Course Outcome

SEMESTER & CLASS	COURSE CODE	COURSE TITLE	COURSE OUTCOME
SEM 1 BSc Physics	PHY1 B01:	MECHANICS – I	Understand and apply the basic concepts of Newtonian Mechanics to Physical Systems Understand and apply the basic idea of work-energy theorem to physical systems Understand and apply the rotational dynamics of rigid bodies
SEM2 BSc Physics	PHY 2 B02:	MECHANICS – II	Understand the features of non-inertial systems and fictitious forces Understand and analyze the features of central forces with respect to planetary forces Understand the basic ideas of Harmonic Oscillations Understand the analyze the basic concepts of wave motion P
SEM3 BSc Physics	PHY3B03:	ELECTRODYNAMICS I	Understand and apply the fundamentals of vector calculus Understand and analyze the electrostatic properties of physical systems Understand the mechanism of electric field in matter. Understand and analyze the magnetic properties of physical systems Understand the mechanism of magnetic field in matter.
SEM4 BSc Physics	PHY4B04: PHY4 B05	ELECTRODYNAMICS II Core Course Practical V – Practical I	Understand the basic concepts of electrodynamics Understand and analyze the properties of electromagnetic waves Understand the behavior of transient currents Understand the basic aspects of ac circuits Understand and apply electrical network theorems Apply and verify theoretical concepts through laboratory experiments
SEM5 BSc Physics	PHY5B06:	COMPUTATIONAL PHYSICS	Understand the Basics of Python programming Understand the applications of Python modules Understand the basic techniques of numerical analysis Understand and apply computational techniques to physical problems
SEM 6 BSc Physics	PHY5B07:	QUANTUM MECHANICS	Understand the particle properties of electromagnetic radiation Describe Rutherford – Bohr model of the atom Understand the wavelike properties of particles Understand and apply the Schrödinger equation to simple physical systems Apply the principles of wave mechanics to the Hydrogen atom
SEM5 BSc Physics	PH5B08:	OPTICS	Understand the fundamentals of Fermat’s principles and geometrical optics Understand and apply the basic ideas of interference of light Understand and apply the basic ideas of diffraction of light Understand the basics ideas of polarization of light Describe the basic principles of holography and fibre optics
SEM5	PHY5B09:	ELECTRONICS (ANALOG & DIGITAL)	Understand the basic principles of rectifiers and dc power supplies Understand the principles of transistor Understand the working and designing of transistor amplifiers and oscillators Understand the basic operation of Op – Amp and its applications Understand the basics of digital electronics
SEM 6 BSc Physics	PHY6B10:	THERMODYNAMICS	Understand the zero and first laws of thermodynamics Understand the thermodynamics description of the ideal gas Understand the second law of thermodynamics and its applications Understand the basic ideas of entropy Understand the concepts of thermodynamic potentials and phase transitions
SEM6 BSc Physics	PHY6B11:	STATISTICAL PHYSICS, SOLID STATE PHYSICS, SPECTROSCOPY & PHOTONICS	Understand the basic principles of statistical physics and its applications Understand the basic aspects of crystallography in solid state physics Understand the basic elements of spectroscopy Understand the basics ideas of microwave and infra red spectroscopy Understand the fundamental ideas of photonics
SEM6 BSc Physics	PHY6B12:	NUCLEAR PHYSICS AND PARTICLE PHYSICS	Understand the basic aspects of nuclear structure and fundamentals of radioactivity Describe the different types of nuclear reactions and their applications Understand the principle and working of particle detectors Describe the principle and working of particle accelerators Understand the basic principles of elementary particle physics
SEM6 BSc Physics	PHY6B13:	RELATIVISTIC MECHANICS AND ASTROPHYSICS	Understand the fundamental ideas of special relativity Understand the basic concepts of general relativity and cosmology Understand the basic techniques used in astronomy Describe the evolution and death of stars Describe the structure and classification of galaxies
SEM6 BSc Physics	PHY6B14 (EL2):	NANOSCIENCE AND TECHNOLOGY	Understand the elementary concepts of nanoscience Understand the electrical transport mechanisms in nanostructures Understand the applications of quantum mechanics in nanoscience Understand the fabrication and characterization techniques of nanomaterials Enumerate the different applications of nanotechnology
	PHY6 B15PHY6 B16PHY6 B17 (P/R)	Practical XIV - Practical II Core Course Practical XV- Practical III Core Course XVII Project/Research methodology	Apply and verify theoretical concepts through laboratory experiments
Sem1 BSc Mathematics	PHY1C01	Complementary Course I: Properties of matter and Thermodynamics PHYSICS Practical	Understand the theoretical basis of young’s modulus, cantilever, elasticity etc. Apply and verify theoretical concepts through laboratory experiments
Sem2 BSc Mathematics	PHY2C02 -	Complementary Course II: Optics, Laser, Electronics PHYSICS Practical	Understand the concepts of optics, spectroscopy, electronics Apply and verify theoretical concepts through laboratory experiments
Sem3 BSc Mathematics	PHY3C03	Complementary Course III: Mechanics, Relativity, Waves and Oscillations PHYSICS Practical	Understand the various aspects of mechanics, relativity . waves and oscillations Apply and verify theoretical concepts through laboratory experiments
Sem4 BSc Mathematics	PHY4C04	Complementary Course IV: Electricity, Magnetism and Nuclear Physics Complementary Course V: PHYSICS Practical	Understand concepts of electricity, magnetism and nuclear physics Apply and verify theoretical concepts through laboratory experiments