Course Outcomes (COs) of Engineering : Physics (BESI-2T)
| Sr. No. | Unit No. | CO mapped |
|---|---|---|
| 1 | I Quantum Mechanics | CO1 |
| 2 | II Wave packets and wave equations | CO2, CO3 |
| 3 | III Crystal Structure | CO4 |
| 4 | IV Semiconductor Physics | CO5, CO6 |
1
be able to understand the basic principles of Quantum mechanics and to apply these to the complex phenomenon of matter radiation interaction.
2
be able to understand the concept of wave packets using Heisenberg's uncertainty principle.
3
be able to apply Schrodinger's wave equations to study the complex physical phenomenon.
4
be able to understand the structure of crystalline solids by applying knowledge of crystallography.
5
be able to understand semiconducting materials by using the concepts of band theory of solids.
6
be able to apply the knowledge of semiconductor fundamentals to study various electronic devices.
Course Outcomes (COs) of :Advanced Physics
| Sr. No. | Unit No. | CO mapped |
|---|---|---|
| 1 | I Lasers and wave optics | CO1, CO2 |
| 2 | II Electron Ballistics | CO3 |
| 3 | III Electron Optics | CO4 |
| 4 | IV Optical fiber and Nanoscience | CO5, CO6 |
1
Be able to understand the principle behind the working of LASERS.
2
Be able to understand the phenomenon of interference in thin films and its various applications.
3
Be able to understand the dynamics behind the trajectories of charged particles in electric and magnetic fields.
4
Be able to apply the concepts of electron optics to understand the working of various electro-optic devices.
5
Be able to understand the phenomenon of interference in thin films and its various applications.
6
Be able to learn various synthesis processes and basics of nanomaterials. The students will be able to understand the impact of Nanoscience and Nanotechnology on society.