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The Maharaja Sayajirao University of Baroda Polytechnic Department of Petrochemical Technology
Polytechnic, Near Shastri Bridge, Fatehgunj,Vadodara-2 0265-2781983, , www.msubaroda.ac.in
ACADEMIC YEAR
2017-2018
Diploma : Full Time (Regular)
Year I ACH 3105: Applied Chemistry- I
UA 50
Semester I Hours 28
Course Content / Syllabus
UNIT-I
Fundamental Chemistry
4 hrs. Symbols, Formula, Valency, Chemical equations Mole, Molecular weight
Equivalent weight, concentration of solution, Types of chemical equations &
calculation on basis of chemical equations
UNIT-II
Atomic structure and classification of elements
4 hrs.
Discovery of nucleus, Rutherford’s atomic model, Bohr's theory fundamental,
particle, atomic number, Isotopes, Isobar, Binding energy, Electronic
arrangement in atoms sub energy level, atomic Orbitals, Aufbau's principles,
Electron arrangement in Orbitals, Chemical Bonding, Classification of
elements, Modern periodic law. Long form of Periodic table, Lanthanides and
actinides
UNIT-III
Ionisation & Electrolysis
4 hrs. Theory of ionization, Modern concept of acids & Bases indicators, Solubility
product, Common ion Effect, Electrolysis, Faradays laws of electrolysis,
Industrial applications of electrolysis, Ionic product of water, PH scale, Buffer
solutions.
UNIT-IV
Chemical Equilibrium and laws of mass action
4 hrs. Reversible reactions, Equilibrium law mass action & Its expression. Active
mass exothermic & endothermic reactions, Lechatelier's Principle & its
Application
UNIT-V
Water & its treatment
4 hrs. Impurities in water, Soft and hard water. Types of Hardness, effect of
impurities, Formation of scale, Priming and forming, treatment of boiler feed
Water, potable water, degree of hardness, estimation Of hardness
UNIT-VI
Metallurgy
3 hrs. General principle of chemical metallurgy, Ore dressing, calcination, roasting, extraction of metals from concentrated ore, Metallurgy of copper, Aluminium and Zinc
UNIT-VII
Production of steel from Iron
3 hrs. Variation of Iron , Manufacture of steel, Classification of Steel, carbon Steel,
Stainless steel, Effect of impurities on steel , Heat treatment of Steel.
UNIT-VIII
Alloys
2 hrs. Objectives of alloying , properties of alloys , classification of alloy,
Approximate composition and application of Nickel Steel, chrome steel,
chrome Nickel Steel, Bronze, Brass , Bell metal , Gun Metal, Monel metal,
German silver solder , Pewter type metal , Duralmin , Bearing metal
References
1. Polytechnic Chemistry by V.P.Mehta
2. A text book of Engineering chemistry by M.M.Uppal
3. Inorganic chemistry by P.L.Soni
The Maharaja Sayajirao University of Baroda Polytechnic Department of Petrochemical Technology
Polytechnic, Near Shastri Bridge, Fatehgunj,Vadodara-2 0265-2781983, , www.msubaroda.ac.in
ACADEMIC YEAR
2015-2016
Diploma : Full Time (Regular)
YEAR I AMT 3109: Applied Mathematics – I UA 100
Semester I
COURSE CONTENT / SYLLABUS
UNIT-I
Reorientation
Surds-Definition, Operation and rationalization (Revision) Logarithm-
Change of Base Rule and Examples. Binominal Theorem – (for integral power)
Partial fractions Quadratic Equations: Nature of roots of quadratic equations Progressions: Arithmetic (Revision and Geometric progressions Determinants
Equation of second and third order determinants, Properties, solution of
simultaneous linear equations in two and three unknowns, Consistency condition
Matrices Definition and operation, Transpose, adjoint and Inverse of a matrix, solution of
simultaneous linear equations in two and three unknowns. Complex Numbers
Definition, operation, properties, Cartesian and polar forms, De’movies theorem
and its application.
UNIT-II Limits, continuity(functions of one variable)
UNIT-III
Differentiation and Partial Differentiation
Differentiation
Definition of derivative, differentiation of standard function by first principle, Rule of Differentiation, Differentiation of algebraic, trigonometric, Exponential,
Logarithmic, Implicit functions and Composite functions, Higher order
derivatives, Leibnitz’s Theorem Partial Differentiation
Functions of two variables, Definition of partial derivatives, Euler’s Theorem, Implicit functions and Differentials, Applications (Approximations, Maxima and
Minima)
UNIT-IV
Straight line Inclination and slope of a line, different forms of equations to a straight line (i)
Slope-intercept form (ii) Point-slope form (iii) Two-point form (iv) Intercept form.
General equation of a Straight line, Family of lines. Conditions for concurrency of
lines.
Circle Definition, Equation of a circle with given center and radius, General form of
equation of circle, Equation of a circle when intercepts are given, circle passing
through three points, Equation of chord, Equations of tangents and normal at a point
on a circle.
UNIT-V Reorientation (Trigonometric functions as circular functions)
Addition and Factor formula, Trigonometric functions of multiple and submultiples
angles.
UNIT-VI
Properties of Triangle
Sin formula, Cosine formula, Projection formula, Napier’s analogy, Half-Angle
formulae
REFERENCES
1. Polytechnic Mathematics (Made Easy) (Applied Mathematics) By Manjeet Singh
2. Mathematics for Polytechnic students By S. P. Deshpande
The Maharaja Sayajirao University of Baroda Polytechnic Department of Applied Physics Near Shastri Bridge, Fatehgunj, Vadodara 390002
F. S. F.Y. Diploma in CME, PCT and IT
YEAR I Applied Physics - I Max Marks
50
Semester I
Paper Code: APH3101, APH3102
SYLLABUS
UNIT - I
Introductory Concepts SI system of Units, Errors of measurement, Types of errors, Estimation of errors, Vectors and scalars quantities, Unit vector, and resolution of vectors, scalar and vector products. law of parallelogram(qualitative only)
4
UNIT - II
Mechanics Concept of force, Newton’s laws of motion, Uniform circular motion, centripetal force, concept of momentum and its conservation, angular displacement; velocity; angular momentum, torque, conservation of angular momentum, types of forces: friction, Hooke’s law, tension force, spring force, gravitation and their applications, Work and its units, concept of energy, kinetic and potential energy, work-energy theorem, conservative and non-conservative forces, rotational energy and the concept of moment of inertia, conservation of energy, equivalence of mass and energy-Einstein’s formula, collisions, elastic and inelastic collisions, power
8
UNIT - III
Electricity and magnetism Coulomb's law, electric Field, electric potential, application for single charge and dipole, Gauss' law and its applications, Concept of magnetic field, Ampere's circuital law and its applications(wire, solenoid, toroid), Lorentz force, Faradays law of electromagnetic induction, experiments, Lenz law, self and mutual induction
7
UNIT - IV
Current Electricity Electric current, Ohm's law, resistance, combination of resistances, resistivity, capacitors, parallel plate capacitor, energy stored in capacitor, energy dissipated in resistor, Kirchoff's laws, heating effect of electric current, Wheatstone bridge
5
UNIT - V
Semiconductor Physics Conductors, insulators and semiconductors, types of semiconductors, n-type and p-type semiconductors, p-n junction diode and its characteristics, types of diodes and their applications
4
References
1 Engg. Physics by R.K. Gaur and S.I. Gupta Published by Dhanpat Rai & Sons, Delhi.
2 Physics, Vol 1 and 2 by Resnick, Halliday and Krane 5th Edition, Wiley Publishers
3 Applied physics for diploma courses by G.G.Umrani, M.S.Pawar, and M.A. Sutar. Nirali Publication.
1 | P a g e
THE MAHARAJA SAYAJIRAO UNIVERSITY OF
BARODA
POLYTECHNIC
Department of Petrochemical Technology,
Near Shashtri Bridge, Fatehgunj, Vadodara -02
0265-2783915
ACADEMIC YEAR
2017-2018
2018-19
2019-20
DIPLOMA PCT ENGINEERING (GRANT IN AID)
Year I
COMMUNICATION SKILLS- I
ENG3106
PAPER 50
Semester I
TW+
PRACTICAL
+ VIVA
N.A.
OBJECTIVES: English language has become a dire need to deal successfully in the globalized
and competitive market and hence this course aims at developing the functional
and communicative abilities of the students in English. Proficiency in English is
one of the basic needs of technical students. A technician has to communicate all
the time with peers, superiors, subordinates and clients in his professional life.
Hence this course aims at developing and enhancing speaking, reading and
writing skills of the students, in English with the ultimate goal of enabling them
to perform adequately and usefully in real life situations
COURSE CONTENT / SYLLABUS
UNIT-I STRENTHENING GRAMMAR Teaching
Hours
Articles, Prepositions, Verbs, Tenses, Adjectives, Concord, Error
Analysis
06
UNIT-II DEVELOPING READING SKILLS
06
Reading Comprehension
Developing Vocabulary through Derivation, Conversion and
Compounding
From a seen/unseen passage write single and multiple sentence answers
UNIT-III DEVELOPING WRITING SKILLS
08
Paragraph Writing
Sentence linkers and supporting sentences
Identification and organization of paragraph types
Guided compositions
Writing Letters and Report
Technical report
Reporting workshop jobs- Carpentry, Fitting, Smithy, Tin Smithy
Letter Writing
Letter seeking Permission and Request letter
Letter of Inquiry
UNIT-IV CONSOLIDATING SPEAKING SKILLS 04
2 | P a g e
Dialogue Rendering and Writing
Greeting and taking leave
Introducing self and others
Congratulating and Inviting
Expressing sympathy and offering condolences
REFERENCES
1. Moghe, Rakhi et.al. Developing English Language Skills. Ahmedabad: Gujarat Technical
Publishers.2016.
2. Das, Bikram K. Functional Grammar and Spoken and written Communication in English—ELT
—A student-friendly edition. Kolkata: Orient Blackswan. 2008
3. Rajeevankaral. Oxford English grammar just for you. Oxford.2014
4.
Achar, Deeptha.Barrett, Rajan Dash, Santosh Jain, Charul. Ketkar, Sachin. Mujumdar, Aarti.
English for Academic Purposes Book I Gujarat: University Granth Nirmaan Board.2011.
The Maharaja Sayajirao University of Baroda Faculty/College of Polytechnic,
Department of Mechanical Engineering Near Shastri Bridge, Fatehgunj, Vadodara 390002
Ph: 02652783914-15
email: [email protected]
ACADEMIC YEAR
2017-2018
First Semester of F.Y. D. Mechanical : Diploma
YEAR I ENGINEERING DRAWING - I
MARKS 100(T)+25(TW)
Semester I HOURS 45(L)+60(P)=105
OBJECTIVES:
COURSE CONTENT / SYLLABUS
UNIT-I
Orthographic projections in first and third angle projections
07
UNIT-II
Engineering Curves
08 Simple cycloid, Epi cycloid, Hypo cycloid, Parabola , Involute, Ellipse by concentric
circle method, Arc of circle method , Rectangle method and Parallelogram method.
UNIT-III
Projection of Straight line
09
UNIT-IV
Projection of Plane and Lamina
07
UNIT-V
Projection of Solids
08 Cone, Cylinder, Pyramid: Triangular, Square, Pentagonal, Hexagonal. Prisms:
Triangular, Square, Pentagonal, Hexagonal. Frustum: Cone, Pyramids.
UNIT-VI
Free hand Sketches
02
1. Assembly of Hexagonal Bolt with Hexagonal nut and washer.
a. Types of bolts: Hexagonal headed bolt, Square headed bolt with square neck, T
headed bolt with square neck, Cylindrical or Cheese headed bolt, Cup or Round
headed bolt, hook bolt & Eye bolt.
b. Types of nuts: Hexagonal nut, Square nut, Flanged nut, Cap nut, Dome nut, Ring
nut, Wing nut, Capstan nut.
UNIT-
VII
Free hand Sketches
02
2. Studs and Screws
a. Types of Studs: Collar stud, Square stud.
b. Types of Set Screw: Round or cup headed, cylindrical or cheese, countersunk,
socket, Hexagonal headed, Square headed. End of Screws: Oval, Conical, Flat,
Cap, Half dog, Full dog.
UNIT-
VIII
Free hand Sketches:
02
a. Types of rivets: Snap, Pan, Conical, Countersunk, Fillister, Rounded Countersunk,
Ellipsoid.
b. Types of riveted joints:
1. Lap joint: (I) Single riveted lap joint, (ii) Double riveted lap joint, (iii) Double
riveted (chain type) lap joint, (iv) Double riveted (Zigzag type) lap joint.
2. Butt joint: (I) Single riveted single cover, (ii) Single riveted double cover (iii)
Double riveted single cover, (iv) Double riveted double cover butt joints.
REFERENCES
1. Text book of Engineering Drawing – P.J. Shah
2. Text book of Engineering Drawing – N.D. Bhatt & V.M. Panchal
The Maharaja Sayajirao University of Baroda
College of Polytechnic,
Department of Civil Engineering,
Nr. Shastri Bridge, P.O. Fatehgunj, Vadodara 390 002., 02652783915,
ACADEMIC YEAR
2019-2020
DIPLOMA IN CIVIL ENGINEERING : REGULAR
YEAR F.Y. APM3103: ENGINEERING MECHANICS- I
PAPER 100
T.W. Incl. Viva (LAB)
25
Semester I APM3103L:ENGINEERING MECHANICS- I
HOURS (LECT.) 3/WEEK
HOURS (LAB) 2/WEEK
Objectives To learn and apply Principles of Engineering Mechanics in the various field of
Engineering
Employability/E
ntrepreneurship/
Skill
development
Aspects
The course will create skill development in analysis of various engineering problems.
Course Outcome At the end of the course, the learner will be able to apply Principles of Engineering
Mechanics in the various field of Engineering.
COURSE CONTENT / SYLLABUS
Unit - 1.
INTRODUCTION
01hr Mechanics-static and dynamics. System of units, S.I. Units, M.K.S. units, C.G.S. Units.
Unit - 2.
GENERAL FORCE SYSTEM:
02hrs
Force as a vector, composition and resolution, transmissibility and super position
Unit - 3.
COPLANAR CONCURRENT FORCE SYSTEM. :
08 hrs Composition of forces, the law of parallelogram of forces, law of triangle of forces and law of polygon of forces. Resolution of a force system graphical method as well as analytical method of finding resultant. Coplanar-non-concurrent force system. Resultant of non-concurrent and non-parallel force system.
Unit - 4. EQUILIBRIUM OF FORCE SYSTEM: 04 hrs
Lami’s theorem, resultant and equilibrium of a parallel force system.
Unit - 5.
COPLANAR PARALLEL FORCE SYSTEM
05 hrs Parallel force system, resultant of a parallel force system, equilibrium of a parallel force system. Reaction’s on the supports of beam and trusses.
Unit - 6.
MOMENT OF A FORCE AND COUPLE
03 hrs Moment and couple their destination, properties of a couple.
Unit - 7.
COPLANAR, NON-CONCURRENT AND NON-PARALLEL FORCE SYSTEM
06 hrs The resultant by analytical method and graphical method use of funicular polygon for locating resultant.
Unit - 8.
CENTER OF GRAVITY AND CENTROID
08 hrs Center of gravity and centroid, centroid of thin Laminas of regular shapes, Analytical as well graphical method, Center of gravity of solid and hollow regular shaped bodies, stable unstable and neutral equilibrium, centroid of composite laminas and composite solid bodies.
Unit - 9.
FRICTION
08 hrs Angle of friction, angle of repose, limiting equilibrium, limiting friction, coefficient of friction and laws of friction. Static dynamic rolling friction and sliding friction. Friction along various planes, condition of minimum efforts, study of wedges screws and rolling contacts.
TERM WORK
Students will be required to submit term work based on the course content of the subject.
REFERENCES
1. Applied Mechanics by Dadhe Jamdar & Waghmare
2. Applied Mechanics by S. B Junarkar.
3. Engineering Mechanics by R.S. Khurmi.
