B.Sc- I Sem :Physics[Mechanics and properties of Matter]
PROGRAMME OUTCOME
PO1:Understanding of fundamental concepts, theorems, problem solving, & concept of measures of all subjects
PO2:Opportunities in higher education, competitive exams & Scientific job opportunities
PO3:Aquiring knowledge on experiments ,critical thinking problem solving ,Analytical data and relevant
PROGRAMME SPECIFIC OUTCOMES
PSO1:Aquiring the fundamental knowledge :Definition ,Concept, Conversion of units & measurements & proper understanding of physics
PSO2:Enhancement of skill :Designing circuits block diagram, Nature of graph ,Comparing theory with Experimental result
PSO3:Dovelpment of lab skills : Knowledge of components ,Equipment connection & use of instruments ,
PSO4:Building scientific temper: Correlation of various components & concepts phenomenon of Physics
PSO5:Innovative methods : Acquisition of Knowledge through project works
PSO6:Discovery of Physics concept to other Disciplines like chemistry, cs,& Engineering
PSO7:Inculate ethical values : Students will realize And develop understanding impact physics on society
COURSE OUTCOMES
CO1:Able to understand type of motion & to solve oscillation problems
CO2:Learn the use of graph to fit the curves
CO3:Various experimental methods on gravitational force
CO4:Understanding f laws of planetary motion
CO5:Implementation of linear momentum through single stage rocket
CO6:study the kinematics rigid body
CO7:Experimental determination and analysis of dynamics of rigid body
CO8:Detrmination of elastic constants
CO9:Able to relate surface tension and capillarity
CO10:Application of stokes law for the measurement of viscosity of fluids
CO11:Solving numerical problems
B SC-ll Sem physics (Sound and thermal physics)
PROGRAMME OUTCOME
PO1:Understanding of fundamental concepts, theorems, problem solving, & concept of measures of all subjects
PO2:Opportunities in higher education, competitive exams & Scientific job opportunities
PO3:Aquiring knowledge on experiments ,critical thinking problem solving ,Analytical data and relevant
PROGRAMME SPECIFIC OUTCOMES
PSO1:Aquiring the fundamental knowledge :Definition ,Concept, Conversion of units & measurements & proper understanding of physics
PSO2:Enhancement of skill :Designing circuits block diagram, Nature of graph ,Comparing theory with Experimental result
PSO3:Dovelpment of lab skills : Knowledge of components ,Equipment connection & use of instruments ,
PSO4:Building scientific temper: Correlation of various components & concepts phenomenon of Physics
PSO5:Innovative methods : Acquisition of Knowledge through project works
PSO6:Discovery of Physics concept to other Disciplines like chemistry, cs,& Engineering
PSO7:Inculate ethical values : Students will realize And develop understanding impact physics on society
COURSE OUTCOME’S
CO1:Students will able to identify difference between various types of vibrations
CO2:Analysis of energy conversion using transducer; run and experiment on loud speaker and microphone.
CO3:To explain gas pressure and thermal expansion in terms of kinetic theory of gases
CO4:Students will able to analyse random by knowing Brownian motion
CO5:To quantify entropy changes using a statistical approach and heat changes
CO6:Laws of thermodynamics; all the motive power is derived from heat using some form of heatengine
CO7:To understand the production and measurement of low pressure
CO8:To study the production of low temperature by various experiments
CO9:Study of stefan’s law and determination of stefans constant
CO10:Solving numerical problems
B SC-lll Sem Physics (Geometrical optics and Electricity)
PROGRAMME OUTCOME
PO1:Understanding of fundamental concepts, theorems, problem solving, & concept of measures of all subjects
PO2:Opportunities in higher education, competitive exams & Scientific job opportunities
PO3:Aquiring knowledge on experiments ,critical thinking problem solving ,Analytical data and relevant
PROGRAMME SPECIFIC OUTCOMES
PSO1:Aquiring the fundamental knowledge :Definition ,Concept, Conversion of units & measurements & proper understanding of physics
PSO2:Enhancement of skill :Designing circuits block diagram, Nature of graph ,Comparing theory with Experimental result
PSO3:Dovelpment of lab skills : Knowledge of components ,Equipment connection & use of instruments ,
PSO4:Building scientific temper: Correlation of various components & concepts phenomenon of Physics
PSO5:Innovative methods : Acquisition of Knowledge through project works
PSO6:Discovery of Physics concept to other Disciplines like chemistry, cs,& Engineering
PSO7:Inculate ethical values : Students will realize And develop understanding impact physics on society
COURSES OUTCOME
CO1: Students will be able to apply the fundamental laws of geometrical optics.
CO2: Ability to learn graphical constructions and image formation.
CO3: Aquiring knowledge of abberations of optical systems and there cause and remidies.
CO4: Students will get the knowledge of different types of eye pieces and there use.
CO5: To get the knowledge of different types of galvanometer and there use.
CO6: Use of electronic instruments.
CO7: Use of electronic components and there effect.
CO8: Knowledge of fundamental laws of electromagnetism.
CO9: Solutions of numerical problems.
B Sc- IV Sem Physics (Physical optics and Electricity-II)
PROGRAMME OUTCOME
PO1:Understanding of fundamental concepts, theorems, problem solving, & concept of measures of all subjects
PO2:Opportunities in higher education, competitive exams & Scientific job opportunities
PO3:Aquiring knowledge on experiments ,critical thinking problem solving ,Analytical data and relevant
PROGRAMME SPECIFIC OUTCOMES
PSO1:Aquiring the fundamental knowledge :Definition ,Concept, Conversion of units & measurements & proper understanding of physics
PSO2:Enhancement of skill :Designing circuits block diagram, Nature of graph ,Comparing theory with Experimental result
PSO3:Dovelpment of lab skills : Knowledge of components ,Equipment connection & use of instruments ,
PSO4:Building scientific temper: Correlation of various components & concepts phenomenon of Physics
PSO5:Innovative methods : Acquisition of Knowledge through project works
PSO6:Discovery of Physics concept to other Disciplines like chemistry, cs,& Engineering
PSO7:Inculate ethical values : Students will realize And develop understanding impact physics on society
COURSE OUTCOME’S
CO1:Understand the physical principals behind wave optics.
CO2:Students will get the knowledge of interferometer’s and their applications.
CO3:Describe and discuss optical interference using wavefront splitting and amplitude splitting.
CO4:Describe and discuss various types of polarization and methods used to generate and analysis
Polarized light using wave plates.
CO5:Knowledge of diffraction effects observed in a single slit and multiple slits and relate to Rayleigh criterion and optical revolution.
CO6:To derive and manipulate formula and to solve optics related problems.
CO7:Able to solve Electro magnetic problems with the knowledge of maxwells equations.
CO8: Have an understanding of laws of thermoelectric effect.
CO9: To record analysis and present experimental findings in physical optics.
B SC-V Physics (paper-1)
PROGRAMME OUTCOME
PO1:Understanding of fundamental concepts, theorems, problem solving, & concept of measures of all subjects
PO2:Opportunities in higher education, competitive exams & Scientific job opportunities
PO3:Aquiring knowledge on experiments ,critical thinking problem solving ,Analytical data and relevant
PROGRAMME SPECIFIC OUTCOMES
PSO1:Aquiring the fundamental knowledge :Definition ,Concept, Conversion of units & measurements & proper understanding of physics
PSO2:Enhancement of skill :Designing circuits block diagram, Nature of graph ,Comparing theory with Experimental result
PSO3:Dovelpment of lab skills : Knowledge of components ,Equipment connection & use of instruments ,
PSO4:Building scientific temper: Correlation of various components & concepts phenomenon of Physics
PSO5:Innovative methods : Acquisition of Knowledge through project works
PSO6:Discovery of Physics concept to other Disciplines like chemistry, cs,& Engineering
PSO7:Inculate ethical values : Students will realize And develop understanding impact physics on society
COURSE OUTCOMES
CO1: Understanding types of constraints
CO2: Application of Lagrange’s equation to various problems
CO3: Understanding central force and kepler’s law of planatery motion
CO4:Able to understand characterization and applications of nano materials
CO5: Able to understand basic concepts like the equivalence principles & time dilation
CO6: Application of Lorentz transformation to standard problems
CO7: Acquire basic knowledge on the working of various semiconductor devices.
CO8: Design an experiment with various voltage regulation
CO9: Develop analysis capability in BJT & FET amplifier circuit.
CO10: Design of various oscillator’s and its application
B SC- V physics (paper II)
PROGRAMME OUTCOME
PO1:Understanding of fundamental concepts, theorems, problem solving, & concept of measures of all subjects
PO2:Opportunities in higher education, competitive exams & Scientific job opportunities
PO3:Aquiring knowledge on experiments ,critical thinking problem solving ,Analytical data and relevant
PROGRAMME SPECIFIC OUTCOMES
PSO1:Aquiring the fundamental knowledge :Definition ,Concept, Conversion of units & measurements & proper understanding of physics
PSO2:Enhancement of skill :Designing circuits block diagram, Nature of graph ,Comparing theory with Experimental result
PSO3:Dovelpment of lab skills : Knowledge of components ,Equipment connection & use of instruments ,
PSO4:Building scientific temper: Correlation of various components & concepts phenomenon of Physics
PSO5:Innovative methods : Acquisition of Knowledge through project works
PSO6:Discovery of Physics concept to other Disciplines like chemistry, cs,& Engineering
PSO7:Inculate ethical values : Students will realize And develop understanding impact physics on society
COURSE OUTCOMES
CO1: Students will understand the details of matters waves.
CO2: Able to understand different lasers and comparison between them.
CO3: Able to solve Schrodinger’s equations for simple configurations.
CO4: Understand the interpretation of wave function and nature of location of a particle
CO5: Able to describe the atomic spectra of one and two valence electron atoms.
CO6: Explain change in behaviour of atoms in external applied electric and magnetic field.
CO7: Able to explain rotational ,vibrational,electronic and Raman spectra of molecules.
CO8: Study how scattering is affected by particles in air
CO9: Develop the ability to describe SPECIFIC function and their recurrence relation
CO10: Study the applications of SPECIFIC function in various physical problems.
B SC-VI Physics (paper 1)
PROGRAMME OUTCOME
PO1:Understanding of fundamental concepts, theorems, problem solving, & concept of measures of all subjects
PO2:Opportunities in higher education, competitive exams & Scientific job opportunities
PO3:Aquiring knowledge on experiments ,critical thinking problem solving ,Analytical data and relevant.
PROGRAMME SPECIFIC OUTCOMES
PSO1:Aquiring the fundamental knowledge :Definition ,Concept, Conversion of units & measurements & proper understanding of physics
PSO2:Enhancement of skill :Designing circuits block diagram, Nature of graph ,Comparing theory with Experimental result
PSO3:Dovelpment of lab skills : Knowledge of components ,Equipment connection & use of instruments ,
PSO4:Building scientific temper: Correlation of various components & concepts phenomenon of Physics
PSO5:Innovative methods : Acquisition of Knowledge through project works
PSO6:Discovery of Physics concept to other Disciplines like chemistry, cs,& Engineering
PSO7:Inculate ethical values : Students will realize And develop understanding impact physics on society
COURSE OUTCOMES
CO1:Able to apply techniques of x-ray diffractions to study the crystals.
CO2: Able to understand lattice heat capacity and to compare classical theory,Einsten’s theory and Debye’s theory of specific heat of solids.
CO3:Able to understand the basic properties of semiconductors and their technological applications.
CO4:Application of superconductivity to superconducting wires and maglev trains.
CO5:Able to apply the formula for determining half-life of radioactive decaying elements.
CO6:Able to get through the knowledge of counting systems used in the nucler instrumentation .
CO7:Able to understand the need of energy conversion and various methods of energy storage.
CO8:Able to explain the applications of solar energy.
CO9:Understanding of the fundamental concepts and techniques used in the digital electronics.
CO10:Applications of liquid crystals to LCD and other fields
B SC-VI Physics (Paper 2)
PROGRAMME OUTCOME
PO1:Understanding of fundamental concepts, theorems, problem solving, & concept of measures of all subjects
PO2:Opportunities in higher education, competitive exams & Scientific job opportunities
PO3:Aquiring knowledge on experiments ,critical thinking problem solving ,Analytical data and relevant
PROGRAMME SPECIFIC OUTCOMES
PSO1:Aquiring the fundamental knowledge :Definition ,Concept, Conversion of units & measurements & proper understanding of physics
PSO2:Enhancement of skill :Designing circuits block diagram, Nature of graph ,Comparing theory with Experimental result
PSO3:Dovelpment of lab skills : Knowledge of components ,Equipment connection & use of instruments ,
PSO4:Building scientific temper: Correlation of various components & concepts phenomenon of Physics
PSO5:Innovative methods : Acquisition of Knowledge through project works
PSO6:Discovery of Physics concept to other Disciplines like chemistry, cs,& Engineering
PSO7:Inculate ethical values : Students will realize And develop understanding impact physics on society
COURSE OUTCOME’S
CO1:Learn the Fourier analysis of periodic functions and their applications in various physical problems.
CO2:Learn to use Laplace transform method to solve differential equations.
CO3:Able to understand importance of optical fibres in communication .
CO4:Understand the conversion of light energy into electric energy and vice-versa.
CO5:Able to understand electromagnetic spectra and different frequency bands.
CO6:Learn modulation and types in it.
CO7:Develop the skill of writing the algorithm for solving problems
CO8:By algorithm able to find out the roots of quadratic equation
CO9:Study the applications of integral circuits
CO10: Demonstrate the ability to design practical circuits using ICs.
