Prof.Nandadeepa Choukimath
M.Sc. B.Ed.
Email id –nandadeepac@gmail.com
Contact – 9606633491

Prof.Gururaj Kulkarni
M.Sc. B.Ed.
Email id –gbkulkarni2018@gmail.com
Contact – 8050146012

Department of  Physics  was established in the Year of 2018.


The credit of laying affirm foundation of the Department goes to 
Prof: I.R YARNAL


  Prof: N.R.CHOUKIMATH joined  the department in the year 2020


At present
Prof:N.R.CHOUKIMATH is Head of the Department.


In the year 2021 G B KULKARNI was appointed as Lecturer.

Aims and objectives

  1. To impart quality education and achieve academic excellence through planning, leadership, brilliance, inspiration and effectiveness.
  2. To set high standards of comprehensive education by developing the intellectual strength of students and guiding them towards Scientific and technical excellence.
  • To evolve strategies towards performance planning of the department.
  1. To promote the department as a center of Excellence.
  2. to help them develop critical thinking and quantitative reasoning skills, to empower them to think creatively and critically about scientific problems and experiments

Sl .No

Name

Designation

Qualification

Experience

Link

01

Miss N.R.Choukimath

Assistant Professor

M.Sc B. Ed

3.5 years

View

02

Mr. G.B.Kulakarni

Assistant Professor

M.Sc B. Ed

2 years

View

.

L

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.