1. Understand how the scientific method is applied in the physical sciences.
2. Be able to apply knowledge and techniques from physics to solve problems in the other physical sciences.
3. Be able to identify problems for study, conduct independent studies, and be productive members of collaborative teams.
4. Knowledge and understanding of core concepts in physics, including:
o Classical mechanics and electromagnetism, thermodynamics and statistical physics, principles of waves and optics, and quantum mechanics.
o Setting up experiments, collecting and analyzing data, identifying sources of uncertainty, and interpreting their results in terms of the fundamental principles and concepts of physics.
o Understand essential aspects of a problem, formulate a strategy for solution utilizing mathematical and computational methods, make appropriate approximations, and evaluate the correctness of their solution.
5. Effectively communicate results of his or her work to physicists and the public in both oral and written form.
6. Understand public issues in the sciences and be ready and able to contribute to their resolution.
7. Know and adhere to high professional and ethical standards of scientific work.
8. Understand the need to continue learning new concepts and skills throughout life to remain competent and responsible in the conduct of professional and personal activities

Department	Physics
Semester	B.Sc-I (NEP)
Subject Name & Code	1.1: MECHANICS AND PROPERTIES OF MATTER

Course Outcomes (COs)

CO-1: Will learn fixing units, tabulation of observations, analysis of data (graphical/analytical)
CO-2: Will learn about accuracy of measurement and sources of errors, importance of significant figures.
CO-3: Will know how g can be determined experimentally and derive satisfaction.
CO-4: Will see the difference between simple and torsional pendulum and their use in the determination of various physical parameters.
CO-5: Will come to know how various elastic moduli can be determined.
CO-6: Will measure surface tension and viscosity and appreciate the methods adopted.
CO-7: Will get hands on experience of different equipment.

Department	Physics
Semester	B.Sc-II (NEP)
Subject Name & Code	2.1: ELCTRICITY AND MAGNETISM

Course Outcomes (COs)
i. Demonstrate Gauss law, Coulomb’s law for the electric field, and apply it to systems of point charges as well as line, surface, and volume distributions of charges.
ii. Explain and differentiate the vector (electric fields, Coulomb’s law) and scalar (electric potential, electric potential energy) formalisms of electrostatics.
iii. Apply Gauss’s law of electrostatics to solve a variety of problems.
iv. Describe the magnetic field produced by magnetic dipoles and electric currents.
v. Explain Faraday-Lenz and Maxwell laws to articulate the relationship between electric and magnetic fields.

Department	Physics
Semester	B.Sc-III (CBCS)
Subject Name & Code	3.1: Electricity, Thermodynamics-I, Sound and Waves

Students are able to learn & understand the following concepts
• Cardinal points of an optical system.
• Spherical and chromatic aberrations.
• Dynamics of a charged particle in electric and magnetic field.
• Gauss law in dielectrics.
• Statement and mechanism of Biot-Savarts law.
• Uses of C.R.O. & B.G.

Department	Physics
Semester	B.Sc-IV (CBCS)
Subject Name & Code	4.1: Thermodynamics-II, Statistical Mechanics and Optics

Students are able to learn & understand the following concepts
• Interference of light and Michelson’s Interferometer.
• Diffraction of light, Zone plate, Fresnel, Fraunhoffer diffraction and polarization.
• Impedance and current in LCR circuit.
• Thomson, Peltier & Seebeck effects.
• Gradient, divergence and curl of vectors.
• Maxwell’s equations.

Department	Physics
Semester	B.Sc-V (Optional)
Subject Name & Code	5.1 PAPER-I: CLASSICAL MECHANICS, ELECTRONICS& RELATIVITY

Students are able to learn & understand the following concepts
• Generalized coordinates, Degrees of freedom, Configuration space and Lagrange’s equation of motion.
• D’alemberts principle.
• Kepler’s laws of planetary motion.
• Lorentz transformation equations.
• Quantum computing and single electron transistor.
• Lorentz transformation equations, Thevenins and Norton’s theorem.
• FET construction working and characteristics.
• Amplifiers, feedback amplifier and oscillator.

Department	Physics
Semester	B.Sc-V (Optional)
Subject Name & Code	5.2 PAPER-II: QUANTUM MECHANICS AND SPECTROSCOPY

Students are able to understand and implement the following concepts
• Heisenberg’s Uncertainty principle.
• Davisson and Germer experiment.
• Schrodinger time independent Wave equation.
• Vector atomic model of an atom.
• Normal and anomalous Zeeman effect using quantum theory.
• Raman effect based on quantum theory.
• Legendre, Bessel’s & Hermit’s Polynomials.

Department	Physics
Semester	B.Sc-VI (Optional)
Subject Name & Code	6.1 PAPER-I: SOLID STATE PHYSICS, NUCLEAR PHYSICS, ENERGY SOURCES, DIGITAL ELECTRONICS AND SPECIAL MATERIALS

Students are able to understand and implement the following concepts
• Structure, composition and thermal properties like thermal capacity thermal conductivity and electrical conductivity of the solid materials.
• Different models of the atoms, structure of the nucleus and elementary particles.
• Renewable and non renewable energy Sources.
• Advantages and disadvantages of renewable and non renewable energy Sources.
• Liquid crystals and its applications.
• Demorgans theorem and different truth tables.
• Design logic gates using NOR and NAND gates.
• Applications of Polymers.

Department	Physics
Semester	B.Sc-VI (Optional)
Subject Name & Code	6.3 PAPER-II: INTEGRAL TRANFORMS,OPTOELECTRONICS, COMMUNICATION, PROGRAMMING AND INTEGRATED ELECTRONICS

Students are able to learn and implement the following concepts
• Fourier and Laplace transform.
• opto-coupler and working of LED.
• Applications of optical fibers and LASER diode.
• Wave propagation and Modulation.
• Algorithm, flow chart, constants ,variables and C-tokens.
• Applications of IC and OP-amps.

Will be updated soon

Sl.No	Profile Photo	Name	Qualification	Specialization	Designation	View Profile
1		Shri M.H.LONI	M.Sc.	Electronics	Associate Professor	View
3		Shri. P.B.DALAWAI	M.Sc.	Nuclear Physics	Assistant Professor	View
		Miss SOUMYA A NIGADI	M.Sc.	Nuclear Physics	Assistant Professor	View
		Miss VIDYA HIREMATH	M.Sc.	Condensed Matter Physics	Assistant Professor	View
		Shri N.J. ALAGUNDAGI	P.U.C.		Lab. Attender