1. Introduction on VLSI Design
2. Bipolar Junction Transistor Fabrication
3. MOSFET Fabrication for IC
4. Crystal Structure of Si (Part 1)
5. Crystal Structure of Si (Part 2)
6. Defects in Crystal & Crystal Growth (Part 1)
7. Defects in Crystal & Crystal Growth (Part 2) and Epitaxy I
8. Epitaxy II: Vapour Phase Epitaxy
9. Epitaxy III: Doping during Epitaxy
10. Molecular Beam Epitaxy
11. Oxidation I: Kinetics of Oxidation
12. Oxidation II: Oxidation Rate Constants
13. Oxidation III: Dopant Redistribution
14. Oxidation IV: Oxide Charges
15. Diffusion I: Theory of Diffusion
16. Diffusion II: Infinite Source
17. Diffusion III: Actual Doping Profiles
18. Diffusion IV: Diffusion Systems
19. Ion: Implantation Process
20. Ion: Implantation Process
21. Annealing of Damages
22. Masking during Implantation
23. Lithography (Part 1)
24. Lithography (Part 2)
25. Wet Chemical Etching
26. Dry Etching
27. Plasma Etching Systems
28. Etching of Si,Sio2,SiN and Other Materials
29. Plasma Deposition Process
30. Metalization (Part 1)
31. Problems in Aluminium Metal Contacts
32. IC BJT - From junction isolation to LOCOS
33. Problems in LOCOS and Trench Isolation
34. More about BJT Fabrication and Realization
35. Circuits and Transistors in ECL Circuits
36. MOSFET I: Metal Gate vs Self-aligned Poly-gate
37. MOSFET II: Tailoring of Device Parameters
38. CMOS Technology
39. Latch-up in CMOS
40. BICMOS Technology

In this course, Prof. Nandita Dasgupta gives 40 video lectures on VLSI Design. The course covers lessons in bipolar junction transistor fabrication, crystal structure,crystal growth,oxidation, diffusion, lithography, metallization, BJT, MOSFET, CMOS and BICMOS technology.