Murud

Sr. No	COURSE NAME	COURSE CODE	COURSE OUTCOME
F.Y.B.Sc. (General Science)
1	Chemistry-I	USCH101	CO1	Learner will able to acquire the skills to apply the First Law of Thermodynamics, calculate solution concentrations, and solve numerical problems in chemical thermodynamics.
			CO2	Learner will be able to understand comprehensive knowledge of atomic structure, covering historical models, quantum mechanics principles of Hydrogen atom.
			CO3	Understand Periodic Table, classification of elements; understand periodic trends and solving numerical problems related to atomic properties.
			CO4	Learner will able to classifying and naming organic compounds, including alkanes, alkenes, alkynes, haloalkanes, alcohols, ethers, aldehydes, ketones, carboxylic acids, and their derivatives.
			CO5	Understand hybridization of carbon, nitrogen, and oxygen, understand atomic orbital overlaps forming sigma and pi bonds, and analyze molecular shapes in organic compounds.
			CO6	Learner will understand electronic effects like inductive, electrometric, resonance, and mesmeric effects, along with dipole moments and organic acids-bases.
2	Chemistry-II	USCH102	CO1	Learner will able to understand the basics of Chemical Kinetics, including reaction rates, order determination, temperature effects, and activation energy calculation using Arrhenius equation.
			CO2	Understand liquid properties: surface tension, viscosity, refractive index, and liquid crystals, incorporating determination methods and practical applications.
			CO3	Understand Main Group Elements' properties: metallic/non-metallic, oxidation states, allotropy
			CO4	Able to analyze compounds (NaHCO3, Na2CO3, CaO, CaCO3) and environmental impacts.
			CO5	Students will master stereochemistry concepts, encompassing projection formulae, geometrical isomerism, and optical isomerism with an emphasis on configurations and stability.
3	Botany-I Plant Diversity – I	USBO101	CO1	To understand the salient features of major groups of algae, their life cycle patterns with a suitable example; to be able to identify them.
			CO2	Evaluate ecological and economic roles and analyse their applications in different aspects.
			CO3	To learn the general characteristics and classification of two major groups of fungi along with life cycles of each group; to be able to identify them.
			CO4	Recognize general features of liverworts. To understand the salient features of liverworts, their life cycle patterns with a suitable example; to be able to identify them.
4	Botany-II Form and Functions- I	USBO102	CO1	Students will demonstrate a comprehensive understanding of the general structure of plant cells.
			CO2	Students will analyze the ultrastructure and functions of key cell organelles, such as the endoplasmic reticulum and chloroplasts, emphasizing their roles in protein synthesis, lipid metabolism, and photosynthesis.
			CO3	Students will be able to explain energy pyramids and understand the flow of energy in ecosystems.
			CO4	Students will differentiate between aquatic and terrestrial ecosystems, identifying key characteristics and adaptations of organisms in these environments.
5	Physics-I Classical Physics	USPH101	CO1	Apply Newton’s laws for the calculations of the motion of simple systems.
			CO2	Use Work and Energy equivalence and its applications through suitable numerical.
			CO3	Use Elasticity, Viscosity and Fluid dynamics in daily life.
			CO4	Understand Real gases and validity of the laws of thermodynamics.
			CO5	Demonstrate quantitative problem solving skills in all the topics covered.
6	Physics-II Modern Physics	USPH102	CO1	Understand nuclear properties, nuclear behavior and various types of nuclear reactions.
			CO2	Understand the concept of radioactivity, its applications and different types of equilibria in radioactive elements.
			CO3	Understand various types of nuclear detectors and their applications.
			CO4	Demonstrate and understand the quantum mechanical concepts.
			CO5	Demonstrate quantitative problem solving skills in all the topics covered
7	Zoology-I Wonders of Animal World, Biodiversity and its Conservation	USZO101	CO1	Curiosity will be ignited in the mind of learners.
			CO2	To know more about the fascinating world of animals which would enhance their interest and love for the subject of Zoology
			CO3	Learners would appreciate treasure of Biodiversity, its importance and hence would contribute their best for its conservation
			CO4	Understand the concept of Hotspot, biodiversity values, threats to biodiversity, conservation and management of
			CO5	biodiversity Apply the knowledge of conservation and conserve locally found flora and fauna
			CO6	Appreciate and identify the biodiversity hotspots and interrelate conservation with climate change
			CO7	Minds of learners would be impulse to think differently and would be encouraged ipso facto to their original crude ideas from the field of biological sciences
8	Zoology-II Instrumentation and Animal Biotechnology	USZO102	CO1	Learners would work safely in the laboratory and avoid occurrence of accidents (mishaps) which will boost their scholastic performance and economy in use of materials/chemicals during practical sessions.
			CO2	Calculate the concentration of solutions.
			CO3	Calculate central tendencies of group and ungroup data.
			CO4	Comprehend the data and also prepare correct graphical presentation for it.
			CO5	Learners would understand recent advances in the subject and their applications for the betterment of mankind; and that the young minds would be tuned to think out of the box.
			CO6	Describe types of transgenesis methods, gene herapy, principle of DNA finger printing and its applications and application of biotechnology in animal husbandry and Medicine.
			CO7	Students will be skilled to select and operate suitable instruments for the studies of different components of Zoology of this course and also of higher classes including research.
			CO8	Understand the principle and working of various basic laboratory instruments like microscope, pH meter, centrifuge etc.
			CO9	Compare and contrast between different types of centrifuges and calculate the Rf values in different chromatography (adsorption and thin layer)
F.Y.B.Sc. (Computer Science)
9	Digital Systems & Architecture	USCS101	CO1	To learn about how computer systems work and underlying principles
			CO2	To understand the basics of digital electronics needed for computers
			CO3	To understand the basics of instruction set architecture for reduced and complex instruction sets
			CO4	To understand the basics of processor structure and operation
			CO5	To understand how data is transferred between the processor and I/O devices
10	Introduction to Programming with Python	USCS102	CO1	Ability to store, manipulate and access data in Python.
			CO2	Ability to implement basic Input / Output operations in Python.
			CO3	Ability to define the structure and components of a Python program.
			CO4	Ability to learn how to write loops and decision statements in Python.
			CO5	Ability to learn how to write functions and pass arguments in Python.
			CO6	Ability to create and use Compound data types in Python.
11	LINUX Operating System	USCS103	CO1	Work with Linux file system structure, Linux Environment.
			CO2	Handle shell commands for scripting, with features of regular expressions, redirections.
			CO3	Implement file security permissions.
			CO4	Work with vi, sed and awk editors for shell scripting using various control structures.
			CO5	Install softwares like compilers and develop programs in C and Python programming languages on Linux Platform.
12	Open Source Technologies	USCS104	CO1	Differentiate between Open Source and Proprietary software and Licensing.
			CO2	Recognize the applications, benefits and features of Open-Source Technologies.
			CO3	Gain knowledge to start, manage open-source projects.
13	Discrete Mathematics	USCS105	CO1	Define mathematical structures (relations, functions, graphs) and use them to model real life situations.
			CO2	Understand, construct and solve simple mathematical problems.
			CO3	Solve puzzles based on counting principles.
			CO4	Provide basic knowledge about models of automata theory and the corresponding formal languages.
			CO5	Develop an attitude to solve problems based on graphs and trees, which are widely used in software
14	Descriptive Statistics	USCS106	CO1	Organize, manage and present data.
			CO2	Analyze Statistical data using measures of central tendency and dispersion.
			CO3	Analyze Statistical data using basics techniques of R.
			CO4	Study the relationship between variables using techniques of correlation and regression.
15	Soft Skills Development	USCS107	CO1	Learners will be able to understand the importance and types soft skills
			CO2	Learners will develop skills for Academic and Professional Presentations.
			CO3	Learners will able to understand Leadership Qualities and Ethics.
			CO4	Ability to understand the importance of stress management in their academic & professional life.
F.Y.B.A.F. and F.Y.B.M.S
16	Financial Accounting - Elements of Financial Accounting-I	---	CO1	Understand Accounting Standards - Concepts, Benefits, and Procedures.
			CO2	Proficient in Inventory Valuation, AS-2, including FIFO and Weighted Average Methods.
			CO3	Master AS-9 for Revenue Recognition - Scope, Exclusions, and Disclosures.
			CO4	Apply Inventory Valuation Methods - Compute values under AS-2 for various scenarios.
			CO5	Apply Accounting Principles in Final Accounts and Departmental Accounting.
17	Cost Accounting - Introduction and Elements of Cost-I	---	CO1	Understand basics of Cost Accounting, including evolution, objectives, and distinctions from Financial Accounting.
			CO2	Master fundamental concepts: Cost, Costing, and Cost Accounting. Comprehend cost classification and allocation methods.
			CO3	Acquire proficiency in Material Cost Management, covering control procedures, documentation, and stock management.
			CO4	Gain insights into Labour Cost concepts, composition, records, and management of overtime, idle time, and incentive schemes.
18	Financial Management - Introduction to Financial Management - I	---	CO1	Understand foundations of financial management, including objectives and the distinction between profit and value maximization.
			CO2	Grasp valuation concepts, emphasizing time value of money, present value, internal rate of return, bonds and stock returns, annuity, and discounting/compounding techniques.
			CO3	Comprehend leverage, covering EBIT & EPS analysis, and types (operating, financial, composite), and their relationship.
			CO4	Understand types of financing (long term, medium term, short term), sources, and basics of cost of capital, including WACC.
19	Business Communication- I	---	CO1	Grasp communication foundations, including theory, processes, and technological impact in the corporate world.
			CO2	Analyze communication channels, objectives, and methods, distinguishing between formal and informal channels.
			CO3	Explore obstacles to communication in the business world, identifying and overcoming barriers. Understand the importance of listening skills.
			CO4	Introduce the concept of business ethics, emphasizing interpretation, importance, personal integrity, and corporate social responsibility.
20	Commerce- Business Environment - I	---	CO1	Grasp Business Environment Dynamics and conduct analysis using PESTEL and SWOT methods.
			CO2	Explore Business Ethics, Entrepreneurship's role in Economic Development, and Consumer Protection.
			CO3	Examine Contemporary Business Issues, including CSR, Corporate Governance, Social Audit, and the intersection of ecology and business.
			CO4	Analyze the International Business Environment, including strategies for going global and the impact of MNCs, TNCs, WTO, and Foreign Trade on India.
21	Business Economics - I	---	CO1	Grasp Business Economics scope, tools, and apply Marginal Analysis.
			CO2	Analyze Demand, including Demand Function, elasticity, and forecasting.
			CO3	Examine Supply, Production, Cost concepts, and Break-even analysis.
			CO4	Explore Market Structures: Perfect competition, Monopoly, Monopolistic competition, Oligopoly.
			CO5	Analyze Pricing Practices, including cost-oriented methods, through real-life case studies.
22	Introduction to Financial Accounts	---	CO1	Understand the scope and need for Accounting, its branches, and objectives.
			CO2	Comprehend Accounting Principles, Concepts, and the introduction to Accounting Standards and IFRS.
			CO3	Demonstrate knowledge of Accounting Transactions, including the accounting cycle, journal entries, subsidiary books, and bank reconciliation.
			CO4	Apply Depreciation Accounting principles, prepare Trial Balance and Final Accounts, and understand the rectification of errors and presentation in horizontal format.
23	Business Law	---	CO1	Understand Essential Elements of Contracts: Agreement, Capacity, Consent, Consideration, Lawful Objects, and Remedies for Breach under the Contract Act, 1872.
			CO2	Grasp Sale of Goods Act, 1930 essentials: Sale and Agreement to sell, Conditions, Warranties, Implied Conditions, and Warranties, and Rights of an unpaid seller.
			CO3	Comprehend Negotiable Instrument Act, 1881 characteristics and types of negotiable instruments, including Promissory note, Bills of exchange, Cheque, and Dishonor of Cheque.
			CO4	Understand basics of Company Law: Company definition, Incorporation, MOA, AOA, Prospectus, Meetings, and transfer/transmission of shares.
24	Business Statistics	---	CO1	Understand the Functions, Scope, Importance, and Limitations of Statistics.
			CO2	Analyze Data: Relevance, Types (Primary & Secondary), Collection Methods, and Sources.
			CO3	Demonstrate skills in the Presentation of Data using Classification, Frequency Distribution, Tabulation, and various Graphical Representations.
			CO4	Apply Measures of Central Tendency: Mean, Median, and Mode, including comparative analysis.
			CO5	Apply Measures of Dispersion, Co-Relation, and Linear Regression, including Range, Quartiles, Standard Deviation, Co-Efficient, Karl Pearson, Rank Co-Relation, and Least Square Method.
25	Foundation of Human Skills	---	CO1	Understand Individual Behavior: Concept of a person, individual differences, and environmental influences.
			CO2	Comprehend Personality and Attitude: Determinants, traits theory, attitudes in organizational behavior, and ways to change attitudes.
			CO3	Analyze Thinking, Learning, and Perceptions: Thinking skills, managerial skills, learning theories, intelligence types, and perceptual errors in decision-making.
			CO4	Introduce Group Behavior: Group dynamics, team effectiveness, goal setting, power, politics, conflicts, and resolution strategies.
26	Foundation Course -I	---	CO1	To explain the demographic composition of India having regard to Language, Religion, and Gender etc.
			CO2	To study stratified reasons as to differences and women problems.
			CO3	To analyses the fundamental duties of Indian citizen specified in Indian Constitution.
			CO4	To learn hierarchy of local self-government and amendment to the same.

Sr.No	COURSE NAME	COURSE CODE	Course Outcome
F.Y.B.Sc. (General Science)
1	Chemistry-I	USCH201	CO1	To understand the kinetic theory of gases, ideal gas laws, deviations, compressibility factors, and critical phenomena, solving numerical problems as needed.
			CO2	Students will grasp conductance concepts, concentration-dependent behavior, reversible electrodes, standard electrode potential, Galvanic cells, and cell emf, solving relevant numerical problems.
			CO3	Learner will understand the second law of thermodynamics, entropy, free energy, equilibrium constants, and their thermodynamic derivations, solving numerical problems as needed.
			CO4	Students will proficiently Understand qualitative analysis, testing gaseous evolutes, and interpreting precipitation equilibria, including the impact of ions and chemical reactions.
			CO5	Learner will Understand acid-base theories, solvent-solute concepts, and practical applications, gaining insight into diverse chemical scenarios across seven sessions.
			CO6	Learn about Carbon-Carbon sigma bonds, alkane formation (Wurtz, Wurtz-Fittig), and free radical halogenation, enhancing understanding and application.
2	Chemistry-II	USCH202	CO1	Understand strong/weak electrolytes, ionization, dissociation constants, pH scale, buffer solutions, Henderson equation derivation, and able to solve numerical problem.
			CO2	Learn photochemical laws, quantum yield, primary/ secondary processes, and reactions with examples. Explore photosensitizers, fluorescence, phosphorescence, chemiluminescence, with numerical problem-solving proficiency.
			CO3	Comprehend electromagnetic radiation, spectrum, Planck's equation, and its interaction with matter. Understand absorption, emission, scattering, transitions, and Beer-Lambert's law with numerical problem-solving proficiency.
			CO4	Learner will able to understand chemical bond types, ionic-covalent comparisons, Fajan's Rule, molecular shapes, Lewis structures, Sidgwick Powell Theory, and VSEPR theory & applications.
			CO5	Understand Master reduction potentials, half-reactions, and balancing redox equations. Apply redox chemistry, including I2 and KMnO4 in volumetric analysis.
			CO6	learn cycloalkanes, their stability, Baeyer strain theory. Analyze cyclohexane conformations (chair, boat, twist boat) and relative stability with energy diagrams.
			CO7	Understand aromaticity, Hückel's rule, electrophilic substitution mechanisms, and directing effects of groups with relevant examples.
3	Botany-I Plant Diversity – I	USBO201	CO1	To understand the salient features of gymnosperm, their life cycle patterns with a suitable example; to be able to identify them.
			CO2	Explore the evolutionary aspects of ferns, gymnosperms and angiosperms. Stellar Evolution
			CO3	Examine the morphological features of leaves and inflorescences in Gymnosperms and Angiosperms.
			CO4	Investigate the structure and adaptations of leaves in Angiosperms,
			CO5	Evaluate the economic importance of Gymnosperms, specifically understanding their roles in various industries or ecosystems.
4	Botany-II Form and Functions- I	USBO202	CO1	Recognize and differentiate between simple and complex tissues, and comprehend the primary structures of dicot and monocot roots, stems, and leaves.
			CO2	comprehensive understanding of the light reactions, photolysis of water, photophosphorylation (cyclic and non-cyclic), and the carbon fixation phase, including C3, C4, and CAM pathways
			CO3	Identify and describe various types of epidermal hairs, such as trichrome, and compare the characteristics of monocot and dicot stomata.
			CO4	Differentiate between primary and secondary metabolites, and analyze the botanical sources, active constituents, and medicinal uses of specified plants.
5	Physics-I Optics-I	USPH201	CO1	Understand the concept of lens, lens defects and their minimization
			CO2	Significance of combination of lenses implied to eye piece of optical instrument.
			CO3	Understand interference of light with few well known daily life examples.
			CO4	Understand Lasers and Optical fibers, their applications in day to day life.
6	Physics-II Electricity And Electronics	USPH202	CO1	Understand the basic concepts of Alternating current theory, AC bridges and Circuit Theorems.
			CO2	Understand the basics of Analog and Digital Electronics and apply them in real life situations.
			CO3	Demonstrate quantitative problem solving skills in all the topics covered.
7	Zoology-I Ecology and Wildlife Management	USZO201	CO1	Acquire knowledge and understanding of relationship, distribution, abundance of organism in an environment and understand and explain the major ecological concepts of energy flow, Bio-geochemical cycles, population and community
			CO2	Learn about interrelationship between organism in population and communities, structural adaptation and functional adjustment of organism to their physical environment.
			CO3	Calculate Natality, Mortality and fecundity of a population and identify different population graphs and survivorship curves.
			CO4	Apply scientific knowledge of ecology to analyse social and environmental issues
			CO5	Acquire knowledge and understanding of relationship, distribution, abundance of organism in an environment and understand and explain the major ecological concepts of energy flow, Bio-geochemical cycles, population and community.
			CO6	Learn about interrelationship between organism in population and communities, structural adaptation and functional adjustment of organism to their physical environment.
			CO7	Calculate Natality, Mortality and fecundity of a population and identify different population graphs and survivorship curves.
			CO8	Compare and contrast between different types of centrifuges and calculate the Rf values in different chromatography (adsorption and thin layer)
8	Zoology-II Nutrition, Public Health and Hygiene	USZO202	CO1	Learners would work safely in the laboratory and avoid occurrence of accidents (mishaps) which will boost their scholastic performance and economy in use of materials/chemicals during practical sessions.
			CO2	Calculate the concentration of solutions.
			CO3	Calculate central tendencies of group and ungroup data.
			CO4	Comprehend the data and also prepare correct graphical presentation for it.
			CO5	Learners would understand recent advances in the subject and their applications for the betterment of mankind; and that the young minds would be tuned to think out of the box.
			CO6	Describe types of transgenesis methods, ene therapy, principle of DNA finger printing and its applications and application of biotechnology in animal husbandry and Medicine.
			CO7	Understand the principle and working of various basic laboratory instruments like microscope, pH meter, centrifuge etc.
			CO8	Compare and contrast between different types of centrifuges and calculate the Rf values in different chromatography (adsorption and thin layer)
F.Y.B.Sc. (Computer Science)
9	Design & Analysis of Algorithms	USCS201	CO1	Students should be able to understand and evaluate efficiency of the programs that they write based on performance of the algorithms used.
			CO2	Students should be able to appreciate the use of various data structures as per need
			CO3	To select, decide and apply appropriate design principle by understanding the requirements of any real life problems
10	Advanced Python Programming	USCS202	CO1	Ability to implement OOP concepts in Python including Inheritance and Polymorphism.
			CO2	Ability to work with files and perform operations on it using Python.
			CO3	Ability to implement regular expression and concept of threads for developing efficient Program.
			CO4	Ability to implement exception handling in Python applications for error handling.
			CO5	Knowledge of working with databases, designing GUI in Python and implement networking in Python.
11	Introduction to OOPs using C++	USCS203	CO1	Work with numeric, character and textual data and arrays.
			CO2	Understand the importance of OOP approach over procedural language.
			CO3	Understand how to model classes and relationships using UML.
			CO4	Apply the concepts of OOPS like encapsulation, inheritance and polymorphism.
			CO5	Handle basic file operations.
12	Database Systems	USCS204	CO1	To appreciate the importance of database design.
			CO2	Analyze database requirements and determine the entities involved in the system and their relationship to one another.
			CO3	Write simple queries to MySQL related to String, Maths and Date Functions.
			CO4	Create tables and insert/update/delete data, and query data in a relational DBMS using MySQL commands.
			CO5	Understand the normalization and its role in the database design process.
			CO6	Handle data permissions.
			CO7	Create indexes and understands the role of Indexes in optimization search.
12	Calculus	USCS205	CO1	Develop mathematical skills and enhance thinking power of learners.
			CO2	Understand mathematical concepts like limit, continuity, derivative, integration of functions, partial derivatives.
			CO3	Appreciate real world applications which uses the learned concepts.
			CO4	Skill to formulate a problem through Mathematical modelling and simulation
13	Statistical Methods	USCS206	CO1	Calculate probability, conditional probability and independence.
			CO2	Apply the given discrete and continuous distributions whenever necessary.
			CO3	Define null hypothesis, alternative hypothesis, level of significance, test statistic and p value.
			CO4	Perform Test of Hypothesis as well as calculate confidence interval for a population parameter for single sample and two sample cases.
			CO5	Apply non-parametric test whenever necessary.
			CO6	Conduct and interpret one-way and two-way ANOVA.
14	E-Commerce & Digital Marketing	USCS207	CO1	Understand the core concepts of E-Commerce.
			CO2	Understand the various online payment techniques
			CO3	Understand the core concepts of digital marketing and the role of digital marketing in business.
			CO4	Apply digital marketing strategies to increase sales and growth of business
			CO5	Apply digital marketing through different channels and platforms
			CO6	Understand the significance of Web Analytics and Google Analytics and apply the same
F.Y.B.A.F AND F.Y.B.M.S
15	Financial Accounting - Special Accounting Areas - II	---	CO1	Accounting from Incomplete Records: Problems on Final Accounts (Conversion Method).
			CO2	Consignment Accounts: Transactions, Stock Valuation, Invoicing (Excluding Overriding Commission, Losses).
			CO3	Branch Accounts: Meaning, Classification, Accounting for Dependent Branch (Debtors and Stock Methods).
			CO4	Fire Insurance Claims: Computation of Loss of Stock by Fire, Ascertainment of Claim as per the Insurance Policy (Exclude: Loss of Profit and Consequential Loss).
16	Auditing - Introduction and Planning - I	---	CO1	Understand Basics of Auditing: Financial Statements, Users of Financial Information, Objectives of Auditing.
			CO2	Recognize Concepts, Reasons, and Types of Errors and Frauds in Auditing; Understand Auditor’s Duties in Fraud Cases.
			CO3	Explore Principles of Audit: Integrity, Objectivity, Independence, Confidentiality, and other key aspects.
			CO4	Learn Types of Audit: Balance Sheet, Interim, Continuous, Concurrent, and grasp Advantages/Disadvantages of Independent Audit.
			CO5	Comprehend Audit Planning, Procedures, and Documentation: Audit Programme, Working Papers, Test Check, Audit Sampling, Internal Control, and Internal Audit.
17	Taxation - Indirect Taxes - I	---	CO1	Understand key definitions in the MVAT Act.
			CO2	Comprehend the incidence of tax and related sections.
			CO3	Demonstrate knowledge of tax payment and recovery processes.
			CO4	Understand set-off, refund, and related provisions.
			CO5	Gain insights into MVAT registration procedures.
18	Business Communication - II	---	CO1	Demonstrate principles of effective presentation, including the use of OHP and transparencies.
			CO2	Exhibit knowledge in group communication, interviews, meetings, conferences, and public relations.
			CO3	Master business correspondence, covering letters of inquiry, complaints, claims, adjustments, sales letters, promotional materials, consumer grievance letters, and RTI Act letters.
			CO4	Develop language and writing skills, including understanding report parts, types, feasibility reports, and investigative reports.
19	Business Law - Business Regulatory Framework - I	---	CO1	Nature and classification of contracts.
			CO2	Sale of Goods Act 1930: Contract formation, goods, conditions, warranties, and transfer of properties.
			CO3	Negotiable Instrument Act 1881: Definitions, features, types of instruments, and dishonor.
			CO4	Consumer Protection Act 1986: Salient features, consumer definition, and deficiency in services.
20	Business Mathematics	---	CO1	Understanding of ratio, continued ratio, and inverse ratio.
			CO2	Proficiency in profit and loss calculations, including trade discount, cash discount, and commission.
			CO3	Competency in interest calculations, both simple and compound, and understanding annuity concepts.
			CO4	Knowledge of shares, including concepts like face value, market value, dividends, and basic calculations for mutual funds.
20	Principles of Marketing	---	CO1	Understanding of marketing fundamentals such as the 4P's and 4C's, and differentiation from selling.
			CO2	Knowledge of marketing environment analysis, research methods, and factors influencing consumer behavior.
			CO3	Familiarity with marketing mix elements, product lifecycle, branding, pricing strategies, and distribution channels.
			CO4	Awareness of segmentation, targeting, positioning strategies, emerging trends like e-marketing, and social marketing.
21	Industrial Law	---	CO1	Understanding of industrial relations laws including the Industrial Disputes Act, 1947, and the Trade Union Act, 1926.
			CO2	Knowledge of health, safety, and welfare laws such as the Factory Act, 1948, and the Workmen's Compensation Act, 1923.
			CO3	Familiarity with social legislation including the Employee State Insurance Act, 1948, and the Employees Provident Fund.
			CO4	Awareness of compensation management laws like the Payment of Wages Act, 1948, Payment of Bonus Act, 1965, and the Payment of Gratuity Act, 1972.
22	Business Mathematics	---	CO1	To understand of elementary financial mathematics including simple and compound interest, annuities, and depreciation.
			CO2	Knowledge of matrices and determinants, including matrix operations, determinants of order two or three, and Cramer's rule.
			CO3	To study with derivatives and their applications, including rules of derivatives, second-order derivatives, and applications in economics.
			CO4	To analyze numerical analysis concepts, particularly interpolation techniques like finite differences and Newton's interpolation formulas.
23	Business Environment	---	CO1	Understanding business environment: micro and macro factors, SWOT analysis.
			CO2	Political, legal, and economic environment: government roles, economic systems, sector impacts.
			CO3	Social, cultural, technological, and competitive environment: cultural impacts, technology, competitive analysis.
			CO4	International environment: GATT/WTO, globalization stages, MNCs, FDI, challenges, investment opportunities.
24	Principles of Management	---	CO1	Nature of management: Concept, significance, evolution, levels, managerial skills, and historical contributors.
			CO2	Planning and decision making: Elements, process, limitations, MBO, decision-making techniques.
			CO3	Organizing: Concepts, structure, departmentation, span of control, centralization vs decentralization, delegation.
			CO4	Directing, leadership, coordination, and controlling: Directing process, leadership styles, coordination, controlling process and techniques, recent trends.
25	Foundation Course – II	---	CO1	Understanding liberalization, privatization, and globalization; Impact of globalization on industry and agrarian sector; Impact of information technology and communication.
			CO2	Understanding human rights: Origin, evolution, Universal Declaration of Human Rights, Fundamental Rights in the Constitution.
			CO3	Ecology: Importance of environmental studies, understanding environment and ecology, environmental degradation, sustainable development, poverty-environment link.
			CO4	Understanding stress and conflict: Causes in individuals and society, role of socialization, values, ethics, prejudices, stereotypes, aggression, violence.

Sr. No	COURSE NAME	COURSE CODE	COURSE OUTCOME
S.Y.B.Sc. (General Science)
1	Chemistry-I	USCH301	CO1	To study the free energy function, Gibbs – Helmholtz equation, Van Hoff reaction isotherm, Thermodynamics of open system and the concept of fugacity and activity.
			CO2	To study the electrochemistry in terms of conductivity, Kohlrausch law, applications of conductance measurement
			CO3	To study the chemical bonding such as non-directional bonding, directional bonding, orbital approach, bonding in polyatomic species
			CO4	To study the molecular orbital theory to compare atomic orbital with molecular orbital, linear combination of atomic orbital, wave mechanical treatment.
			CO5	To study the re3action and reactivity of halogenated hydrocarbon such as alkyl halides, aryl halides, organomagnesium and organolithium compounds.
			CO6	To study the nomenclature, preparation, properties of alcohols, phenol and epoxides
3	Chemistry-II	USCH302	CO1	To study the types of complex chemical reaction such as reversible,consecutive and parallel reaction and To study the effect of temperature on the rate of reaction.
			CO2	To study the theories of reaction rate as collision theory and activated complex theory
			CO3	To study the thermodynamics of ideal solutions and Raoult’s law vapour pressure, distillation of solutions.
			CO4	To study the partial miscibility of liquids, critical solution temperature, immiscibility of liquids and Nernst distribution law and application
			CO5	To study the chemistry of ‘P’ block elements such as Boron compound, Silicon and Germanium and Nitrogen family.
			CO6	To study the chemistry of Carbonyl compounds. It includes general mechanism of nucleophilic reactions, nomenclature of aliphatic, alicyclic and aromatic carbonyl compounds, mechanism of acid - base catalyzed enolisation, active methylene compound.
4	Chemistry-III	USCH303	CO1	To study the role of analytical chemistry, its importance purpose. To study the select a method of analysis.
			CO2	To study the method to identify a sample and to prepare it for analysis. To study the procedure for analysis.
			CO3	To study the source of possible errors in the possible method analysis..
			CO4	To study the classical and non classical methods of analysis.
			CO5	To study the types of sampling and non sampling techniques.
			CO6	To study the titrimetric analysis, gravimetric analysis, instrumental method of analysis, spectrophotometry
5	Botany –I Plant Diversity	USBO301	CO1	Understand Phaeophyta's characteristics and economic importance.
			CO2	Learn about Sargassum's structure, life cycle, and systematic position.
			CO3	Gain insights into Bryophyta, focusing on Anthocerotae and Musci.
			CO4	Integrate taxonomy with modern techniques, applying Bentham and Hooker’s system, and gaining practical skills in preservation, microscopy, chromatography, and electrophoresis.
6	Botany –II Form and Function II	USBO302	CO1	Understand cell organelle structure and function, including mitochondria, peroxisomes, glyoxysomes, and ribosomes.
			CO2	Master cell division concepts, nucleic acid types, and structures of DNA and RNA.
			CO3	Analyze chromosomal aberrations, sex determination, and traits, exploring chromosomal methods and genetic theories.
			CO4	Explore extranuclear genetics and molecular processes, including DNA replication, protein synthesis, and organelle heredity.
7	Botany –III Current Trends in Plant Sciences I	USBO303	CO1	Understand Pharmacopoeias, Monographs, and Secondary Metabolites.
			CO2	Explore Forestry, Economic Botany, and Fiber Industries.
			CO3	Comprehend Aromatherapy, Botanical Nutraceuticals, and Enzymes Industry.
			CO4	Examine Industry Based on Plant Products, Including Biofuels.
8	Physics-I Mechanics and thermodynamics	USPH301	CO1	Understand the concepts of mechanics & properties of matter & to apply them to problems.
			CO2	Comprehend the basic concepts of thermodynamics & its applications in physical situation.
			CO3	Learn about situations in low temperature.
			CO4	Demonstrate tentative problem solving skills in all above areas.
9	Physics-II Vector calculus, Analog Electronics	USPH302	CO1	Understand the basic concepts of mathematical physics and their applications in physical situations.
			CO2	Understand the basic laws of electrodynamics and be able to perform calculations using them.
			CO3	Understand the basics of transistor biasing, operational amplifiers, their applications
			CO4	Understand the basic concepts of oscillators and be able to perform calculations using them.
			CO5	Demonstrate quantitative problem solving skill in all the topics covered.
10	Physics-III Applied Physics - I	USPH303	CO1	Students will be exposed to contextual real life situations.
			CO2	Students will appreciate the role of Physics in 'interdisciplinary areas related to materials, Bio Physics, Acoustics etc.
			CO3	The learner will understand the scope of the subject in Industry & Research.
			CO4	Experimental learning opportunities will faster creative thinking & a spirit of inquiry.
S.Y.B.Sc. (Computer Science)
11	Principles of Operating Systems	USCS301	CO1	Work with any type of operating system
			CO2	Handle threads, processes, process synchronization
			CO3	Implement CPU scheduling algorithms
			CO4	Understand the background role of memory management
			CO5	Design file system.
12	Linear Algebra	USCS302	CO1	Appreciate the relevance and applications of Linear Algebra in the field of Computer Science.
			CO2	Understand the concepts through program implementation.
			CO3	Instill a computational thinking while learning linear algebra.
			CO 4	Express clear understanding of the concept of a solution to a system of equations.
			CO5	Find eigenvalues and corresponding eigenvectors for a square matrix.
12	Data Structures	USCS303	CO1	Create different types of data structures.
			CO2	Understand which data structure to be used based on the type of the problem.
			CO3	Apply combined knowledge of algorithms and data structures to write highly effective programs in various domains.
13	Advanced Database Concepts	USCS304	CO1	Master concepts of stored procedure, functions, cursors and triggers and its use.
			CO2	Learn about using PL/SQL for data management.
			CO3	Use efficiently Collections and records.
			CO4	Understand concepts and implementations of transaction management and crash Recovery.
14	Java based Application Development	USCS305	CO1	Design basic application in java using Graphical User Interface.
			CO2	The learner will be able to develop applications using swings
			CO3	The learner will be able to develop web based applications using servlet and jsp
			CO4	The learner will be able to connect databases with java through
			CO5	The learner will be able to perform programs using JSON objects
15	Web Technologies	USCS306	CO1	Design valid, well-formed, scalable, and meaningful pages using emerging technologies.
			CO2	Understand the various platforms, devices, display resolutions, viewports, and browsers that render websites
			CO3	Develop and implement client-side and server-side scripting language programs.
			CO4	Develop and implement Database Driven Websites.
			CO5	Design and apply XML to create a markup language for data and document centric applications
16	Green Technologies	USCS307	CO1	Explain drivers and dimensions of change for Green Technology
			CO2	Appreciate Virtualization; smart meters and optimization in achieving green IT
			CO3	Gain knowledge about green assets, green processes, and green enterprise architecture
			CO4	ISO 14001 and related standards for Audit for Green Compliance

Sr. No	COURSE NAME	COURSE CODE	COURSE OUTCOME
T.Y.B.Sc. (Chemistry)
1	Physical Chemistry	USCH601	CO1	To study the collision theory of reaction rates, application of collision theory of bimolecular and unibimolecular reaction. Concept of activated complex and classification, molar mass, method of determining molar mass of polymer.
			CO2	To study the application of emf measurement in the determination of applied electrochemistry and renewable energy sources.
			CO3	To study the GM counter, Scintillation Detector, Radioactive Equilibrium, Nuclear reaction, Mode of decay of artificial radioactive element and conversion, fission, power reactor, fusion of Nuclear energy.
			CO4	To study the classical mechanism, limitations, black body radiation, photoelectric effect, Compton effect, Planck’s theory, Heisenberg’s Principal, postulate of quantum mechanism, and crystalline state.
2	Inorganic Chemistry	USCH602	CO1	To study the limitations of VBT and CFT. Crystal field stabilization energy(CFSE), calculation of CFSE, for octahedral complexes with d0 to d10 metal ion configurations and identification and construction of molecular orbital theory.
			CO2	To study the electronic spectra, inta-ligand, intra-metal transition, charge transfer, selection rule for electronic transition, stability of metal complex, reactive metal-complexes.
			CO3	To study the general characteristics, synthetic method, chemical reaction of organometallic compound. study the Metallocence and catalysis
			CO4	To study the introduction, chemical method, characterization, dimension, properties of Nonmaterial. And Bio inorganic and medicinal chemistry.
3	Organic Chemistry	USCH603	CO1	To study the electronic structure, synthesis, reactivity, reaction, basicity of Heterocyclic chemistry and study the following catalysts and reagent with respect to functional group trans formation and selectivity.
			CO2	To study the classification, structures, stereoisomers, mutaratation, reaction of carbohydrate. General structure, configuration, essential, neutral, acidic and basic amino acid, Nucleic acid and Lipids.
			CO3	To study the Electromagnetic spectrum, UV-Visible spectroscopy, IR spectroscopy, PMR spectroscopy, spectral characteristics, mass spectroscopy and problem on structure elucidation of simple organic compound above spectroscopy
			CO4	To study the introduction, structures, synthesis of Natural product and Polymer.
4	Analytical Chemistry	USCH604	CO1	To study the Potentiometric titration, Polarography and Aerometric titrations.
			CO2	To study the food processing, preservation, use chemical as preservation, role of pH, face powder, lipstick, deodorant and antiperspirant.
			CO3	To study the introduction, basic principal, terms involved in gas chromatography. Introduction, type and application of ion exchange chromatography.
5	Drugs and Dyes	USACDD601	CO1	To study the Natural colouring, limitation, Importance malostones, Definition, Nomenclature and Properties Dyes. To study the structures and classification Dyes. To study the Definition, fastness properties and applicability on subtract examples with structures.
			CO2	To study the colour and chemical constitution of Dyes. Study the Non-textile uses of Dyes and Optical Brighteners. General idea, distinction between dyes and pigments, importance characteristics of organic pigments.
			CO3	To study the introduction of primary intermediates, unit processes. Study the Benzene derivatives, Naphthalene derivative, Anthracene derivative. Study the Dyeing method of cotton fibers.
			CO4	To study the specific dyes and their uses. Study the introduction to the following types of fibres with structures and classes of dyes application to it. Cotton, wool, silk, polyester. With reference to the textile dyes, food colours, benzamine etc.

6	Botany –III Current Trends in Plant Sciences I	USBO403	CO1	Differentiate between formal and informal gardens, and provide examples of national parks and botanical gardens.
			CO2	Describe the process of R-DNA technology, including gene cloning, enzymes involved in gene cloning, and vectors used for gene cloning.
			CO3	Calculate the coefficient of correlation to measure the degree of association between two variables.
			CO4	Explain the history of information technology (IT) and describe the tools and uses of IT, including the internet.
			CO5	Describe the aims of bioinformatics, including data organization and retrieval tools such as Entrez and BLAST.
7	Physics-I Optics and Digital Electronics	USPH401	CO1	Understand the diffraction and polarization processes and applications of them in physical situations.
			CO2	Understand the applications of interference in design and working of interferometers.
			CO3	Understand the resolving power of different optical instruments.\
			CO4	Understand the working of digital circuits
			CO5	Use IC 555 time for various timing applications.
			CO6	Demonstrate quantitative problem solving skills in all the topics covered.
8	Physics-II Quantum Physics	USPH402	CO1	Understand the postulates of quantum mechanics and to understand its importance in explaining significant phenomena in Physics.
8	Physics-II Quantum Physics	USPH402	CO2	Demonstrate quantitative problem solving skills in all the topics covered.
9	Physics-III Applied Physics II	USPH403	CO1	Understand the concepts of mechanics & properties of matter & to apply them to problems.
			CO2	Comprehend the basic concepts of thermodynamics & its applications in physical situation.
			CO3	Learn about situations in low temperature.
			CO4	Demonstrate tentative problem solving skills in all above areas.
S.Y.B.Sc. (Computer Science)
10	Theory of Computation	USCS401	CO1	Understand Grammar and Languages
			CO2	Learn about Automata theory and its application in Language Design
			CO3	Learn about Turing Machines and Pushdown Automata
			CO4	Understand Linear Bound Automata and its applications
11	Computer Networks	USCS402	CO1	Learn basic networking concepts and layered architecture.
11	Computer Networks	USCS402	CO2	Understand the concepts of networking, which are important for them to be known as a ‘networking professionals’.
12	Software Engineering	USCS403	CO1	Plan a software engineering process life cycle, including the specification, design, implementation, and testing of software systems that meet specification, performance,
			CO2	maintenance and quality requirements
			CO3	Analyze and translate a specification into a design, and then realize that design practically, using an appropriate software engineering methodology.
			CO4	Know how to develop the code from the design and effectively apply relevant standards and perform testing, and quality management and practice
13	IoT Technologies	USCS404	CO1	Understand SoC and IoT
			CO2	Use different types of IoT Platforms and interfaces
			CO3	Understand and implement an idea of various types of applications built using IoT
14	Android Application Development	USCS405	CO1	Build useful mobile applications using Kotlin language on Android
			CO2	Install and configure Android Studio for application development
			CO3	Master basic to intermediate concepts of Kotlin required for mobile application development
			CO4	Use built-in widgets and components, work with the database to store data
			CO5	Master key Android programming concepts and deploy the application on Google Play
15	Advanced Application Development	USCS406	CO1	Store the data in NoSQL, document-oriented MongoDB database that brings performance and
			CO2	scalability.
			CO3	Use Node.js and Express Framework for building fast, scalable network applications
			CO4	Use AngularJS framework that offers declarative, two-way data binding for web applications.
			CO5	Integrate the front-end and back-end components of the MEAN stack.
16	Research Methodology	USCS407	CO1	Define research, formulate problem and describe the research process and research methods.
16	Research Methodology	USCS407	CO2	Understand and apply basic research methods including research design, data analysis and interpretation.

Sr. No	COURSE NAME	COURSE CODE	COURSE OUTCOME
T.Y.B.Sc. (Chemistry)
1	Physical Chemistry	USCH502	CO1	To study the dipole moment, rotational spectrum, vibrational spectrum, vibrational rotational (IR) spectrum of diatomic molecules, applications of vibrational – rotational spectrum in determining force constant and its significance, Raman spectroscopy, Raman spectrum, comparative study of IR and Raman spectra.
			CO2	To study the electrochemical cell, types of ion specific electrodes, Nernst equation, electrolyte concentration cells with transference.
			CO3	To study the chemical thermodynamics, phases in equilibrium, reverse osmosis.
			CO4	To study the phase rule, condensed phase rule, application of phase rule
			CO5	To study the surface chemistry and catalysis, adsorption, significance, catalysis, types, catalysis activity and selectivity.
			CO6	To study the colloidal state of matter, colloidal electrolytes, surfactance.
2	Inorganic Chemistry	USCH502	CO1	To study the chemical bonding, molecular symmetry.
			CO2	To study the molecular orbital theory for polyatomic species, application of symmetry concepts for linear and angular species.
			CO3	To study the structure of solid, closed packing of rigid sphere ( hep, cep), metallic bonding.
			CO4	To study the superconductivity, types, high temperature superconductors, applications.
			CO5	To study the chemistry of elements, chemistry of lanthanides, chemistry of actinides. Properties and application of Uranium.
			CO6	To study the chemistry in non-aqueous solvents, chemistry of Interhalogen, chemistry of pseudo halogens, xenon.
3	Organic Chemistry	USCH503	CO1	To study the mechanism of organic reactions.
			CO2	To study the factors influencing the mechanism, nature of substrate, migration involving a carbanion.
			CO3	To study the stereo electivity, stereospecific, stereochemistry of substitution reactions, elimination reactions, addition reaction.
			CO4	To study the IUPAC nomenclature of compounds with up to 2 substituent / functional groups, bicyclic compounds, Biphenyls.
			CO5	To study the organometallic chemistry, Grignard reagent, carbon – metal bond, organ magnesium, organ lithium, organozinc compounds.
			CO6	To study photochemistry of carbonyl compounds, olefins, single and triple states, photo reduction.
			CO7	To study the synthesis of organic compounds. retrosynthesis of limonene, salbutamol.
			CO8	To the study of green chemistry and synthesis, atom economy, green reagent, green solvent, green catalysis.
4	Analytical Chemistry	USCH504	CO1	To study the Treatment of analytical data, Importance of Sampling, Random Sampling, Non-random Sampling, Ambient, Stack Sampling, Sampling of Homogenous and Heterogeneous.
			CO2	To study the separation technique of Chromatography, Planar Chromatography, High Performance Liquid Chromatography and High Performance Thin Layer Chromatography.
			CO3	To study the Absorption Spectra, Emission Spectra, Flame Photometry, Atomic Absorption Spectroscopy and theory of Molecular Fluorescence and Phosphorescence.
			CO4	To study the Redox titration, Application of UV- Visible Spectroscopy. Extraction in Chelation, Ion pair formation and Solvation, Synergistic solvent extraction.
5	Drugs and Dyes	USACDD501	CO1	To study the definition, nomenclature of Drug. Definition, Brief idea for medicinal terms. Advantages, disadvantages of route and formulation, different dosage forms. To study the CNS drug, analgesic and antipyretics.
			CO2	To study the Anti-inflammatory, Antihistaminic, Cardiovascular, Antidiabetic Agents, Ant parkinsonism, Respiratory system, Mode of the action of following Drug.
			CO3	To study the Discovery, Design, Development, Metabolism, of Drug. To study the Antibiotics, Antimalarial, Anthelmintic of chemotherapeutic agent.
			CO4	To study the Ant amoebic, Ant tubercular, Antineurotic, Anti-Neoplastic Anti HIV, Synthesis, Nano particles in medicinal chemistry.

T.Y.B.Sc. (Botany)
6	Botany-I Plant Diversity– III	USBO501	CO1	To gain knowledge about microbial diversity and techniques for culturing and visualization.
			CO2	To understand the salient features of three major groups of algae, their life cycle patterns with a suitable example; to be able to identify them
			CO3	To learn the general characteristics and classification of two major groups of fungi along with life cycles of each group; to be able to identify them.
			CO4	To understand the scope and importance of Plant Pathology and apply the concepts of various control measures of commonly widespread plant diseases.
7	Botany-II Plant Diversity– IV	USBO502	CO1	To acquire knowledge of different fossil forms and understand their role in evolution.
			CO2	To provide plant description, describe the morphological and reproductive structures of seven families and also identify and classify according to Bentham and Hooker’s system.
			CO3	To gain proficiency in the use of keys and identification manuals for identifying any unknown plants to species level.
			CO4	To relate anomalies in internal stem structure with function and appreciate the salient features of the root stem transition zone.
			CO5	To get exposure to pollen study and learn to apply it in various fields.
8	Botany-III Form and Functions-II	USBO503	CO1	To acquire knowledge about two important organelles and molecular mechanisms of translation
			CO2	To understand water relations of plants, inorganic and organic solute transport, and apply the knowledge to manage mineral nutrition and survival in challenging abiotic stresses.
			CO3	To understand succession in plant communities and study remediation technologies in order to apply knowledge acquired for cleanup of polluted sites.
			CO4	To get exposure to principles and techniques of plant tissue culture and apply these studies for improving agriculture and horticulture and to become an entrepreneur.
9	Botany-IV Current Trends In Plant Sciences –II	USBO504	CO1	To get exposure to the technique of mushroom cultivation and explore the possibility of entrepreneurship in the same.
			CO2	To learn ethnobotanical principles, applications and utilize indigenous plant knowledge for the cure of common human diseases and improvement of agriculture.
			CO3	To gain knowledge about the latest molecular biology techniques for isolation and characterization of genes.
			CO4	To learn principles and application of commonly used techniques in instrumentation.
			CO5	To gain proficiency in the monograph study and pharmacognostic analysis of six medicinal plants.
10	Botany-V Horticulture & Gardening -I	USACHO501	CO1	Gain a basic understanding of horticulture, its importance, and the various branches involved.
			CO2	Acquire skills in plant propagation, including seed and vegetative methods, to efficiently grow plants.
			CO3	Learn about plant nutrition, fertilizers, and disease control measures to ensure healthy horticultural crops.
			CO4	Develop practical skills in site selection, soil preparation, irrigation, and other essential garden operations for successful horticulture.
T.Y.B.Sc. (Computer Science)
11	Linux Server Administration	USCS502	CO1	Learner will be able to develop Linux based systems and maintain.
			CO2	Learner will be able to install appropriate service on Linux server as per requirement.
			CO3	Learner will have proficiency in Linux server administration.
12	Software Testing and Quality Assurance	USCS503	CO1	Understand various software testing methods and strategies.
			CO2	Understand a variety of software metrics, and identify defects and managing those defects for improvement in quality for given software.
			CO3	Design SQA activities, SQA strategy, formal technical review report for software quality control and assurance.
13	Information and Network Security	USCS504	CO1	Understand the principles and practices of cryptographic techniques.
			CO2	Understand a variety of generic security threats and vulnerabilities, and identify & analyze particular security problems for a given application.
			CO3	Understand various protocols for network security to protect against the threats in a network
14	Architecting of IoT	USCS505	CO1	Learners are able to design & develop IoT Devices.
14	Architecting of IoT	USCS505	CO2	They should also be aware of the evolving world of M2M Communications and IoT analytics.
15	Game Programming	USCS507	CO1	Learner should study Graphics and gamming concepts with present working style of developers where everything remains on internet and they need to review it, understand it, be a part of community and learn.

Sr. No	COURSE NAME	COURSE CODE	COURSE OUTCOME
T.Y.B.Sc. (Chemistry)
1	Physical Chemistry	USCH601	CO1	To study the collision theory of reaction rates, application of collision theory of bimolecular and unibimolecular reaction. Concept of activated complex and classification, molar mass, method of determining molar mass of polymer.
			CO2	To study the application of emf measurement in the determination of applied electrochemistry and renewable energy sources.
			CO3	To study the GM counter, Scintillation Detector, Radioactive Equilibrium, Nuclear reaction, Mode of decay of artificial radioactive element and conversion, fission, power reactor, fusion of Nuclear energy.
			CO4	To study the classical mechanism, limitations, black body radiation, photoelectric effect, Compton effect, Planck’s theory, Heisenberg’s Principal, postulate of quantum mechanism, and crystalline state.
2	Inorganic Chemistry	USCH602	CO1	To study the limitations of VBT and CFT. Crystal field stabilization energy(CFSE), calculation of CFSE, for octahedral complexes with d0 to d10 metal ion configurations and identification and construction of molecular orbital theory.
			CO2	To study the electronic spectra, inta-ligand, intra-metal transition, charge transfer, selection rule for electronic transition, stability of metal complex, reactive metal-complexes.
			CO3	To study the general characteristics, synthetic method, chemical reaction of organometallic compound. study the Metallocence and catalysis
			CO4	To study the introduction, chemical method, characterization, dimension, properties of Nonmaterial. And Bio inorganic and medicinal chemistry.
3	Organic Chemistry	USCH603	CO1	To study the electronic structure, synthesis, reactivity, reaction, basicity of Heterocyclic chemistry and study the following catalysts and reagent with respect to functional group trans formation and selectivity.
			CO2	To study the classification, structures, stereoisomers, mutaratation, reaction of carbohydrate. General structure, configuration, essential, neutral, acidic and basic amino acid, Nucleic acid and Lipids.
			CO3	To study the Electromagnetic spectrum, UV-Visible spectroscopy, IR spectroscopy, PMR spectroscopy, spectral characteristics, mass spectroscopy and problem on structure elucidation of simple organic compound above spectroscopy
			CO4	To study the introduction, structures, synthesis of Natural product and Polymer.
4	Analytical Chemistry	USCH604	CO1	To study the Potentiometric titration, Polarography and Aerometric titrations.
			CO2	To study the food processing, preservation, use chemical as preservation, role of pH, face powder, lipstick, deodorant and antiperspirant.
			CO3	To study the introduction, basic principal, terms involved in gas chromatography. Introduction, type and application of ion exchange chromatography.
5	Drugs and Dyes	USACDD601	CO1	To study the Natural colouring, limitation, Importance malostones, Definition, Nomenclature and Properties Dyes. To study the structures and classification Dyes. To study the Definition, fastness properties and applicability on subtract examples with structures.
			CO2	To study the colour and chemical constitution of Dyes. Study the Non-textile uses of Dyes and Optical Brighteners. General idea, distinction between dyes and pigments, importance characteristics of organic pigments.
			CO3	To study the introduction of primary intermediates, unit processes. Study the Benzene derivatives, Naphthalene derivative, Anthracene derivative. Study the Dyeing method of cotton fibers.
			CO4	To study the specific dyes and their uses. Study the introduction to the following types of fibres with structures and classes of dyes application to it. Cotton, wool, silk, polyester. With reference to the textile dyes, food colours, benzamine etc.

T.Y.B.Sc. (Botany)
6	Botany-I Plant Diversity –III	USBO501	CO1	To gain knowledge about microbial diversity and techniques for culturing and visualization.
			CO2	To understand the salient features of three major groups of algae, their life cycle patterns with a suitable example; to be able to identify them
			CO3	To learn the general characteristics and classification of two major groups of fungi along with life cycles of each group; to be able to identify them.
			CO4	To understand the scope and importance of Plant Pathology and apply the concepts of various control measures of commonly widespread plant diseases.
7	Botany-II Plant Diversity –IV	USBO502	CO1	To acquire knowledge of different fossil forms and understand their role in evolution.
			CO2	To provide plant description, describe the morphological and reproductive structures of seven families and also identify and classify according to Bentham and Hooker’s system.
			CO3	To gain proficiency in the use of keys and identification manuals for identifying any unknown plants to species level.
			CO4	To relate anomalies in internal stem structure with function and appreciate the salient features of the root stem transition zone.
			CO5	To get exposure to pollen study and learn to apply it in various fields.
8	Botany-III Form and Functions- II	USBO503	CO1	To acquire knowledge about two important organelles and molecular mechanisms of translation
			CO2	To understand water relations of plants, inorganic and organic solute transport, and apply the knowledge to manage mineral nutrition and survival in challenging abiotic stresses.
			CO3	To understand succession in plant communities and study remediation technologies in order to apply knowledge acquired for cleanup of polluted sites.
			CO4	To get exposure to principles and techniques of plant tissue culture and apply these studies for improving agriculture and horticulture and to become an entrepreneur.
9	Botany-IV Current Trends In Plant Sciences –II	USBO504	CO1	To get exposure to the technique of mushroom cultivation and explore the possibility of entrepreneurship in the same.
			CO2	To learn ethnobotanical principles, applications and utilize indigenous plant knowledge for the cure of common human diseases and improvement of agriculture.
			CO3	To gain knowledge about the latest molecular biology techniques for isolation and characterization of genes.
			CO4	To learn principles and application of commonly used techniques in instrumentation.
			CO5	To gain proficiency in the monograph study and pharmacognostic analysis of six medicinal plants.
10	Botany-V Horticulture & Gardening -I	USACHO501	CO1	Gain a basic understanding of horticulture, its importance, and the various branches involved.
			CO2	Acquire skills in plant propagation, including seed and vegetative methods, to efficiently grow plants.
			CO3	Learn about plant nutrition, fertilizers, and disease control measures to ensure healthy horticultural crops.
			CO4	Develop practical skills in site selection, soil preparation, irrigation, and other essential garden operations for successful horticulture.
T.Y.B.Sc. (Computer Science)
11	Wireless Sensor Networks and Mobile Communication	USCS601	CO1	Learner should be able to list various applications of wireless sensor networks, describe the concepts, protocols, design, implementation and use of wireless sensor networks.
11	Wireless Sensor Networks and Mobile Communication	USCS601	CO2	Also implement and evaluate new ideas for solving wireless sensor network design issues.
12	Cyber Forensics	USCS603	CO1	The student will be able to plan and prepare for all stages of an investigation - detection, initial response and management interaction, investigate various media to collect evidence, report them in a way that would be acceptable in the court of law.
13	Information Retrieval	USCS604	CO1	Learner should get an understanding of the field of information retrieval and its relationship to search engines.
13	Information Retrieval	USCS604	CO2	It will give the learner an understanding to apply information retrieval models.
14	Data Science	USCS606	CO1	The students should be able to understand & comprehend the problem.
14	Data Science	USCS606	CO2	They should be able to define suitable statistical method to be adopted.
15	Ethical Hacking	USCS607	CO1	Learner will know to identify security vulnerabilities and weaknesses in the target applications.
15	Ethical Hacking	USCS607	CO2	They will also know to test and exploit systems using various tools and understand the impact of hacking in real time machines.

Programme Outcomes
PSO 1	Comprehensive understanding of core chemistry concepts and proficiency in applying evidence-based comparative chemistry approaches.
PSO 2	Ability to characterize and separate organic and inorganic components using modern instrumental methods, along with competence in laboratory equipment principles.
PSO 3	Demonstration of specialized experimental techniques in the chosen area of chemistry specialization.
PSO 4	Strong problem-solving skills using fundamental chemistry knowledge for numerical and theoretical problem-solving.
PSO 5	Appreciation of chemistry's societal role, adherence to ethical standards, and understanding of societal challenges related to energy, health, and medicine.
PSO 6	Cultivation of lifelong learning habits, utilizing advanced ICT techniques and resources for personal academic growth and employability enhancement.
PO7	The course curriculum also includes components that can be helpful to graduate students to develop critical thinking ability by way of solving problems/numerical using basic chemistry knowledge and concepts.
PO8	Appreciate the central role of chemistry in our society and use this as a basis for ethical behavior in issues facing chemists including an understanding of safe handling of chemicals, environmental issues, and key issues facing our society in terms of energy, health, and medicine.
PO9	Lifelong learner: The course curriculum is designed to inculcate a habit of learning continuously through the use of advanced ICT techniques and other available techniques/books/journals for personal academic growth as well as for increasing employability opportunity.

Programme Outcomes
PO1	Students can recall details and information about the evolution, anatomy, morphology, systematics, genetics, physiology, ecology, and conservation of plants and all other forms of life.
PO2	Students can recall details of the unique ecological and evolutionary features of the local and Indian flora.
PO3	Students can communicate effectively using oral and written communication skills
PO4	Students can generate and test hypotheses, make observations, collect data, analyze and interpret results, derive conclusions, and evaluate their significance within a broad scientific context.

Programme Outcomes
PO1	To formulate, to model, to design solutions, procedure and to use software tools to solve real world problems.
PO2	To design and develop computer programs/computer -based systems in the areas such as networking, web design, security, cloud computing, IoT, data science and other emerging technologies.
PO3	To familiarize with the modern-day trends in industry and research-based settings and thereby innovate novel solutions to existing problems.
PO4	To apply concepts, principles, and theories relating to computer science to new situations.
PO5	To use current techniques, skills, and tools necessary for computing practice
PO6	To apply standard Software Engineering practices and strategies in real-time software project development
PO7	To pursue higher studies of specialization and to take up technical employment.
PO8	To work independently or collaboratively as an effective tame member on a substantial software project.
PO9	To communicate and present their work effectively and coherently.
PO10	To display ethical code of conduct in usage of Internet and Cyber systems.

Programme Specific Outcomes
PSO 1	Comprehensive understanding of core chemistry concepts and proficiency in applying evidence-based comparative chemistry approaches.
PSO 2	Ability to characterize and separate organic and inorganic components using modern instrumental methods, along with competence in laboratory equipment principles.
PSO 3	Demonstration of specialized experimental techniques in the chosen area of chemistry specialization.
PSO 4	Strong problem-solving skills using fundamental chemistry knowledge for numerical and theoretical problem-solving.
PSO 5	Appreciation of chemistry's societal role, adherence to ethical standards, and understanding of societal challenges related to energy, health, and medicine.
PSO 6	Cultivation of lifelong learning habits, utilizing advanced ICT techniques and resources for personal academic growth and employability enhancement.

Programme Specific Outcomes
PSO1	To recognize and identify major groups of non-vascular and vascular plants and their phylogenetic relationships.
PSO2	To understand the phylogeny of plants and study various systems of classification.
PSO3	To explore the morphological, anatomical, embryological details as well as economic importance of algae, fungi, bryophytes, pteridophytes, gymnosperms and angiosperms.
PSO4	To understand physiological processes and adaptations of plants.
PSO5	To provide knowledge about environmental factors and natural resources and their importance in sustainable development.
PSO6	To be able to carry out phytochemical analysis of plant extracts and application of the isolated compounds for treatment of diseases.
PSO7	To be able to deal with all microbes and the technologies for their effective uses in industry and mitigation of environmental concerns.
PSO8	To explain how current medicinal practices are often based on indigenous plant knowledge and to get introduced to different perspectives on treating ailments according to ethnomedicinal principles.
PSO9	To understand patterns of heredity and variation among individuals, species and populations and apply principles for improvement of quality and yield.
PSO10	To be able to apply statistical tools to gain insights into significantly different data from different sources.
PSO11	To acquire recently published knowledge in molecular biology, such as rDNA technology; PTC and bioinformatics and their applications.

Programme Specific Outcomes
PSO 1	Formulating, modeling, and designing solutions and procedures for real-world problems, utilizing software tools for implementation and resolution.
PSO 2	Designing and developing computer programs and systems in various domains including networking, web design, security, cloud computing, IoT, data science, and emerging technologies.
PSO 3	Familiarizing with modern industry trends and research-based settings to innovate novel solutions for existing problems.
PSO 4	Applying concepts, principles, and theories of computer science to tackle new situations and challenges effectively.
PSO 5	Utilizing current techniques, skills, and tools essential for computing practice, keeping abreast of advancements in the field.
PSO 6	Applying standard Software Engineering practices and strategies during real-time software project development.
PSO 7	Pursuing higher studies for specialization and seeking technical employment opportunities in the field of computer science.
PSO 8	Working independently or collaboratively as an effective team member on significant software projects.
PSO 9	Communicating and presenting work effectively and coherently, both orally and in written form.
PSO 10	Demonstrating ethical conduct in the usage of Internet and Cyber systems, adhering to ethical codes of conduct in all aspects of computing.

Sr. No		COURSE CODE	COURSE OUTCOME
M.Sc. (Chemistry)
1	Physical Chemistry	PSCH101	CO1	Understand state functions, exact differentials, Maxwell equations, and thermodynamic relations; apply them to ideal gases, including Joule-Thomson experiment.
			CO2	Comprehend the Third Law of Thermodynamics; determine absolute entropies for phase transitions, standard molar entropies, and residual entropy; recognize dependencies on molecular mass and structure.
			CO3	Grasp foundational principles of Quantum Mechanics; acknowledge the need for its development due to classical mechanics' limitations; understand particle-wave duality and the Schrödinger wave equation.
			CO4	Apply Quantum Mechanics to systems such as free particles, confined particles, and harmonic oscillators; comprehend quantization, energy levels, and wave functions' concepts.
			CO5	Analyze chemical reaction dynamics, including composite reactions, polymerization, and gas-phase reactions; understand kinetics and mechanisms; apply Lindemann-Hinshelwood, Rice-Ramsperger-Kassel, and Lindemann-Hinshelwood-RRK theories.
2	Inorganic Chemistry	PSCH102	CO1	Understand hybridization, resonance, and formal charge.
			CO2	Analyze Valence Bond Theory (VBT) and grasp Molecular Orbital Theory (MOT) for diatomic and polyatomic species.
			CO3	Comprehend weak forces of attraction, including hydrogen bonding and Van der Waals forces.
			CO4	Master concepts of molecular symmetry, group theory, and symmetry criteria for molecules.
			CO5	Explore solid state chemistry, crystal structures, and preparation methods, along with nanomaterial synthesis and applications.
3	Organic Chemistry	PSCH103	CO1	Understand the thermodynamic and kinetic aspects of organic reactions, including rate and equilibrium constants, reaction coordinate diagrams, transition states, and reactivity/selectivity.
			CO2	Determine reaction mechanisms through product analysis, kinetic studies, and isotopic labeling techniques; comprehend acid-base concepts in organic chemistry, including factors affecting acidity/basicity and catalysis.
			CO3	Explore nucleophilic substitution reactions, including aliphatic and aromatic systems, mechanisms, and factors influencing reaction pathways; understand ester hydrolysis mechanisms and kinetics.
			CO4	Analyze aromaticity criteria, including structural, thermochemical, and magnetic properties, and apply Hückel's rule and molecular orbital theory to aromatic systems; understand different substitution patterns in aromatic compounds.
			CO5	Master stereochemistry concepts, including chirality, stereogenic centers, and stereoisomerism; recognize axial and planar chirality and apply nomenclature systems for molecules with multiple chiral centers.
4	Analytical Chemistry	PSCH104	CO1	Understand analytical chemistry language, methods, error analysis, and quantitative techniques.
			CO2	Explore quality management, safety protocols, accreditations, and good laboratory practices in analytical chemistry.
			CO3	Apply chemical principles to solve numerical problems in solution concentration, stoichiometry, and redox reactions.
			CO4	Comprehend optical methods like UV-Vis spectroscopy, IR spectroscopy, and thermal methods like DSC.
			CO5	Understand Fourier Transform technique, laser sources, dual spectrometry, and automation in chemical analysis.
M.Sc. (Botany)
5	Plant Diversity-Cryptogams I (Algae and Fungi)	PSBO101	CO1	Classify algae into various groups, understand the importance in various fields and will be able to collect and identify them.
5	Plant Diversity-Cryptogams I (Algae and Fungi)	PSBO101	CO2	Classify fungi into various groups, understand the role of fungi in various fields and will be able to collect and identify fungi, fungal pathogens and culture them.
6	Plant Diversity – Spermatophyta I (Gymnosperms and Angiosperms)	PSBO102	CO1	To differentiate between gymnosperms and angiosperms , study their origin and nomenclature.
			CO2	Understand evolutionary theories for origin of Angiosperms
			CO3	Understand characteristics of selected Angiosperm families and learn the rules governing the code of botanical nomenclature, also learn the recent developments as in molecular systematics.
7	Plant Physiology	PSBO103	CO1	Students should be able to understand how to apply the basic concepts of Plant Physiology in other fields and also to know and discuss the concept of physiological processes of plants.
8	Cytogenetics, Molecular Biology and Biotechnology	PSBO104	CO1	Understand the control points in a cell cycle, Study and apply principles of microbial genetics.
8	Cytogenetics, Molecular Biology and Biotechnology	PSBO104	CO2	Explain recombinant DNA technology and study applications of the same for the improvement of crops.

Sr. No	COURSE NAME	COURSE CODE	COURSE OUTCOME
M.Sc. (Chemistry)
1	Physical Chemistry	PSCH201	CO1	Understand advanced thermodynamic concepts like fugacity of real gases, equilibrium constants, Gibbs energy of mixing, and surface thermodynamics.
			CO2	Explore the thermodynamics of real solutions, focusing on chemical potential, excess functions, partial molar volume, and the Gibbs-Duhem Margules equation.
			CO3	Comprehend bioenergetics principles, including standard free energy changes in biochemical reactions and the hydrolysis and synthesis of ATP.
			CO4	Master quantum chemistry concepts such as the rigid rotor, hydrogen atom, molecular orbitals theory, and applications of the Schrödinger equation to two-electron systems.
2	Inorganic Chemistry	PSCH202	CO1	Understand rate of reactions, factors affecting them, and techniques for determining rates (e.g., direct chemical analysis, spectrophotometric methods).
			CO2	Explore ligand substitution reactions in octahedral and square planar complexes, including mechanisms, factors affecting reactions, and isotopic labeling methods.
			CO3	Examine the mechanisms of inner and outer sphere redox reactions, including complimentary and non-complimentary reactions.
			CO4	Analyze the stereochemistry of substitution reactions in octahedral complexes, including isomerization, racemization reactions, and applications.
3	Organic Chemistry	PSCH203	CO1	Understand alkylation of nucleophilic carbon intermediates, including enolate formation, alkylation of various compounds, and conjugate addition reactions.
			CO2	Examine reactions and rearrangements, covering aldol condensation, Mannich reaction, acylation, and various rearrangement types.
			CO3	Explore Molecular Orbital Theory (MO) and its applications in organic chemistry, including SN2 reaction, Lewis acid-base adducts, and regioselective reactions.
			CO4	Analyze applications of UV and IR spectroscopy, study proton and carbon NMR spectroscopy principles, chemical shifts, spin-spin coupling, and mass spectrometry for structure determination.
4	Analytical Chemistry	PSCH204	CO1	Understand chromatographic techniques.
			CO2	Explain some advanced instrumentation techniques such as X-ray, Mass and radio analytical methods.
			CO3	Describe analytical methods such as Surface Analytical Techniques and atomic spectroscopic techniques.
			CO4	Learn electroanalytical methods such as ion selective potentiometric, polarography, polarography, electrogravimetry and coulometry.
M.Sc. (Botany)
5	Plant Diversity- Cryptogams II (Bryophyta and Pteridophyta)	PSBO201	CO1	Classify Bryophytes into various groups, study their importance Classify Pteridophytes into various groups, study their importance and multiplication of important ferns
6	Plant Diversity: Spermatophyta II	PSBO202	CO1	Understand the development of pollen, spore, fertilization and to apply palynological information to plant systematics.
7	Plant Physiology and Environmental Botany	PSBO203	CO1	Distinguish key physiological processes underlying the seed germination
			CO2	Identify the physiological factors that regulate growth and developmental processes of plants
			CO3	Demonstrate clear understanding of crop-environment interaction and its implication on crop growth and yield
			CO4	Integrate and apply their knowledge of crop physiology for analytical thinking and solving practical problems experienced in agricultural systems
8	Medicinal Botany and Dietetics	PSBO204	CO1	identify medicinal plants and understand the effects of plant chemical constituents on humans and the use of plants in Dietetics and as nutraceuticals.

Sr. No	COURSE NAME	COURSE CODE	COURSE OUTCOME
M.Sc. (Chemistry)
1	(Theoretical organic chemistry-I)	PSCHO301	CO1	Understand organic reactive intermediates: carbocation, nitrates, carbines, arenas, and ketenes; focusing on their generation, structure, stability, and reactions.
			CO2	Explore neighboring group participation (NGP) mechanisms and effects, including an chimeric assistance and NGP by lone pair electrons, π-electrons, aromatic rings, and σ-bonds; with emphasis on systems.
			CO3	Examine the role of Frontier Molecular Orbitals (FMOs) in organic reactivity: reactions involving hard/soft electrophiles/nucleophiles, ambident nucleophiles/electrophiles, and the α effect.
			CO4	Study pericyclic reactions: cycloaddition, electro cyclic reactions, and sigma tropic rearrangements; focusing on their classification, mechanisms, stereochemistry, and applications; also delve into photochemistry principles including transitions, energy dissipation, and specific reactions of carbonyl compounds, olefins, and arenes.
2	Synthetic Organic Chemistry-I	PSCHO302	CO1	Apply name reactions in organic synthesis (e.g., Mukaiyama esterification, Mitsunobu reaction)
			CO2	Understand radical chemistry in organic synthesis (e.g., radical initiators, radical halogenation)
			CO3	Explore enamines, ylides, and α-C-H functionalization in organic synthesis (e.g., Stork enamine reaction, Wittig reaction)
			CO4	Study the role of metals/non-metals in organic synthesis (e.g., mercury in oxymercuration, organ boron compounds in hydroboration)
3	Natural products and Spectroscopy	PSCHO303	CO1	Study natural products: carbohydrates, pigments, insect pheromones, and alkaloids. Understand their structural elucidation, occurrence, synthesis, and applications.
			CO2	Explore multi-step synthesis of natural products like reserpine, longifoline, griseofulvin, and prostaglandins. Learn about lipids, insect growth regulators, and plant growth regulators.
			CO3	Understand advanced spectroscopic techniques: proton NMR spectroscopy, 13C-NMR spectroscopy, and interpretation of UV, IR, 1H NMR, 13C NMR, and Mass spectra.
			CO4	Learn advanced NMR techniques including the DEPT experiment, COSY, HETCOR, NOE, and NOESY techniques. Solve spectral problems based on UV, IR, 1H NMR, 13C NMR (including 2D techniques), and Mass spectroscopy.
4	Medicinal , Biogenesis and green chemistry	PSCHOEC-I 304	CO1	Understand drug discovery, design, and development, including medicinal chemistry terms, pharmacokinetics, and bioactivity factors.
			CO2	Explore drug design procedures, lead discovery, modification, and synthesis. Introduce QSAR studies and modern drug design methods.
			CO3	Study prodrugs, soft drugs, their design, and properties. Learn drug synthesis and application.
			CO4	Understand biogenesis of natural products and green chemistry principles for sustainable synthesis.
M.Sc. (Botany)
5	Techniques and Instrumentation	PSBO301	CO1	Understand hypothesis testing, including Type I and Type II errors, Null Hypothesis, z-test, and significance testing.
			CO2	Learn about ANOVA, including one-way & two-way ANOVA, Dunett’s test, Randomized Block Design, and Latin Square.
			CO3	Explore biological data organization, databases, gene finding, motif finding, multiple sequence alignment, and BLAST.
			CO4	Study pH, buffers, electrophoresis (including PAGE, SDS-PAGE, AGE, and 2D electrophoresis), microscopy, and spectroscopy.
6	Molecular Biology	PSBO302	CO1	Understand the molecular details of DNA replication in prokaryotes and eukaryotes, assembly of DNA into nucleosomes, and DNA recombination.
			CO2	Learn about transcription, RNA synthesis, classes of RNA, transcription of protein-coding genes, transcription of other genes, and mRNA molecules.
			CO3	Study RNA processing, including capping, polyadenylation, splicing, introns and exons, snRNA, types and significance of snRNA, non-coding RNAs, ribozymes, riboswitches, and RNA localization.
			CO4	Explore translation, protein structure, genetic code, translation of genetic messages, post-translational modifications, protein localization, and chaperones.
7	Plant Biotechnology	PSBOMCB304	CO1	Understand Micropropagation, hardening, somaclonal variations for plant improvement.
			CO2	Study Plant cell culture for product formation, enhancement using elicitors, immobilization, and product recovery.
			CO3	Biotransformation using plant cells, vanillin production, cryopreservation, and Agrobacterium-mediated cultures.
			CO4	Commercial production, scaling up, bioreactor design, growth factors, and shikonin production.
8	Molecular Biology and Cytogenetics	PSBOMCB304	CO1	Cell membrane structure, permeability, intercellular communication, cell cycle regulation, and apoptosis.
			CO2	Understanding cancer biology, characteristics of cancer cells, carcinogens, mutations, oncogenes, and growth factors.
			CO3	Study of the immune system, including innate and acquired immunity, antigens, major histocompatibility complex, and immune responses.
			CO4	Genetic diseases, genetic counseling, gene therapy, biochemical disorders, sex-linked disorders, and cardiovascular disorders.

Sr. No	COURSE NAME	COURSE CODE	COURSE OUTCOME
M.Sc. (Chemistry)
1	Theoretical organic chemistry-II	PSCHO401	CO1	Understanding structural effects and reactivity in organic chemistry, including linear free energy relationships (LFER), Hammett equation, and substituent effects.
			CO2	Exploring uses of Hammett equation, dual parameter correlations, solvent effects, steric parameters, and spectroscopic correlations in organic chemistry.
			CO3	Studying principles of molecular associations, synthetic molecular receptors, structures and properties of supramolecular compounds, and molecular recognition.
			CO4	Learning about racemisation, resolution of racemates, determination of enantiomer composition, chiroptical properties, and asymmetric synthesis methods.
2	Synthetic organic chemistry-II	PSCHO402	CO1	Understanding protecting groups in organic synthesis, including their application and deprotection mechanisms.
			CO2	Exploring the concept of umpolung (reversal of polarity) and its application in generating acyl anion equivalents using various reagents.
			CO3	Introduction to retrosynthetic analysis and synthetic planning, including the disconnection approach, functional group interconversions, and selective organic transformations.
			CO4	Understanding general strategies in organic synthesis, one-group and two-group C-C disconnections, electro-organic chemistry, selected methods of organic synthesis, and transition and rare earth metals' role in organic synthesis.
3	Natural products and heterocyclic chemistry	PSCHO403	CO1	Understanding the general structure, classification, occurrence, and biological roles of steroids and vitamins.
			CO2	Learning the synthesis pathways of various natural products such as 16-DPA, vitamins (A, B1, B2, B6, E, K1), antibiotics, and naturally occurring insecticides.
			CO3	Exploring the structure elucidation, spectral data, and synthesis of natural products like cinerolone, jasmolone, allethrolone, exaltone, muscone, pyrethrums, rotenoids, and zingiberene.
			CO4	Understanding the nomenclature, structure, reactivity, synthesis, and reactions of heterocyclic compounds, including monocyclic and bicyclic/tricyclic fused heterocycles. Studying the heterocyclic compounds' properties and their applications in various fields.
4	INTELLECTUAL PROPERTY RIGHTS & CHEMINFORMATICS	PSCHOOC-I 404	CO1	Understand types of intellectual property and their importance.
			CO2	Know basic IP rights and international IP agreements.
			CO3	Recognize the economic value of intellectual property.
			CO4	Gain proficiency in cheminformatics and its applications.
M.Sc. (Botany)
5	TECHNIQUES AND INSTRUMENTATION	PSBO401	CO1	Understand centrifugation principles and applications, including sedimentation, rotor types, preparative, and analytical centrifugation.
			CO2	Proficient in chromatography techniques such as ion exchange, affinity chromatography, HPLC, and their applications.
			CO3	Master tracer techniques like radioactive decay and PCR, along with their instrumentation and applications in biology.
			CO4	Knowledgeable about nanotechnology, including nanoparticle synthesis and characterization, and understanding of IPR in this field.
6	Molecular Biology	PSBO402	CO1	Understand gene regulation in bacteria including operon regulation and bacteriophage λ.
			CO2	Master eukaryotic gene regulation covering transcriptional control, RNA processing, and protein degradation.
			CO3	Gain knowledge of genetic regulation in Drosophila focusing on embryonic development and homeotic genes.
			CO4	Comprehend cell signaling mechanisms including hormone-receptor interactions, signal transduction pathways, and various signaling forms.
7	Plant Biotechnology	PSBOMCB403	CO1	Understand Environmental Biotechnology: Covers biosorption, biomass for energy, biogas production, ethanol from biomass, and GMO risks.
			CO2	Gain Knowledge of Traditional Knowledge & IPR: Includes property rights, TRIPS, patent laws, protection of traditional knowledge, and IPR advantages.
			CO3	Explore Nanotechnology: Focuses on nano-materials, green synthesis, applications, and risks to health and the environment.
			CO4	Master Food Biotechnology: Covers spoilage factors, food quality control, and techniques like ELISA, RIA, monoclonal antibodies, and DNA probes in food analysis.
8	Molecular Biology and Cytogenetics	PSBOMCB404	CO1	Understand Plant Breeding Fundamentals: Covers aims, objectives, selection methods, hybridization techniques, and genetic control/manipulation in breeding systems.
			CO2	Explore Distant Hybridization: Focuses on barriers, unreduced gametes, sterility, applications, and limitations in crop improvement.
			CO3	Learn Molecular Plant Breeding: Covers natural and artificial gene transfer methods, production of transgenic plants, and their applications.
			CO4	Gain Knowledge in Plant Genetic Engineering: Includes production of biopharmaceuticals, edible vaccines, plantibodies, and DNA-based molecular marker-aided breeding.

Programme Outcomes
PO 1	Awareness about usage of environmental methodologies for a green approach in chemical science.
PO 2	Development of critical thinking and problem-solving ability with accuracy and valid reasoning through an analytical approach.
PO 3	Development of ability to analyze, interpret, and communicate effectively ideas, knowledge, and information orally, written, electronically, and through media.
PO 4	Understanding of socially relevant aspects of chemical science, application of knowledge for sustainable development, and awareness about environmental and health safety.
PO 5	Understanding of different values and moral dimensions associated with knowledge, decisions, and related responsibility, emphasizing ethics in chemical science.
PO 6	Personality development to build an individual as a responsible citizen, scientist, academician, industrialist, team leader, team member, and social personality.

Programme Outcomes
PO 1	Ability to identify and classify plant groups within a phylogenetic framework, distinguishing between Cryptogams and Phanerogams and other life forms.
PO 2	Understanding of organismal biology from molecular to organ-system levels, explaining physiological processes, developmental mechanisms, and behavioral adaptations.
PO 3	Knowledge of ecological principles, analyzing nutrient flows, ecosystem dynamics, and the impact of environmental factors on populations, communities, and ecosystems.
PO 4	Application of comparative biology principles to support the theory of evolution and explain its influence on plant morphology, physiology, and life history strategies.
PO 5	Proficiency in studying medicinal plants, including identification and analysis of active constituents, emphasizing plant-based foods as medicinal resources.
PO 6	Mastery in experimental techniques and analytical methods relevant to botanical research, including design, conduct, and analysis of experiments in plant science.

Programme Specific Outcomes
PSO1	Develop analytical thinking and apply the same for understanding principles, proposing mechanisms, and drawing logical conclusions.
PSO2	Attain a comprehensive understanding of the interdisciplinary nature of Chemistry and stay updated on emerging trends in the field.
PSO3	Explore extensive employment opportunities in Research and Development, as well as synthetic divisions of chemical, pharmaceutical, dyestuff, and food industries.
PSO4	Demonstrate competency in designing and planning synthesis processes while adhering to Good Laboratory Practices (GLP).
PSO5	Acquire skills in accessing, searching, and utilizing chemical literature, essential for success in research and advanced studies.
PSO6	Identify research opportunities to pursue a Ph.D. program in Chemistry.
PSO7	Develop proficiency in handling instruments and interpreting spectral data for the structure determination of organic compounds.

Programme Specific Outcomes
PSO1	Students will be able to identify the major groups of organisms amongst plants and be able to classify them within a phylogenetic framework. Students will be able to compare and contrast the characteristics of Cryptogams and Phanerogams that differentiate them from each other and from other forms of life.
PSO2	Students will be able to explain how organisms function at the level of the gene, genome, cell, tissue, organ and organ-system. Drawing upon this knowledge, they will be able to give specific examples of the physiological adaptations, development, reproduction and behaviour of different forms of life.
PSO3	Students will be able to explicate the ecological interconnectedness of life on earth by studying ecological principles and nutrient flow through the environment. They will be able to relate the physical features of the environment to the structure of populations, communities, and ecosystems.
PSO4	Students will be able to use the evidence of comparative biology to explain how the theory of evolution offers the only scientific explanation for the unity and diversity of life on earth. They will be able to use specific examples to explicate how descent with modification has shaped plant morphology, physiology, and life history.
PSO5	Students will be able to carry out a thorough study of the active constituents of medicinal plants with an emphasis on the use of plant based food as medicine.
PSO6	Students will be able to demonstrate proficiency in the experimental techniques and methods of analysis appropriate for understanding the above.

Course Outcomes (COs) & Program Outcomes (POs)

SEMESTER-I

SEMESTER-II

SEMESTER-III

SEMESTER-VI

SEMESTER-V

SEMESTER-VI

B.Sc. Chemistry

Programme Outcomes

B.Sc. Botany

Programme Outcomes

B.Sc. Computer Science

Programme Outcomes

B.Sc. Chemistry

PROGRAM SPECIFIC OUTCOMES

B.Sc. Botany

PROGRAM SPECIFIC OUTCOMES

B.Sc. Computer Science

PROGRAM SPECIFIC OUTCOMES

M.SC. Course Outcome

SEMESTER-I

SEMESTER-II

SEMESTER-III

SEMESTER-IV

M.Sc. Chemistry

Programme Outcomes

M.Sc. Botany

Programme Outcomes

M.Sc. ORGANIC CHEMISTRY

PROGRAM SPECIFIC OUTCOMES

M.Sc. ORGANIC CHEMISTRY

PROGRAM SPECIFIC OUTCOMES

ANJUMAN ISLAM JANJIRA DEGREE COLLEGE OF SCIENCE

Murud Janjira Raigad

Affiliated to University of Mumbai

Course Outcomes (COs) & Program Outcomes (POs)

SEMESTER-I

SEMESTER-II

SEMESTER-III

SEMESTER-VI

SEMESTER-V

SEMESTER-VI

B.Sc. Chemistry

Programme Outcomes

B.Sc. Botany

Programme Outcomes

B.Sc. Computer Science

Programme Outcomes

B.Sc. Chemistry

PROGRAM SPECIFIC OUTCOMES

B.Sc. Botany

PROGRAM SPECIFIC OUTCOMES

B.Sc. Computer Science

PROGRAM SPECIFIC OUTCOMES

M.SC. Course Outcome

SEMESTER-I

SEMESTER-II

SEMESTER-III

SEMESTER-IV

M.Sc. Chemistry

Programme Outcomes

M.Sc. Botany

Programme Outcomes

M.Sc. ORGANIC CHEMISTRY

PROGRAM SPECIFIC OUTCOMES

M.Sc. ORGANIC CHEMISTRY

PROGRAM SPECIFIC OUTCOMES