| Module 1: Introduction | SA 1 | Self Assessment | 4 |
| Module 2: Normal metals | SA 2 - 1 | Self Assessment | 4 |
| Module 2: Normal metals | SA 2 - 2 | Self Assessment | 2 |
| Module 3: Superconductivity phenomenon | SA 3 - 1 | Self Assessment | 5 |
| Module 3: Superconductivity phenomenon | SA 3 - 2 | Self Assessment | 4 |
| Module 4: Thermodynamics of the superconducting transition | SA 4 - 1 | Self Assessment | 2 |
| Module 4: Thermodynamics of the superconducting transition | SA 4 - 2 | Self Assessment | 2 |
| Module 5: Ginzburg-Landau phenomenological theory | SA 5 | Self Assesment | 85 |
| Module 6: Microscopic theory of superconductivity | SA 6 | SA | 22 |
| Module 7: Tunneling and the energy gap | SA 7 | SA | 3 |
| Module 8 : Application of Superconductors | SA 8 | Self Assessment | 7 |
| Module 9 : Experimental probes of Superconductivity | SA 9 | Self Assessment | 7 |