Modules / Lectures
Module NameDownloadDescriptionDownload Size
Week-5: Introduction to vacuum Technology, Physical Vapour Deposition- EvaporationLecture 25Lecture 25- Lecture notes1399 kb
Week-5: Introduction to vacuum Technology, Physical Vapour Deposition- EvaporationLecture 24Lecture 24- Lecture notes1812 kb
Week-5: Introduction to vacuum Technology, Physical Vapour Deposition- EvaporationLecture 23Lecture 23- Lecture notes1596 kb
Week-5: Introduction to vacuum Technology, Physical Vapour Deposition- EvaporationLecture 22Lecture 22- Lecture notes1679 kb
Week-5: Introduction to vacuum Technology, Physical Vapour Deposition- EvaporationLecture 21Lecture 21- Lecture notes1320 kb
Week-6: Introduction to Plasma, Physical Vapour Deposition- SputteringLecture 30Lecture 30- Lecture notes6959 kb
Week-6: Introduction to Plasma, Physical Vapour Deposition- SputteringLecture 29Lecture 29- Lecture notes1180 kb
Week-6: Introduction to Plasma, Physical Vapour Deposition- SputteringLecture 28Lecture 28- Lecture notes2255 kb
Week-6: Introduction to Plasma, Physical Vapour Deposition- SputteringLecture 27Lecture 27- Lecture notes1491 kb
Week-6: Introduction to Plasma, Physical Vapour Deposition- SputteringLecture 26Lecture 26- Lecture notes1661 kb
Week-7: Chemical Vapour Deposition- LPCVD, PECVD, MOCVDLecture 35Lecture 35- Lecture notes6145 kb
Week-7: Chemical Vapour Deposition- LPCVD, PECVD, MOCVDLecture 34Lecture 34- Lecture notes2234 kb
Week-7: Chemical Vapour Deposition- LPCVD, PECVD, MOCVDLecture 33Lecture 33- Lecture notes1255 kb
Week-7: Chemical Vapour Deposition- LPCVD, PECVD, MOCVDLecture 31Lecture 31- Lecture notes2181 kb
Week-7: Chemical Vapour Deposition- LPCVD, PECVD, MOCVDLecture 32Lecture 32- Lecture notes1107 kb
Week-8: Nucleation and Growth of Thin Films, Special Techniques and ApplicationsLecture 40 (B)Lecture 40(B)- Lecture notes1760 kb
Week-8: Nucleation and Growth of Thin Films, Special Techniques and ApplicationsLecture 40 (A)Lecture 40(A)- Lecture notes3048 kb
Week-8: Nucleation and Growth of Thin Films, Special Techniques and ApplicationsLecture 39Lecture 39- Lecture notes2627 kb
Week-8: Nucleation and Growth of Thin Films, Special Techniques and ApplicationsLecture 38Lecture 38- Lecture notes3335 kb
Week-8: Nucleation and Growth of Thin Films, Special Techniques and ApplicationsLecture 36Lecture 36- Lecture notes2438 kb
Week-8: Nucleation and Growth of Thin Films, Special Techniques and ApplicationsLecture37Lecture 37- Lecture notes2538 kb
Module NameDownloadDescriptionDownload Size
Week-1: Stress and Strain Analysis and Yield CriteriaAssignment 1Assignment 1394 kb
Week-2: Plastic Instability and SuperplasticityAssignment 2Assignment 2712 kb
Week-3: Mechanics of metal workingAssignment 3Assignment 3523 kb
Week-4: Friction and Formability and Case StudiesAssignment 4Assignment 4528 kb
Week-5: Introduction to vacuum Technology, Physical Vapour Deposition- EvaporationAssignment 5Assignment 5336 kb
Week-6: Introduction to Plasma, Physical Vapour Deposition- SputteringAssignment 6Assignment 6117 kb
Week-7: Chemical Vapour Deposition- LPCVD, PECVD, MOCVDAssignment 7Assignment 7323 kb
Week-8: Nucleation and Growth of Thin Films, Special Techniques and ApplicationsAssignment 8Assignment 8232 kb