The courses taught during semester 5 can be found here.

PRACTICAL III ELECTRONICS_2022-25

PRACTICAL II GENERAL PHYSICS II_2022-25

QUANTUM MECHANICS_2022-25

                       The Course Outcomes (COs) of the QM course are given below,

  • CO1: Understand the limitations of classical mechanics.
  • CO2: Explain Blackbody radiation problem, Photoelectric effect and Compton Effect using quantum theory of radiation.
  • CO3: Understand Rutherford, Bohr atom models and concept of energy and angular momentum quantization.
  • CO4: Understand de-Broglie hypothesis, concept of wave nature of matter and Heisenberg uncertainty principle.
  • CO5: Determine probability of finding a particle and expectation values of variable using its wave function
  • CO6: Write and solve Schrodinger equation for simple quantum mechanical systems.
  • CO7: State and explain Pauli’s exclusion principle.

ELECTROSTATICS & MAGNETOSTATICS_2022-25

The Course Outcomes (COs) of the EM Course are given below,

  • CO1: Understand the concept of electric field, electric potential, magnetic field and magnetic potentials.
  • CO2: Use the principle of superposition and Law of Gauss to calculate electric field intensity.
  • CO3: Determine electric potential of charge distributions and hence specify electric field intensity.
  • CO4: Understand the basic properties of conductors and capacitors.
  • CO5: Calculate the magnetic fields due to currents using Biot-Savart and Ampere laws.
  • CO6: Compare Magnetostatics and Electrostatics.
  • CO7: Understand Diamagnets, Paramagnets and Ferromagnets.


THERMODYNAMICS & STATISTICAL MECHANICS_2022-25

The Course Outcomes (COs) of the course TSM are given below,

  • CO1: Understand the concept of temperature, the thermodynamic state and equilibrium.
  • CO2: Explain the first law of thermodynamics through work and heat and its Mathematical Formulation.
  • CO3: Understand the ideal gas equation and kinetic theory of gases.
  • CO4: Understand the second law of thermodynamics and thermodynamic temperature scale.
  • CO5: Define entropy and thermodynamic potentials.
  • CO6: Understand the basic concepts of Statistical mechanics.


ELECTRONICS II_2022-25

The Course Outcomes (COs) of the ELEC2 Course are given below,

  • CO1: Understand the AC analysis of BJT circuits and CE amplifiers.
  • CO2: Understand the feedback circuits, oscillators and power amplifiers.
  • CO3: Understand OPAMP basics and different OPAMP circuits.
  • CO4: Understand the standard forms Boolean Expressions, Functions of Combinational Logic and K map simplifications.