PROGRAMME OUTCOME (POs)
PO1: Students will gain elementary basic knowledge in Chemistry and become familiar with different branches of chemistry.
PO2: Student will appreciate the role of Chemistry in daily life, nature.
PO3: Students will get opportunities to enter into higher education or job .
PROGRAMME SPECIFIC OUTCOMES(PSOs)
PSO1:- To develop strong and competent knowledge in theoretical and practical chemistry.
PSO2:- Students will become able to explains structure ,reactions and mechanism of various reactions belonging to different classes of organic and inorganic compounds.
PSO3:- Students will understand various processes ,laws and theorems physical chemistry and will become able solve the numerical problems.
PSO4::- Students will develop various technical and analytical skills through laboratory training.
PSO5:- Students will become aware about the importance and impact of chemistry on environment and daily life.
COURSE OUTCOMES
Class: B. Sc I sem
CO1: Understanding of atomic structure through various atomic models , quantum numbers and rules in filling atomic orbitals
CO2: Imparting essentials knowledge in chemical bonding factors affecting bonding and Born –Haber’s Cycle applications to NaCl.
CO3: Various methods in analysis to solve numerical and analytical problems.
CO4: To develop skills of quantitative analysis using different types of titrations.
CO5: Students will gain theoretical knowledge in analytical techniques in purification of organic compounds such as crystallisation , Sublimation , MP & BP.
CO6: To know stereochemistry & various conformations of organic molecules
CO7:To know basic principle of UV spectroscopy electronic transition & its applications.
PCO1: Inorganic volumetric experiments.
COURSE OUTCOME FOR II SEM
CO1: Understanding the concept of hybridisation geometry of inorganic molecules based on various theories.
CO2: To study the advantages of organic reagents in inorganic analysis.
CO3: Study the preparation and reactions mechanism of alkenes, Diene and alkynes.
CO4: Students will get the knowledge of different process energies in thermo dynamics.
CO5: Students will learn about reaction mechanism of aromatic hydrocarbon.
CO6: They will learn to determine the structure of solid and liquids using various methods.
PCO1: Identification & preparation of organic compounds & their derivatives.
B.Sc III Sem. COURSE OUTCOME
CO1:Students study various metallurgical process & extractions of metals.
CO2: Students study the preparation of & reaction of nonaqueous solvents.
CO3: Classification & different concept of acids & bases.
CO4: Students learn about the orientation of substituents in aromatic compounds with different fundamental group
CO5: Students study the classification , nomenclature & reaction mechanism of alcohol & phenol .
CO6: Students able to determine molecular weight of the colligative properties.
CO7: Understand the basic concepts & structure determination using IR spectroscopy.
CO8: Students know the concept of thermodynamics & able to derive the equation of thermodynamics.
PCO1: Students know how to determine rate constant of I & II order.
PCO 2: Students learn determination of properties of liquids by experimentally.
COURSE OUTCOME FOR IV SEM
CO1: General characteristics of d-block and f-block elements.
CO2: Students will get the knowledge of elements in biological process
CO3: To study the concept of role of chemistry in environment.
CO4: Nomenclature, structure ,classification and mechanism of aldehyde, ketones, carboxylic acid, aromatic amines ethers and peroxides.
CO5: Students will understand the theoretical knowledge of electrolytes and application of conductance measurements.
CO6: Determination of rate constant for second order reaction by different methods & theories.
PCO1: Qualitative analysis of simple inorganic salts.
Course outcome for V sem.
CO1: Nomenclature , isomerisation & theories of co-ordination chemistry.
CO2: Students understand principles of gravimetric analysis.
CO3: Students able to determine types ,structure & application of inorganic chemistry.
CO4: Understanding the concept of Green Chemistry.
CO5: Classification & aromaticity of heterocylic compounds.
CO6: Students understand synthetic application & reaction mechanism.
CO7: Study of general aspects of chemical equilibrium & kinetics of chain reaction.
PCO1: Volumetric analysis of iron copper & calcium.
PCO2: Experimental study of conductometric titration.
Course Outcome For V sem. Paper-II
CO1: Students give brief account of synthesis significance, types & application of alloys, abrasives & glass.
CO2: Students understand manufacture composition & characteristics.
CO3:Students know preparation, mechanism & application of oxidising & reducing agents.
CO4: Students understand principle & instrumentation of mass spectroscopy.
CO5: Know the colour & constitution , synthesis of different dyes.
CO6: Study of theories of absorption & industrial application of catalyst.
CO7: Study of general aspects of chemical equilibrium & kinetics of chain reaction.
PCO1: Volumetric analysis of iron, copper ,zinc & calcium.
PCO2: Eperimental study of conductometric titration.
COURSE OUTCOME FOR VI SEM PAPER-1
CO1:They will understand the concept of CFT with respect to octahedral and square planar complexes calculation of CFSE and properties of complexes.
CO2: Students will learn formation and stability constant of metal-ligand Equilibrium , factors affecting the stability of the metal complex and chelate.
CO3: Students will get the knowledge of classification of organo transition metal complexes , 18 electron rule with respect to OMC complexes structure bonding in metal olefins and ferrocene.
CO4: Understanding the concept of Haworth and Conformational formulae of glucose & fructose there synthesis and intercombination .
CO5: Classification and importance of vit-A,B , B ,C , D and E & synthesis of amino acids , peptide, protein and terpenoids.
CO6: To study the concept of P,E curve for BMOs & ABMO electronic transition dipole moment and its application.
CO7: Students will get the knowledge of determination and classification of molar masses of polymers by using different methods.
CO8: To study the different photoelectric methods.
PCO1: Organic estimation & determination of saponification & iodine values of oils.
COURSE OUTCOME FOR VI SEM PAPER-2
CO1: Students acquire knowledge of paper & column chromatography .
CO2: Students understand the principle, instrumentation & application of different analytical methods.
CO3: Students acquire knowledge of nutrients and determination of various parameters of soil nutrients.
CO4:To study the concepts of electronic spectrum of metal complexes.
CO5 : Students acquire knowledge of manufacturing and cleaning action of soaps and detergents.
CO6: Students understand the basics of NMR spectroscopy in the study of some simple organic compounds.
CO7: They will learn the concept of photochemical laws quantum efficiency and photochemical process.
CO8: To study the reaction mechanism of various named reactions.
PCO1: Students acquire practical knowledge of gravimetric analysis of ores.
PCO2: Experimental study of potentiometric titrations and colorimetric methods by using Beers Lamberts law
COURSE OUTCOME OF I SEM (CBCS)
CO1: Students understand atomic structure through various atomic models,significance of quantum numbers and rules for filling atomic orbitals.
CO2: Students impart essential knowledge in chemical bonding factors affecting bonding study about different methods.
CO3: Students understand the fundamentals of organic chemistry.
CO4: Study the structure, shape and reactivity of organic molecule.
CO5: Study the preparation and reaction mechanism of alkenes, Dienesand alkynes.
CO6: Students will gain therotical knowledge in analytical techniques in purification of organic compounds such as crystallisation, sublimation ,MP & BP.
CO7: To know stereochemistry & various conformations of organic molecules.
COURSE OUTCOME OF II SEM (CBCS)
CO1: Students will learn the concept of thermodynamics importance & principles of thermo chemistry.
CO2:Students understand the concept of electrolytes,degree of ionisation & factors affecting the degree of ionization.
CO3: To study the concept of ionic equlibria & chemical equilibrium.
CO4: Students understand the concept of spectroscopy, UV spectroscopy & preparation of alkyl halides & Aryl halides.
CO5: They get knowledge of nomenclature , structure ,bonding , Reaction mechanism of aldehydes, ketones , Carboxylic acid , Ethers & epoxides.
PCO1: Identification of organic compounds and preparation of their derivative.
