Session: 2020-2021

Name of College: School of Applied & Life Sciences

Name of Department: Chemistry

Program Name: B.Sc. (H) Chemistry

Program Code: 25

Program Educational Objectives- PEO, Program Specific Outcomes- PSO, Program Outcomes-PO, Course Outcomes-CO

Program Educational Objectives (PEO)PEO-

1Appraise the knowledge related to field of chemical sciences.

PEO-2

Lifelong learning leads to opportunities for pursuing higher studies in related

fields.

PEO-3

To provide services in clinical research labs, pharmaceutical labs, health care

labs.

PEO-4

Exposure to activities like Industrial Visits, Workshops and interaction with

industry persons are the important pedagogical activities of the Department.

PEO-5

To provide value based ethical leadership in the professional and social life.

Program Outcomes-(PO)

PO-1 Develop major concepts of all branches of Chemistry applicable for industry, environment and social life.

PO-2 Enhance communication skills by learning and speaking English language and using modern techniques, equipment and computational skills.

PO-3 Compose knowledge about analytical methods and instrumentation techniques, which are used in industry and research organizations.

PO-4 Enhance critical thinking ability and scientific knowledge to analyse the processes and results of chemical reactions.

PO-5Create awareness about chemistry of life by gaining knowledge of biomolecules, chemistry of water, chemistry of plants, animals, environment and green methods employed for sustainable development.

PO-6 Build moral values and confidence level amongst the students by participation in Seminars and in various academic activities.

PO-7Enhance scientific temperament using mathematical tools with lifelong learning to be eligible for higher education and enhancing employability in quality control labs/ Research labs and Industry.

Program Specific Outcomes (PSO)

PSO-1 Demonstrate, solve and understand the major concepts in all chemical fields through theory & practical.

PSO-2Acquire knowledge about the physical & chemical aspects of different elements, atomic structure, state of matter, materials, kinetics, various energy transformations, chemical formulae and solution of numerical problems.

PSO-3 To explain nomenclature, stereochemistry, structures, reactivity, mechanism of chemical reactions and properties of organic compounds

PSO-4 To inculcate mathematical computational, discipline & communication skills with human values and ethics

Semester- 1Course Name: Inorganic Chemistry-ICourse Code (CC): (TBHC-101)TBHC-101

CO-1Acquire knowledge about the basics concepts of Inorganic chemistry for assessing in social welfare

TBHC-101 -CO-2

Recognize the common themes running through ionic, covalent and metallic descriptions of chemical bonding for the effective lifelong learning

TBHC-101 -CO-3

Gain knowledge about the s, p, d, f block elements of periodic table with their atomic properties for the utilization in the social issues.

TBHC-101 -CO-4

Interpret the concept of the redox reactions as well the oxidation state of the atoms in compounds.

TBHC-101 -CO-5

Recognize, formulate and solve chemical problems to manage projects in multidisciplinary environment.

Semester- 1Course Name: Inorganic Chemistry-I LabCourse Code (CC): (PBHC-101)PBHC-101

CO-1Analyze and identify various cations, anions and interfering radicals.

PBHC-101 -CO-2

Appraise about procedure of volumetric analysis, water analysis etc.

PBHC-101 -CO-3

Demonstrate preparation of standard solutions with varying normality and molality.

PBHC-101 -CO-4

Develop the observation and experimental skills

Semester- 1Course Name: Physical Chemistry-ICourse Code (CC): (TBHC-102)

TBHC-102 CO-1

Knowledge of different states of matter such as liquids, solids and gases will be provided and students will be able to differentiate between different phases.

TBHC-102 -CO-2

Illustrate electrolytes, hydrolysis constants, titration, indicators and various other terms that is used in physical chemistry.

TBHC-102 -CO-3

Analyze various problems, describe the ideal and real gases, use Van Der Waals gas equation, use real gas equation etc. which will act as a base for further studies.

TBHC-102 -CO-4

Figure out buffer solutions, vapour pressure, viscosity, surface tension, x- ray diffraction, unit cell and methods for their determination being used in industries and chemicals related fields.

TBHC-102 -CO-5

Learn, recognize, formulate and solve problems of physical chemistry

Semester- 1Course Name: Physical Chemistry-I Lab Course Code (CC): (PBHC-102)PBHC-102

CO-1Knowledge of various properties of matter such as surface tension, viscosity, density etc, will be attained practically.

PBHC-102 -CO-2

Appraise various methods to determine surface tension, pH and understand its effect on varying solutions etc.

PBHC-102 -CO-3

Illustrate buffer solutions, vapour pressure, viscosity, surface tension and methods for their determination being used in industries and chemicals related fields.

PBHC-102 -CO-4

Assess working and recognize basic instruments used in field of physical chemistry.

Semester- 1Course Name: Fundamentals of ComputerCourse Code (CC): (TBHG-103(1))

TBHG-103(1) CO-1

Acquire the knowledge about basic concepts of hardware and software components and the role of these components in professional life as well as in daily life.

TBHG-103(1) -CO-2

Know the difference between DOS and windows operating system.

TBHG-103(1) -CO-3

Solve numerical problems by using binary subtraction, binary addition and interconversion of binary number system.

TBHG-103(1) -CO-4

Analyze the knowledge regarding computer networks, different components of networking and also get to know various internet related concepts

TBHG- Attain knowledge and apply software development models and techniques to

103(1) -CO-5

implement, design, maintain and test a software system

Semester- 1Course Name: Fundamentals of Computer Lab Course Code (CC): (PBHG-103-1)PBHG-103(1)

CO-1Demonstrate and understanding the fundamental of software installation, E- mail account and apply application software in an office environment.

PBHG-103(1) -CO-2

Apply various HTML/CSS tags for creating webpages.

PBHG-103(1) -CO-3

Identify the different types of operating system and their functions. Which will be used in skill development.

PBHG-103(1) -CO-4

Create documents that makes student efficient in the use of word documents, spreadsheets and presentation applications.

Semester- 1Course Name: Operating Systems & Unix Course Code (CC): (TBHG-103(2))TBHG-103(2)

CO-1Illustrate the fundamental computer system components and the basic functions of operating system.

TBHG-103(2) CO-2

Evaluate the requirement for process coordination and process synchronization handled by operating system.

TBHG-103(2) CO-3

Analyze the various features of distributed system like UNIX and Windows.

Semester- 1Course Name: Operating Systems & Unix Lab Course Code (CC): (PBHG-103(2))PBHG-103(2)

CO-1Illustrate the fundamental of windows, DOS operating system and the basic operations of operating system.

PBHG-103(2) CO-2

Analyze and execute the basic commands of windows and Unix operating system.

PBHG-103(2) CO-3

Apply concept of creating new process from parent process

Semester- 1Course Name: English CommunicationCourse Code (CC): (TBEC-104)

TBEC-104 CO-1

Understand the meaning and the process of communication along with its types and barriers.

TBEC-104 CO-2

Develop proficiency in English Language through vocabulary building and correct use of grammar.

TBEC-104 CO-3

Acquire competency in reading and listening by understanding the skills involved and assessing & analyzing literary texts critically.

TBEC-104 CO-4

Form a clear concept of writing style in technical communication and develop technical writing skills.

TBEC-104 CO-5

Develop speaking skills by understanding the basic concepts and enhance proficiency in verbal and non- verbal communication.

Semester- 1Course Name: Educational Visit & ActivityCourse Code (CC): (PBHA-105)PBHA-105

CO-1Enhance social personal and scientific development of students.

PBHA-105 CO-2

Provide unique opportunities for learning by doing.

PBHA-105 CO-3

Encourage students to engage with people places, educational institute and industries in new ways

Semester- 2Course Name: Organic Chemistry-ICourse Code (CC): (TBHC-201)

TBHC-201 CO-1

Demonstrate important terminology in Organic chemistry, Synthesis, Structure of Organic compounds, their classification, nomenclature, hybridization, stereo chemistry and conformation of aliphatic and aromatic hydrocarbons.

TBHC-201 CO-2

Construct Fisher projection, Newmann, Sawhorse formulas and their interconversion. Access Geometrical isomerism, Cis-trans and Syn anti with CIP rules. Interpretation of optical isomerism, specific rotation, chirality and enantiomers with D/L and R/S designations.

TBHC-201 CO-3

Compose chemistry of alkanes, alkenes, alkynes with the help of Wurtz, wurtz-fittig and different addition, elimination, substitution reactions.

TBHC-201 CO-4

Predict types of cycloalkanes, their relative stability and Baeyer strain theory. Create energy diagram of cyclohexane; chair, boat and twist forms with their relative stability.

Semester- 2

Course Name: Organic Chemistry-I Lab Course Code (CC): (PBHC-201)PBHC-201

CO-1Define various organic chemistry problems practically.

PBHC-201 CO-2

Appraise various methods to determine melting point, boiling point, mixture separation etc.

PBHC-201 CO-3

Illustrate thin layer chromatography, organic compound analysis etc.

PBHC-201 CO-4

Assess working of basic instruments used in field of organic chemistry.

Semester- 2Course Name: Physical Chemistry-IICourse Code (CC): (TBHC-202)

TBHC-202 CO-1

An in-depth understanding of the basics of chemical thermodynamics in open, closed and isolated systems, reversible and irreversible processes under isothermal and adiabatic conditions.

TBHC-202 CO-2

Apply the concepts of thermochemistry for the calculation of bond energy, bond dissociation energy and Kirchhoff’s equation.

TBHC-202 CO-3

Introduce the concepts of first, second and third law of thermodynamics, entropy changes in reversible and irreversible processes.

TBHC-202 CO-4

Apply the applications of partial molar quantities, chemical potential and free energy of mixing.

TBHC-202 CO-5

Understanding the phenomenon chemical equilibria and colligative properties.

Semester- 2Course Name: Physical Chemistry-II LabCourse Code (CC): (PBHC-202)PBHC-202

CO-1Knowledge of various properties such as heat of neutralization, enthalpy of hydration, enthalpy of ionization etc. will be attained practically

PBHC-202 CO-2

Appraise methods to determine various properties such as degree of ionization, solubility, Vant Hoff factor etc.

PBHC-202 CO-3

Illustrate working of calorimeter and its use to determine heat of neutralization, heat capacity, enthalpy of hydration etc.

PBHC-202 CO-4

Assess working and recognize basic instruments used in field of physical chemistry.

Semester- 2Course Name: Concepts of ProgrammingCourse Code (CC): (TBHG-203(1))

(TBHG-203(1))CO-1

Create the flowchart and an algorithm to develop C program for any problem.

(TBHG-203(1))CO-2

Solve real time problems by using user defined functions.

(TBHG-203(1))CO-3

Construct any application by applying logics and concepts of C language like conditional statements and iterative statements.

(TBHG-203(1))CO-4

Acquire knowledge about the use of pointers, strings, functions and arrays.

(TBHG-203(1))CO-5

Compose C program and familiar with the concept of structures and unions

Semester- 2Course Name: Concepts of Programming LabCourse Code (CC): (PBHG-203(1))(PBHG-203(1))

CO-1Create the C program for given algorithm and flowchart.

(PBHG-203(1))CO-2

Solve real time problems by using arrays, pointers and structures.

(PBHG-203(1))CO-3

Create any application by applying logics and concepts of C language like derived data types, operators

Semester- 2Course Name: DBMS &Networking ConceptsCourse Code (CC): (TBHG-203(2))(TBHG-203(2))

CO-1Find the key dimensions of the challenge of Database and classify different DBMS services and deployment model.

(TBHG-203(2))CO-2

Create, select, and apply appropriate queries to analyse different type of information.

(TBHG-203(2))CO-3

Analyse the knowledge regarding computer networks, different components of networking and also get to know various internet related concepts.

(TBHG-203(2))CO-4

Evaluate the challenges in building networks and solutions to those

Semester- 2Course Name: DBMS &Networking Concepts LabCourse Code (CC): (PBHG-203(2))

(PBHG-203(2))CO-1

Design ER Model for given requirements and convert the same into database tables

(PBHG-203(2))CO-2

Develop the ability to handle databases of varying complexities

(PBHG-203(2))CO-3

Demonstrate LAN and WAN protocol behavior using Modern Tools.

(PBHG-203(2))CO-4

Analyze data flow between peer to peer in an IP network using Application, Transport and Network Layer Protocols.

Semester- 2Course Name: Environment ScienceCourse Code (CC): (TBES-204)TBES-204

CO-1Master foundational knowledge enabling them to have life –long learning related to one’s surroundings.

TBES-204CO-2

Develop critical thinking skills in relation to environmental affairs and articulate multidisciplinary context of the subject.

TBES-204CO-3

Acquire knowledge about natural resources and assess aesthetic and ethical importance of all the living flora and fauna.

TBES-204CO-4

Interpret and propose solutions for effective management of different types of environmental pollution.

TBES-204CO-5

Keep updated and communicate knowledge regarding social issues and laws related to environment.

Semester- 2Course Name: Human Ethics and Professional ValuesCourse Code (CC): (TBHE-205)TBHE-205

CO-1Recognize the role of ethics in human life and to apply creative thinking to fulfill the aspirations of every human being.

TBHE-205CO-2

Understand the dimension of ethical human conduct and to determine how values can be converted to rules of behavior that can be derived as ethics. To understand the correct appraisal of physical needs.

TBHE-205CO-3

Delineate the difference between respect and differentiation and to analyze the concept of undivided society in real life.

TBHE-205CO-4

Describe how different orders in nature have mutually fulfilling coexistence.

Semester- 3Course Name: Inorganic Chemistry-IICourse Code (CC): (TBHC-301)TBHC-301 Develop basic knowledge of different metallurgical processes and their

CO-1 application related to industry and environment.TBHC-301

-CO-2Gain knowledge of periodic properties of different group and production methods and applications of selected compounds.

TBHC-301 -CO-3

Attain knowledge regarding noble gases and their applications.

TBHC-301 -CO-4

Acquire knowledge of inorganic polymer and their role in society.

TBHC-301 -CO-5

Understand concept of acid and bases with their application in various fields.

Semester- 3Course Name: Inorganic Chemistry-II LabCourse Code (CC): (PBHC-301)PBHC-301

CO-1Understand the experimental concept and principles of Volumetric Analysis.

PBHC-301 CO-2

Develop skills for iodometric and iodimetric estimation and their applications related to industry and environment.

PBHC-301 CO-3

Develop skills in various inorganic preparations

Semester- 3Course Name: Organic Chemistry-IICourse Code (CC): (TBHC-302)

TBHC-302 CO-1

Know, recall and explain the fundamental principles of organic chemistry that include chemical reactions, mechanism and properties in the allied field of sciences to solving the basic problems of industry and environment.

TBHC-302 CO-2

Illustrate Chemical compounds, chemical structures, stereochemistry, and chemical reactions and apply appropriate techniques for lifelong learning skills in society industry.

TBHC-302 CO-3

Develop the skill for designing the multi-step synthesis of organic compounds for the industry, society and Environment. Also develop the solutions of synthesis for scientific problems and communicate effectively.

TBHC-302 CO-4

Apply the contextual knowledge of chemical compounds to assess the health issues.

Semester- 3Course Name: Organic Chemistry-II LabCourse Code (CC): (PBHC-302)PBHC-302

CO-1Ability to carry out any chemical reaction at given condition.

PBHC-302 CO-2

Conducting laboratory techniques including refluxing, distillation, steam distillation, recrystallization and thin layer chromatography and paper

chromatography.PBHC-302

-CO-3Knowledge of right path of synthesis and mechanism and reactivity of functional groups.

Semester- 3Course Name: Physical Chemistry-IIICourse Code (CC): (TBHC-303)TBHC-303

CO-1Apply the concepts of phase equilibria to design a system, component or aqueous chemical process involving ideal and non-ideal systems.

TBHC-303 CO-2

Demonstrate an understanding of the kinetics of chemical reactions by applying integrated rate equations to predict the rate constant for a chemical reaction of different orders.

TBHC-303 CO-3

Develop basic skills in understanding the various methods employed for problem solving in physical chemistry.

TBHC-303 CO-4

Apply above mentioned concepts to identify, analyse and solve the various scientific problems in the broad context of Chemical sciences and Engineering.

Semester- 3Course Name: Physical Chemistry-III LabCourse Code (CC): (PBHC-303)PBHC-303

CO-1Assess critical solution temperature, Initial rate method, Integrated rate method practically.

PBHC-303 CO-2

Appraise methods to determine distribution of acetic/ benzoic acid, Freundlich and Langmuir isotherms, equilibrium by the distribution method etc.

PBHC-303 CO-3

Assess working of basic instruments used in field of physical chemistry.

PBHC-303 CO-4

Illustrate effect of impurities, kinetics of integrated and initial rate method, saponification of ethyl acetate, acid hydrolysis etc.

Semester- 3Course Name: Basic Mathematics and StatisticsCourse Code (CC): TBHG-304(1)TBHG-304(1)

CO-1Enhanced the basics of matrix theory knowledge.

TBHG-304(1)CO-2

Learn to fit series like arithmetic and geometric progression and expansions.

TBHG-304(1)CO-3

Application of the basic concept of differentiation for the development of society, business and industries

TBHG-304(1)CO-4

Learn the basics and application of definite & indefinite integral and their properties.

Semester- 3Course Name: CalculusCourse Code (CC): TBHG-304(2)

TBHG-304(2) CO-1

Acquire the sound knowledge of nth derivatives of the product of two functions, reduction formula. Scientifically and graphically comprehend the nature of function

TBHG-304(2)CO-2

Develop key ideas of Leibnitz rule, learn applications of asymptotes, concavity & point of inflexion in curve tracing to examine the real-world situations.

TBHG-304(2)CO-3

Elaborate the standards of essential to take care of an assortment of fundamental issues such as length of parametric curves, polar co-ordinates in sciences

TBHG-304(2)CO-4

Propose the solution of Dirichlet’s integrals and Liouville’s extension and its formulation.

Semester- 3Course Name: IT Skills for ChemistsCourse Code (CC): TBHC-305(1)TBHC-305(1)

CO-1Solve problems in a range of mathematical applications using the derivative or the integral

TBHC-305(1)CO-2

Create the flowchart and an algorithm to develop BASIC program for any problem.

TBHC-305(1)CO-3

Demonstrate the chemical structures and chemical equations by using chemsketch software.

TBHC-305(1)CO-4

Create graphs and tables that makes student efficient in the use of spreadsheets and presentation applications

Semester- 3Course Name: Analytical Chemistry and ApplicationsCourse Code (CC): TBHC-305(2)TBHC-305(2)

CO-1Knowledge about basic terms used in analytical chemistry and its applications in industrial and domestic field will be acquired.

TBHC-305(2)CO-2

Analyze use of analytical chemistry in determining quality of water, pH of soil, and preservation of food and cosmetics on industrial scale.

TBHC-305(2) Illustrate different water quality parameters and constituents of

CO-3 various cosmetics such as talcum powder used in daily life.

TBHC-305(2)CO-4

Appraise about errors in various processes, indicators and its types, titration and its various types, food preservation process and adulteration in common food items which are used regularly in common households

Semester- 3Course Name: Chemical Technology & SocietyCourse Code (CC): TBHC-305(3)TBHC-305(3)

CO-1Understand the fundamental principle of different analytical methods and instruments.

TBHC-305(3)CO-2

Apply the applications of partial molar quantities, chemical potential and free energy of mixing.

Semester- 3Course Name: Intellectual Property Rights (IPR)Course Code (CC): TBHC-305(4)TBHC-305(4)

CO-1Acquire knowledge about Intellectual property rights, copyrights, trademarks and patents.

TBHC-305(4)CO-2

Appraise about geographical indications, industrial designs, trade secrets and different international agreements including paris convention, Budapest treaty etc.

TBHC-305(4)CO-3

Analyze layout designs of integrated circuits, risks involved in trade secret protection, international design registration, rules for registration of geographical indications etc.

TBHC-305(4)CO-4

Assess introduction and historical perspectives of trade secrets, working of WTO, Madrid protocol, different type of IPs, trademarks, copyrights etc.

Semester- 3Course Name: Analytical Clinical BiochemistryCourse Code (CC): TBHC-305(5)TBHC-305(5)

CO-1Acquire knowledge about structures, properties and functions of carbohydrates, lipids and proteins.

TBHC-305(5)CO-2

Appraise about composition and function of blood, collection of blood and urine samples, formation of urine and its composition, interpretation of data of blood etc.

TBHC-305(5)CO-3

Analyze Krebs cycle, denaturation of proteins, mechanism of enzyme action, biological roles of DNA etc.

TBHC-305(5) Assess effect of pH, temperature on enzyme activity, Structure of

CO-4 DNA (Watson-Crick model) and RNA, biochemical functions of steroid hormones, stereospecificity of enzymes etc.

Semester- 3Course Name: Scientific ActivityCourse Code (CC): PBHS-306

PBHS-306 CO-1

Enhance social personal and scientific development of students.

PBHS-306CO-2

Provide unique opportunities for learning by participation in events such as scientific model, poster, debate etc.

PBHS-306CO-2

Encourage students to engage with people, enhance their communication skill and build confidence

Semester- 4Course Name: Inorganic Chemistry-IIICourse Code (CC): (TBHC-401)

TBHC-401 CO-1

Demonstrate the characteristic features of transition and inner transition elements like colour, magnetic properties, spectra, catalytic properties, chemical reactivity and many other useful properties

TBHC-401CO-2

Explain the valence bond and crystal field theories in the formation of coordination complexes and their magnetic properties, spectra, stability and other important properties.

TBHC-401CO-3

Develop interests and knowledge in the field of metallurgical operations of many useful metals.

TBHC-401CO-4

Understand the role of metals in biological systems and toxicity of some heavy metals in natural environment and living organisms

Semester- 4Course Name: Inorganic Chemistry-III LabCourse Code (CC): (PBHC-401)

PBHC-401 CO-1

Evaluation of inorganic metal and metal oxides present in different inorganic and organometallics, gravimetrically.

PBHC-401CO-2

Apply the chromatographic techniques for the separation of metal ions.

PBHC-401CO-3

Construct some industrially important inorganic complexes in the laboratory using different chemical synthetic methods.

PBHC-401CO-4

Create an interest for the qualitative as well quantitative analysis of inorganic species

Semester- 4

Course Name: Organic Chemistry-IIICourse Code (CC): (TBHC-402)

TBHC-402 CO-1

Understanding of the various concepts regarding reaction mechanism in organic synthesis.

TBHC-402CO-2

Develop knowledge of various types of reactions involved in multinuclear compounds and familiar with aromatic substitution reaction.

TBHC-402CO-3

Introduction of Heterocyclic chemistry, nomenclature and theirsynthesis and reactivity.

TBHC-402CO-4

Knowledge, application and importance of alkaloids in Natural product chemistry.

Semester- 4Course Name: Organic Chemistry-III LabCourse Code (CC): (PBHC-402)

PBHC-402 CO-1

Detection of functional groups and their identification.

PBHC-402CO-2

Knowledge of qualitative analysis and identification of organic compounds.

PBHC-402CO-3

Performing separation of organic compounds using chromatographic techniques like thin layer and paper chromatography

Semester- 4Course Name: Physical Chemistry-IVCourse Code (CC): (TBHC-403)

TBHC-403 CO-1

Appraise the knowledge of basic concepts of electrochemistry viz., resistance, specific resistance, conductance, molar conductance, cell constant, acidity/basicity of solution, degree of dissociation, etc.

TBHC-403CO-2

Understand about strong and weak electrolytes and their behavior in different solvents.

TBHC-403CO-3

Demonstrate an in-depth understanding of Faraday’s law of electrolysis, measurement of EMF, Nernst equation, the rules of oxidation and reduction in half cells.

TBHC-403CO-4

Develop the basic skills in understanding the concepts of diamagnetism and paramagnetism based on the interactions between electrons and the magnetic field.

TBHC-403CO-5

Apply the complete knowledge of various instruments to measure the physical quantities in the field of science, engineering and technology

Semester- 4Course Name: Physical Chemistry-IV LabCourse Code (CC): (PBHC-403)

PBHC-403 CO-1

Assess determination of cell constant, determination of equivalent conductance, degree of dissociation etc.

PBHC-403CO-2

Appraise methods for potentiometric and conduct metric titrations.

PBHC-403CO-3

Assess working of basic instruments used in field of physical chemistry

PBHC-403CO-4

Illustrate comparison of Strong acid vs. strong base, Potassium dichromate vs. Mohr's salt etc.

Semester- 4Course Name: Algebraic MathematicsCourse Code (CC): (TBHG 404(1))TBHG-404(1)

CO-1Create, identify, analyze and solve the problems on function, Limit of a function, and continuity etc.

TBHG-404(1)CO-2

Gain knowledge about formulation of slope or gradient of a straight line, relations.

TBHG-404(1)CO-3

Developed the concept of representation of Venn diagram for algebra of set theory.

TBHG-404(1)CO-4

Enhanced the critical thinking by finding graphical and algebraic solution of system of straight lines.

Semester- 4Course Name: Differential Equations Course Code (CC): (TBHG 404(2))

TBHG-404(2) CO-1

Develop critical thinking by identifying, analysing and afterward evaluate physical conditions whose comportment could defined by ODE’s.

TBHG-404(2)CO-2

Elaborate the use of appropriate techniques such as existence and uniqueness theorems.

TBHG-404(2)CO-3

Propose the solution of higher order differential equations and explain importance of technique’s as Wronskian.

TBHG-404(2)CO-4

Determine the solution and formulation of mathematical models using differential equations.

Semester- 4Course Name: Green Methods in ChemistryCourse Code (CC): (TBHC-405(1))

TBHC-405(1) CO-1

Appraise the role of green synthetic approaches in chemical sciences.

TBHC-405(1)CO-2

Demonstrate the atom economy of any synthetic reaction.

TBHC-405(1)CO-3

Illustrate the role of catalytic reagent in organic synthesis.

TBHC-405(1)CO-4

Evaluate the advances of green reactions over other conventional reactions.

Semester- 4Course Name: Pharmaceutical ChemistryCourse Code (CC): (TBHC-405(2))

TBHC-405(2) CO-1

Interpret basic concepts, ideas and theories related to Pharmaceutical Chemistry. Define routes of drug administration, Dosage forms of drugs and their routes and Principle of drug action.

TBHC-405(2)CO-2

It develops interests and awareness in students for Drug Chemistry related to pharmaceutical chemistry by different examples, theories and explanation which can also be useful for human welfare and applicable in emergency situation.

Semester- 4

Course Name: Chemistry of Cosmetics & PerfumesCourse Code (CC): (TBHC-405(3))

TBHC-405(3) CO-1

Explain the disciplinary concept of the preparation and use various cosmetics products.

TBHC-405(3)CO-2

Evaluate the preparation and applications of essential oils.

TBHC-405(3)CO-3

Illustrate the basic properties and applications of hair dyes and hair shampoo.

Semester- 4

Course Name: Chemistry of FuelsCourse Code (CC): (TBHC-405(4))

TBHC-405(4) CO-1

Learn more about the energy and fuels sources and to know in detail about different kind of fuel and its efficiencies

TBHC-405(4)CO-2

Illustrate various types of fuels and lubricants and prepare for making an intelligent choice for the future regarding the difficult energy choices in the coming time.

TBHC-405(4)CO-3

Define and describe various processes of coal gasification, cracking, manufacturing of biogas.

TBHC-405(4)CO-4

Illustrate t y p e , occurrence and composition of coal, petroleum, biogas and lubricants.

TBHC-405(4)CO-5

Appraise about cloud point, pour point, fire point, synthetic lubricants, clean fuels, cetane number, octane number, knocking, anti-knocking agents etc.

Semester- 4Course Name: PDPCourse Code (CC): (ADP-404)

ADP-404 CO-1 Understand the soft skills and effective professional communication

ADP-404 CO-2 Interview Skills

ADP-404 CO-3 Industrial Etiquette

ADP-404 CO-4 Professional grooming

ADP-404 CO-5 Written English Skills including Presentation and Interview skills.

ADP-404 CO-6Oral Skills, pronunciation, accent, telephonic conversation and listening skill.

Semester- 5Course Name: Organic Chemistry-IVCourse Code (CC): (TBHC-501)

TBHC-501CO-1

Demonstrate knowledge and understanding of life supporting bioorganic molecules such as nucleic acids, proteins, amino acids and enzymes.

TBHC-501CO-2

Recognize the basic needs of biochemical processes and concept of energy in biosystems and representation of formation of energetic molecules and their involvement in biological reactions.

TBHC-501 Apply and incorporate the principles of bio-chemical sciences in

CO-3 practical, real- world situations and problems.

TBHC-501CO-4

Demonstrate knowledge and understanding of analgesics, antipyretics, antibiotics and some natural medicines, their structures and therapeutic applications

Semester- 5Course Name: Organic Chemistry-IV LabCourse Code (CC): (PBHC-501)

PBHC-501CO-1

Estimation of bio-based constituents in living materials.

PBHC-501CO-2

Apply biochemical methods to extract nucleic acids from plant materials.

PBHC-501CO-3

Adapt the biochemical methods in the determination of physical and chemical properties of biomolecules.

PBHC-501CO-4

Examine the performances of enzymes in laboratory conditions

Semester- 5Course Name: Physical Chemistry-VCourse Code (CC): (TBHC-502)

TBHC-502CO-1

Appraise the knowledge of quantum chemistry to solve the Schrödinger equation for simple systems in one to three dimensions and calculate their expectation values and uncertainties.

TBHC-502CO-2

Demonstrate the chemical bonding quantum mechanically with molecular orbital theory.

TBHC-502CO-3

Identify the molecular interactions and structures of compounds by choosing suitable spectroscopic methods and interpreting corresponding data.

TBHC-502CO-4

Compute the physical interpretations and reasoning underlying the mathematical results.

Semester- 5Course Name: Physical Chemistry-V LabCourse Code (CC): (PBHC-502)

PBHC-502CO-1

Assess given vibration-rotation spectrum.

PBHC-502CO-2

Appraise methods to determine the dissociation constant, determine the amount of iron present in a sample, determine the concentrations of KMnO4 and K2Cr2O7 in a mixture etc.

PBHC-502CO-3

Assess working of UV-Vis spectrophotometer.

PBHC-502CO-4

Illustrate verification of Lambert-Beer’s law.

Semester- 5Course Name: Polymer ChemistryCourse Code (CC): (TBHC-503(1))

TBHC-503(1) CO-1

Illustration of basic concepts, ideas and theories related to Polymer chemistry to be introduced and make known to in a simple manner.

TBHC-503(1)CO-2

Develop interests and awareness in students for Polymer chemistry related to Polymers and Polymerization techniques by different examples, reaction and explanation. Describe the important terminology in Polymer chemistry. To explain polymer synthesis and interpretation of structure of Polymers.

TBHC-503(1)CO-3

Compare the properties and application of different polymers such as: polystyrene, nylon, polyester, resins, polyamides, silicon polymers, Teflon etc. Construct this knowledge in different field of research and industrial work.

TBHC-503(1)CO-4

Estimation of enthalpy and entropy of the different polymers and locate polymer nomenclature, functionality, kinetics, crystallization and correlate it to characteristics of the polymers.

Semester- 5Course Name: Polymer Chemistry LabCourse Code (CC): (PBHC-503(1))

PBHC-503(1) CO-1

Appraise about methods to prepare number of polymers such as nylon 66/6, urea-formaldehyde resin etc.

PBHC-503(1)CO-2

Understanding working of various instruments.

PBHC-503(1)CO-3

Learn determination of molecular weight by end group analysis, determination of hydroxyl number of a polymer etc.

Semester- 5Course Name: Molecular Modelling & Drug DesignCourse Code (CC): (TBHC-503(2))

TBHC-503(2) CO-1

Illustrate Basic concepts, ideas and theories related to molecular modelling and drug designing to be introduced and make known to in a simple manner. Develops interests and awareness in students for Drug Chemistry related to molecular modelling by different examples and explanation.

TBHC-503(2)CO-2

Interpret Fields. Bond Stretching. Angle Bending. Introduction to nonbonded interactions. Electrostatic interactions. van der Waals Interactions. Hydrogen bonding in Molecular Mechanics..

TBHC-503(2)CO-3

Evaluate the errors and minimization methods. Computer simulation methods. Simple thermodynamic properties and Phase Space. Boundaries. Analyzing the results of a simulation and estimating Errors.

TBHC-503(2)CO-4

Access molecular Dynamics Simulation Methods.

TBHC-503(2)CO-5

Construct the structure prediction and evaluating a comparative model. Predicting Molecular docking. Structure based ligand design and Drug Discovery, Chemoinformatics – QSAR.

Semester- 5Course Name: Molecular Modelling & Drug Design LabCourse Code (CC): (PBHC-503(2))

PBHC-503(2) CO-1

Sketch the method of preparation selected drug molecule.

PBHC-503(2)CO-2

Illustration of properties and application of different types of drug molecule and medicines.

PBHC-503(2)CO-3

Evaluation the pharmacological activity and its structure activity relation of drug.

Semester- 5Course Name: Chromatographic TechniquesCourse Code (CC): (TBHC-504(1))

TBHC-504(1) CO-1

Explain the disciplinary concept of the most important Solid liquid and gas chromatographic techniques and develop interest among the students about these modern analytical separation techniques.

TBHC-504(1)CO-2

Evaluate the strengths and limitations of the most important chromatographic separation and detection methods in relation to the properties of the sample which is useful to manage future projects in multidisciplinary environments.

TBHC-504(1)CO-3

Illustrate the basic Principal and applications of modern analytical tools like HPLC GC-MS and Ion exchange chromatography which is very useful in the Protection of our environment from toxic heavy metal

ions.

TBHC-504(1)CO-4

Choose and plan the use of suitable chromatographic techniques and very popular solvent extraction technique for actual analytical problems based on a reasonable degree of knowledge of potentially relevant methods.

Semester- 5Course Name: Chromatographic Techniques LabCourse Code (CC): (PBHC-504(1))

PBHC-504(1) CO-1

Performing different separation techniques.

PBHC-504(1)CO-2

Evaluate the ion exchange capacity of different resins by using chromatographic techniques.

PBHC-504(1)CO-3

Identify the number of component present in given mixture by using chromatographic techniques.

PBHC-504(1)CO-4

Separation of inorganic ions by using chromatographic technique.

Semester- 5Course Name: Instrumental Methods of AnalysisCourse Code (CC): (TBHC-504(2))

TBHC-504(2) CO-1

Interpret UV- Visible spectroscopy its basic principle, Laws governing UV Visible spectroscopy, types of electronic transition.

TBHC-504(2)CO-2

Able to describe basic concepts in infrared spectroscopy molecular vibrations with the interaction of matter ,and electromagnetic waves, vibrations of diatomic molecules and vibration modes.

TBHC-504(2)CO-3

Able to describe spectroscopic techniques, basic principles for obtaining UV, IR, NMR and Mass spectra and application of techniques in organic chemistry analysis.

TBHC-504(2)CO-4

Predict the number of proton and carbon NMR signals, splitting pattern in the proton NMR

TBHC-504(2)CO-5

Profound Knowledge of Mass spectroscopy, IR, NMR, helpful in structural determination compounds in organic chemistry.

Semester- 5

Course Name: Instrumental Methods of Analysis LabCourse Code (CC): (PBHC-504(2))

PBHC-504(2) CO-1

Develop the experimental knowledge of handling Ultraviolet/Visible Spectrophotometer in identification of compounds.

PBHC-504(2)CO-2

Enhance skill in interpretation of various functional groups by application of IR spectra.

PBHC-504(2)CO-3

Predict the number of proton and carbon NMR signals, splitting pattern in the proton NMR.

PBHC-504(2)CO-4

Identification of structure of compounds in organic Chemistry with the help of combined exercises of Mass spectroscopy, IR, NMR

Semester- 5Course Name: Novel Inorganic SolidsCourse Code (CC): (TBHC-504(3))

TBHC-504(3) CO-1

Understand the mechanism of solid-state synthesis and technological importance of solid electrolyte.

TBHC-504(3)CO-2

Describe the structure and preparation of nanostructures and nanomaterials and appreciate the bio-inorganic nanomaterials.

TBHC-504(3)CO-3

Explain the importance of composites and the environmental effects on composites.

TBHC-504(3)CO-4

Appraise the usage of solid materials in various instruments, batteries, etc.

Semester- 5Course Name: Novel Inorganic Solids LabCourse Code (CC): (PBHC-504(3))

PBHC-504(3) CO-1

Show and explain the cation exchange method.

PBHC-504(3)CO-2

Various methods to explain the difference of solids and synthesis of hydrogel.

Semester- 5Course Name: Inorganic Materials of Industrial ImportanceCourse Code (CC): (TBHC-504(4))

TBHC-504(4) CO-1

Provides basic knowledge of chemistry of inorganic materials such as silicates, non-silicates, ceramics, cement.

TBHC-504(4)CO-2

Understand the various type of surface coatings, fillers, thinners, enamels, emulsifying agents.

TBHC-504(4)CO-3

Determination of various industrially important chemicals.

TBHC-504(4)CO-4

Explains the general principles and properties of catalysts

Semester- 5Course Name: Inorganic Materials of Industrial Importance LabCourse Code (CC): (PBHC-504(4))

PBHC-504(4) CO-1

Provides structure, preparation, properties and applications of important inorganic materials

PBHC-504(4)CO-2

Illustrate and find the most suitable analytical technique for solving the qualitative and quantitative characterization.

Semester- 5Course Name: Seminar/ Swayam/MOOC CoursesCourse Code (CC): (PBSM-505)

PBSM-505 CO-1

Develop the communication and presentation skill.

PBSM-505CO-2

Enhance skills and build confidence.

Semester- 6Course Name: Inorganic Chemistry-IVCourse Code (CC): (TBHC-601)

TBHC-601CO-1

Understand and identify different organometallic compounds, metal carbonyls and their method of synthesis.

TBHC-601CO-2

Understand the removal process of interfering anions after group-II and identify various types of cations and anions.

TBHC-601CO-3

Learn kinetics and reaction mechanisms of different complexes.

TBHC-601CO-4

Learn concept of multicentre bonding, synergic effect, concept of hapticity etc.

TBHC-601CO-5

Study various organometallic complexes and different processes of their synthesis.

Semester- 6Course Name: Inorganic Chemistry-IV LabCourse Code (CC): (TBHC-601)

PBHC-601CO-1

Analyze and identify various cations, anions and interfering radicals.

PBHC-601CO-2

Appraise about the removal process of interfering anions after group-II and learn various types of detection tests.

PBHC-601CO-3

Demonstrate preparation of number of complexes and use of UV-Vis instrument.

PBHC-601CO-4

Develop the observation and experimental skills.

Semester- 6Course Name: Organic Chemistry-VCourse Code (CC): (TBHC-602)

TBHC-602CO-1

Explain the disciplinary concept of the various organic spectroscopic techniques like FT-IR, NMR, UV and develop interest among the students about these modern spectroscopic techniques.

TBHC-602CO-2

Evaluate the basic chemistry of a very important organic compound carbohydrate and Estimate its various important properties which is very helpful to handle the future projects related to this field.

TBHC-602CO-3

Illustrate the basic Principal and applications of various organic chemistry dyes which is very useful in the Protection of our environment from toxic Dyes.

TBHC-602CO-4

Develop the basic disciplinary knowledge about the polymers, their classification and basic polymerization methods and develop problem solving ability to solve the problem relating to basic polymerization method.

Semester- 6Course Name: Organic Chemistry-V LabCourse Code (CC): (PBHC-602)

PBHC-602CO-1

Develop some basic polymer in lab using available standard method.

PBHC-602CO-2

Diagnose the presence of carbohydrate in given organic sample.

PBHC-602CO-3

Analyze the structure of given organic compound by using provide spectra of compound.

PBHC-602CO-4

Identify the presence of reducing and non-reducing sugar in given organic compound

Semester- 6Course Name: Green ChemistryCourse Code (CC): (TBHC-603(1))

TBHC-603(1)CO-1

Develop a clear understanding of concept and principles of green chemistry and green chemistry in sustainable development

TBHC-603(1)CO-2

Design a greener, efficient and low-cost chemical process instead of other conventional non-convenient processes.

TBHC-603(1)CO-3

Develop a new synthetic greener approach for organic, inorganic and polymeric compounds.

TBHC-603(1)CO-4

Understand multifunctional reagents, combinatorial green chemistry, and proliferation of solvent less reactions.

Semester- 6Course Name: Green Chemistry LabCourse Code (CC): (PBHC-603(1))

PBHC-603(1)CO-1

Illustration of atom economy of a synthetic reaction.

PBHC-603(1)CO-2

Apply the microwaves and light energy for the transformation of organic compounds.

PBHC-603(1)CO-3

Adapt the greener technologies in the manufacturing and extraction of organic chemicals.

PBHC-603(1) Examine the product yield and efficiency of a synthetic reaction

CO-4 in water and other green solvents.

Semester- 6Course Name: Industrial Chemicals and EnvironmentCourse Code (CC): (TBHC-603(2))

TBHC-603(2)CO-1

Know the various techniques used in Industries like in production of gases, handling of various gases,and manufacture of Chemicals.

TBHC-603(2)CO-2

Understand and development of various metallurgical processes.

TBHC-603(2)CO-3

Learn major cause of environmental pollution, related problem of global warming and its method of control.

TBHC-603(2)CO-4

Learn the various sources of energy (coal, petrol and natural gases) nuclear disaster and its management

Semester- 6Course Name: Industrial Chemicals and Environment LabCourse Code (CC): (PBHC-603(2))

PBHC-603(2)CO-1

Overall course objective is to give knowledge and confidence to students in the area of water analysis, bio-indicators and in inorganic preparation.

PBHC-603(2)CO-2

Acquire knowledge of handling the equipment and laboratory experiments.

PBHC-603(2)CO-3

Course content is very useful in skill development as well as in employability.

Semester- 6Course Name: Advance SpectroscopyCourse Code (CC): (TBHC-604)

TBHC-604CO-1

Interpret UV- Visible spectroscopy its basic principle, Laws governing UV Visible spectroscopy, types of electronic transition.

TBHC-604CO-2

Able to describe basic concepts in infrared spectroscopy molecular vibrations with the interaction of matter, and electromagnetic waves, vibrations of diatomic molecules and vibration modes.

TBHC-604CO-3

Able to describe spectroscopic techniques, basic principles for obtaining UV, IR, NMR and Mass spectra and application of techniques in organic chemistry analysis.

TBHC-604CO-4

Predict the number of proton and carbon NMR signals, splitting pattern in the proton NMR

TBHC-604CO-5

Profound Knowledge of Mass spectroscopy, IR, NMR, helpful in structural determination compounds in organic Chemistry

Semester- 6

Course Name: Advance Spectroscopy LabCourse Code (CC): (PBHC-604)

PBHC-604CO-1

Develop the experimental knowledge of handling Ultraviolet/Visible Spectrophotometer in identification of compounds.

PBHC-604CO-2

Enhance skill in interpretation of various functional groups by application of IR spectra.

PBHC-604CO-3

Predict the number of proton and carbon NMR signals, splitting pattern in the proton NMR

PBHC-604CO-4

Identification of structure of compounds in organic chemistry with the help of combined exercises of Mass spectroscopy, IR, NMR.

Semester- 6Course Name: DissertationCourse Code (CC): (DBHC-604)

DBHC-604CO-1

Develop the communication and presentation skill.

DBHC-604CO-2

Enhance skills and build confidence.

DBHC-604CO-3

Learn to write thesis and research paper.

Semester- 6Course Name: Aptitude and Reasoning SkillCourse Code (CC): (ADP-605)

ADP-605CO-1

Recall formulate, demonstrate various principles involved in solving mathematical problems there by reducing the time taken for performing

job function.

ADP-605CO-2

Interpret quantitative information (formulas graphs, tables, models) and draw implication from them.