.; AT: Autom. & Loc. Eng.;


Department of Automotive & Locomotive Eng. Forth Year Table No. 10

Course

Grade


The Course

Code

Symbol

Exam



Work Class Grades

The

Sum Practical

work

Exer

cise

Lecture


Work Class Grades

The

Sum Practical

work

Exercis

e

Lecture

First Term

150 4 100 - - 50 6 - 4 2 Vehicle Design (2) AT 2411

150 3 90 20 - 40 6 4 - 2 Vehicle Repair

Eng. AT 2412

100

3 70 - - 30 4 - 2 2 Vehicle

Transportation Economics

AT 2413

100 3 70 - - 30 4 - 2 2 Vehicle& Environment Pollution

AT 2414

100 3 70 - - 30 4 - 2 2 Elective (3) *2415xE

50 2 40 - - 10 2 - - 2 Profession

Relationships HM 2416

200 Discussion

- 100 - 50 4 2 - 2 - - - - 50 4 2 - 2 Graduation Project AT 2437

Second Term

150 3 90 - - 60 6 - 4 2 Vehicles’

Dynamics AT 2421

150 3 90 20 - 40 6 2 2 2 Vehicles’

Maintenance Eng. AT 2422

100 3 70 - - 30 4 - 2 2 Vehicle Automatic

Control AT 2423

150 2 90 30 - 30 6 2 2 2 Applied Environmental Sciences

HM 2424

100 3 70 - - 30 4 2 2 Elective (4) *2426xE

30 6 12 12 30 6 10 14




1. The symbol (x) indicates the code no. of the elective course Notes :

2. The symbol (*) indicates the scientific department to which belongs the elective course : MP: Mech. Power Eng.; AT: Autom. & Loc. Eng.;


Department of Architectural Engineering First Year Table No. 11

Course

Grade


The Course

Code

Symbol

Exam



Work Class

Grades The

Sum Practical

work

Exercise Lecture


Work Class

Grades The

Sum Practical

work

Exercise Lecture

First Term

300 8 120 - - 90 6 - 4 2 - - - - 90 6 - 4 2 Architectural Design

(1) AR 3131

250 6 100 - - 90 5 - 3 2 - - - - 60 5 - 3 2 Sciagraphy &

Perspective AR 3132

250 4 100 - - 90 5 - 3 2 - - - - 60 5 - 3 2 Architectural

Construction (1) AR 3133

100 3 60 - - 40 4 - 2 2 Design Principles AR 3114

150 3 90 - 30 30 6 - 2 2 Computer in

Architecture AR 3115

100 4 70 - - 30 4 - 2 2 Structure Analysis CV 3116

50 - - - - - 2 - - - - - - - - - - - - Practical Training

Second Term

100 3 60 - - 40 4 - 2 2 History of

Architecture(1) HM 3121

100 3 60 - 20 20 4 1 1 2 Plane Surveying CV 3122

100 3 60 - 20 20 4 1 1 2 Properties of

Building Materials CV 3123

30 2 14 12 30 2 16 12 1500 Total Sum of Grades

1. Students of the preparatory year are required to carry out – within a period of 2 weeks - practical training in Engineering Drawing according to a

schedule specified by the faculty committee and it’s grades are added to the grades of the first term of the first year Notes :



2. For the students to pass in courses AR 3131, AR 3132 and AR 3133, he should get 40% at least of the maximum grade of the written exam as

well as a 50% of the total sum of grades of the course

Department of Architectural Engineering Second Year Table No. 12

Course

Grade


The Course

Code

Symbol

Exam



Work Class Grades

The

Sum Practical

work

Exercise Lecture


Work Class Grades

The

Sum Practical

work

Exercise Lecture

First Term

300 8 120 - - 90 6 - 4 2 - - - - 90 6 - 4 2 Architectural

Design (2) AR 3231

150 4 60 - - 90 6 - 4 2 Architectural

Construction (2) AR 3212

100 3 60 - - 40 4 - 2 2 Human Sciences in

Architecture HM 3213

100 3 60 - - 40 4 - 2 2 Theories of

Architecture(1) AR 3214

150 3 90 - - 60 6 - 4 2 Technical &

Sanitary Fixtures CV 3215

100 3 70 - - 30 4 - 2 2 Soil Mechanics &

Foundations CV 3216

Second Term

100 3 60 - - 40 4 - 2 2 Architectural

Technology AR 3221

150 3 90 - - 60 6 - 4 2 History & Theories

of Planning HM 3222

100 3 60 - - 40 4 - 2 2 History of

Architecture (2) HM 3223

100 3 60 - - 40 4 - 2 2 Environmental

Control AR 3224



150 3 90 - 30 30 6 2 2 2 Computer Applications in Architecture

AR 3225

30 2 16 12 30 - 18 12 1500 Total Sum of Grades

Notes : For the students to pass in courses AR 3231 & AR3212 he/she should get 40% at least of the maximum grade of the written exam as well as a

50% of the total sum of grades of the course

Table No. 13 Third Year Department of Architectural Engineering

Course

Grade


The Course

Code

Symbol

Exam



Work Class

Grades The

Sum Practical

work

Exercise Lecture


Work Class

Grades The

Sum Practical

work

Exercise Lecture

First Term

033 8 103 - - 03 6 - 4 0 - - - - 90 6 - 4 2 Architectural

Design (3) AR 3331

033 8 103 - - 03 6 - 4 0 - - - - 03 6 - 4 0 Working Design (1) AR 3332

103 0 90 - - 63 6 - 4 0 City Planning AR 3313

133 0 63 - - 43 4 - 2 2 History of

Architecture (3) HM 3314

133 0 03 - - 03 4 - 2 0 Reinforced

Concrete CV 3315

133 3 63 - - 43 4 - 2 0 Elective (1) AR3316xE

Second Term

103 0 03 - - 63 6 - 4 0 Housing AR 3321

133 0 63 - - 43 4 - 0 0 Theories of

Architecture (2) AR 3322

133 0 03 - - 03 4 - 0 0 Steel & Wood

Constructions CV 3323

133 0 63 - - 43 4 - 0 0 Elective (2) AR3324xE

03 - 18 10 03 - 18 12




Notes : 1. For the students to pass in courses AR 3331 and AR 3332, he/she should get 40% at least of the maximum grade of the written exam as well

as a 50% of the total sum of grades of the course

2. The symbol (x) indicates the code no. of the elective course

Table No. 14 Forth Year Department of Architectural Engineering

Course

Grade


The Course

Code

Symbol

Exam



Work Class Grades

The

Sum Practical

work

Exercise Lecture


Work Class Grades

The

Sum Practical

work

Exercise Lecture

First Term

103 8 63 - - 03 6 - 4 2 Architectural

Design (4) AR 3411

103 8 63 - - 03 6 - 4 0 Working Design (2) AR 3412

103 4 03 - - 63 6 - 4 0 Urban & Regional

Planning AR 3413

03 0 43 - - 13 0 - - 2 Planning & Design

of Natural Sites AR 3414

133 0 63 - - 43 4 - 0 2 Environmental

Design & Energy AR 3415

133 0 63 - - 43 4 - 0 0 Elective (3) AR3416xE

033 Discussion

* - 150 - 100 10 - 8 0 - - - - 03 0 - - 0 Graduation Project▪ AR 3437

Second Term

103 4 03 - - 63 6 - 4 0 Construction Economics

& Specifications &

Quantities

HM 3421

103 3 90 - - 60 6 - 4 2 Urban Design AR 3422

133 0 63 - - 43 4 - 0 0 Elective (4) AR3423xE

133 0 63 - - 43 4 - 0 0 Elective (5) AR3424xE



03 03 13 03 - 16 14


Notes : 1. For the students to pass in courses AR 3411 and AR 3412, he/she should get 40% at least of the maximum grade of the written exam as well

as a 50% of the total sum of grades of the course


3. * : External examiners, internal examiners as well as the supervising group; should contribute in the grades of the project discussion

Table No. 15 First Year Department of Civil Engineering

Course

Grade


The Course

Code

Symbol

Exam



Work Class

Grades The

Sum Practical

work

Exercise Lecture


Work Class

Grades The

Sum Practical

work

Exercise Lecture

First Term

133 0 03 - - 03 4 - 2 2 Mathematics (2) BS 4111

133 0 03 - - 03 4 - 2 0 Mechanics (2) BS 4112

125 3 75 - - 50 5 - 3 0 Structural Analysis (1) (A)

CV 4113

033 3 120 - 40 40 8 2 2 4 Properties & Strength

of Materials (1) CV 4114

03 0 40 - - 10 0 - - 0 Technical English


175 0 115 - - 60 7 - 3 4 Eng. Geology &

Environmental Eng. CV 4116

03 - - - - 2 - - - - - - - - - - - - Practical Training**

Second Term

100 0 00 - 00 00 0 1 2 0 Physics (2) BS 4121

103 0 03 - 03 43 6 1 1 4 Plane Surveying CV 4122

103 0 03 - - 63 6 - 2 4 Structural Analysis (1) (B)

CV 4123

125 4 00 - - 03 0 - 3 2 Civil Eng. Drawing CV 4124



00 0 03 - - 00 0 - 1 2 Mechanical &

Electrical Eng. EP 4125

00 0 03 - - 00 0 - 2 1 Architectural

Construction AR 4126

30 2 11 15 03 2 12 16

1500 Total Sum of Grades Notes :

1. ** :Students of the preparatory year are required to carry out – within a period of 2 weeks - practical training in Engineering Drawing according

to a schedule specified by the faculty committee and it’s grades are added to the grades of the first term of the first year


Department of Civil Engineering Second Year Table No. 16

Course

Grade


The Course

Code

Symbol

Exam



Work Class

Grades The

Sum Practical

work

Exercise Lecture


Work Class

Grades The

Sum Practical

work

Exercise Lecture

First Term

033 4 103 - - 83 8 - 4 4 Reinforced

Concrete (1) CV 4211

133 0 60 - - 40 4 - 0 0 Structural Analysis

(2) (A) CV 4212

103 0 03 - 20 40 6 1 1 4 Properties & Strength

of Materials (2) CV 4213

150 3 90 - 03 40 6 1 1 4 Topographic Survey CV 4214

133 0 70 - - 30 4 - 0 0 Irrigation &

Drainage Eng. CV 4215

03 0 40 - - 10 0 - - 0 Profession

Relationships HM 4216

Second Term

100 0 60 - - 40 4 - 2 0 Structural

Analysis (2) (B) CV 4221

103 0 03 - 03 43 6 1 1 4 Soil Mechanics CV 4222



150 0 90 - 20 40 6 2 0 0 Photogrametry and

Remote Sensing CV 4223

103 0 03 - 03 43 6 1 1 4 Hydraulics (1) CV 4224

133 0 03 - - 03 4 - 2 0 Construction projects’ Management

HM 4225

133 0 70 - - 30 4 - 0 0 Numerical Analysis BS 4226

03 4 10 16 03 0 13 18


Notes : Courses divided into parts (A) & (B) are considered as One continuous course

Table No. 17 Third Year Department of Civil Engineering

Course

Grade


The Course

Code

Symbol

Exam



Work Class

Grades The

Sum

Practical

work

Exercise Lecture


Work Class

Grades The

Sum

Practical

work

Exercise Lecture

First Term

200 4 120 - - 80 8 - 4 4 Reinforced


100 3 60 - 20 20 4 - 2 2 Soil Mechanics &

Foundations CV 4312


(3) (A) CV 4313

75 2 50 - - 25 3 - 1 2 Eng. Economics HM 4314

150 3 90 - 20 40 6 1 1 4 Hydraulics (2) CV 4315

100 3 70 - - 30 4 - 2 2 Elective (1) CV 4316xE

Second Term

150 3 90 - - 60 6 - 2 4 Design of Irrigation

Structures (1)

CV 4321

150 3 90 - - 60 6 - 2 4 Steel Structures (1) CV 4322


(3) (B) CV 4323

150 3 90 - 20 40 6 1 1 4 Eng. Geodesy CV 4324

100 3 70 - - 30 4 - 2 2 Elective (2) HM 4325xE



100 3 70 - - 30 4 - 2 2 Transportation Planning& Traffic Eng.

CV 4326

30 1 11 18 30 1 11 18


Notes :



Department of Civil Engineering Forth Year Table No. 18

Course

Grade


The Course

Code

Symbol

Exam



Work Class

Grades The

Sum Practical

work

Exercise Lecture


Work Class

Grades The

Sum Practical

work

Exercise Lecture

First Term

200 4 120 - - 30 4 - 0 0 - - - - 50 4 - 2 2 Reinforced


103 3 03 - - 60 6 - 2 4 Steel Structures (2) CV 4412

103 0 03 - - 63 6 - 2 4 Foundation Eng. CV 4413

103 0 03 - - 63 6 - 2 4 Design of Irrigation

Structures (2) CV 4414

133 0 60 - 20 20 4 1 1 0 Highways &

Airports Eng. CV 4415

75 0 50 - - 25 3 - 1 0 Elective (3) CV4416xE

Second Term

133 0 03 - - 03 4 - 2 0 Harbor &

Navigation Eng. CV 4421

75 0 50 - - 25 3 - 0 1 Technical Reports HM 4422



150 0 90 - 20 40 6 2 0 0 Sanitary

Engineering CV 4423

75 2 50 - - 25 3 - 1 0 Specifications,

Quantities &

Contracts

CV 4424

75 2 50 - - 25 3 - 1 0 Elective (4) CV4425xE

200 Discussion - 133 - 133 6 - 0 4 Graduation Project CV 4426

29 2 12 15 03 1 11 18


Notes :
