B.Sc. in Physics (PHMDC-114T)
Course Outcomes CO COGNITIVE ABILITIES COURSE OUTCOMES CO1 REMEMBER UNDERSTAND Understand the Einstein’s excitation theory of atoms also understand type of emission of radiation. Remember Study of properties of laser and also different type of lasers and their applications. CO2 REMEMBER UNDERSTAND Remember composition and characteristics of plasma and understand different phenomenon related to plasma. Also study different applications of natural and man-made plasma.
B.Sc. in Physics (PHM-113P)
Course Outcomes CO COGNITIVE ABILITIES COURSE OUTCOMES CO1 REMEMBER UNDERSTAND Set up the instruments as per the instructions, Connect the circuit as given in the circuit diagram CO2 UNDERSTAND APPLY Develop measurements techniques, record observations, use the given formula, do calculations. CO3 EVALUATE Find uncertainty involved in the observations CO4 ANALYSE Analyse the observations for scientific inference
Detailed Advt Asst Professor in SFI 2026
Detailed Advt Asst Professor in SFI 2026
ATR AC 5th
ATR AC 5th
Minutes AC 5th
Minutes AC 5th
B. Sc in Chemistry (CHM 364P)
Course Outcomes CO COURSE OUTCOMES CO1 Gain the fundamental and basic knowledge of physico-chemical experiments. CO2 Understand the basic concepts and principles of cconductometer, refractometer and viscometer. CO3 Apply the skill how to handle different instruments like conductometer, refractometer and viscometer. CO4 Analyse and conclude the facts regarding the chemical kinetics. CO5 Evaluate, judge and defend the different types of titration using instruments. CO6 Synthesise, Create, modify and develop the new techniques to perform titrations using different instruments.
B. Sc in Chemistry (CHE 364T)
Course Outcomes CO COURSE OUTCOMES CO1 Know about natural bio-polymer and complexing agents CO2 Understand about natural bio-polymer and complexing agents CO3 Apply the knowledge to solve environmental issues CO4 Develop problem solving skill related to industrial and analytical technics.
B. Sc in Chemistry (CHM 363P)
Course Outcomes CO COURSE OUTCOMES CO1 Gain the fundamental and basic knowledge of types of separation techniques, organic preparations and inorganic quantitative analysis. CO2 Understand the basic principle and applications of separation techniques, organic preparations, gravimetric and volumetric analysis. CO3 Apply the knowledge to solve problems related to identification, synthesis and purification. CO4 Analyse and conclude the facts regarding the organic qualitative analysis and inorganic quantitative analysis. CO5 Evaluate, judge and defend the different types of tests involves in the organic spotting CO6 Develop problem solving skills for organic synthesis, separation and indetification, impurity profile and purity which can be helpful to analyse research problems
B. Sc in Chemistry (CHM 362T)
Course Outcomes CO COURSE OUTCOMES CO1 Know about advanced topics of physical chemistry CO2 Understand the principle and theory of different laws of thermodynemics, electrochemistry, solid and liquid states, phase rule and photochemistry CO3 Apply the knowledge to predict the feasibility of reaction, emf calculations, arrangement of constituent particles in solid, phase transition conditions and photochemical technique. CO4 Create problem solving skills related to advanced topics of physical chemistry for environmental safety and research.
B. Sc in Chemistry (CHM 361T)
Course Outcomes CO COURSE OUTCOMES CO1 Gain the fundamental knowledge of molecular symmetry, symmetry elements and symmetry operations, trans effect, different theory of trans effect, Hermitian operator, particle in three dimensional box, rigid rotator, term symbol and electronic spectra of complex compounds. CO2 Understand the basic concepts of group property and point group, inorganic reaction mechanisms involved in complexes, wave function and energy equation for particle in three dimensional box and ring, Schrodinger equation in spherical polar coordinates, determination of term symbol and microstates. CO3 Solve the problems regarding point group, group multiplication table, application of trans effect, particle in three dimensional box and ring, normalised wave function, Hermitian operator, determination of term symbol in ground state and electronic spectra of the complex compounds. CO4 Analyse and correlate the facts regarding visualisation of symmetry elements symmetry operations, geometry of compounds, mechanism involved during substitution reactions in complexes, Hermitian property, Pigeon hole diagram of p2 and d2 configuration, Hole formulation and Orgel energy level diagram. CO5 Evaluate and criticize the principles of molecular symmetry, substitution reaction of complexes, solution of Schrodinger equation in spherical polar coordinates, term symbol and Laporte orbital and spin selection rules. CO6 Create, modify and synthesise the facts of point group of molecules, Factors affecting the rates of substitution reaction in square planar complexes, wave function and energy equation for particle in three dimensional box and ring, term symbol, microstates and Orgel energy level diagram.
