HomeBlogCAMDD-Video-Lecture CAMDD-Video-LectureBy vijaykarma / September 8, 2026 Contents1. Module 1 - Introduction to Machine Design and Classifications1.1. Lecture 1: Introduction to Machine Design1.2. Lecture 2: Introduction to Engineering Materials [Ferrous Metals]1.3. Lecture 3: Introduction to Engineering Materials [Non-Ferrous Metals]1.4. Lecture 4: Introduction to Engineering Materials [Non-Metals]1.5. Lecture 5: Introduction to Engineering Material Properties1.6. Lecture 6: Introduction to Stresses in Machine Members1.7. Lecture 7: Factor of Safety and introduction to Cotter Joint2. Module 2 - Design of Cotter and Knuckle Joint2.1. Lecture 8: Design of Spigot and Socket Cotter Joint2.2. Lecture 9: Design of Spigot and Socket Cotter Joint Problems2.3. Lecture 10: Design of Knuckle Joint3. Module 3 - Design of Riveted Joint3.1. Lecture 11: Introduction to Riveted Joint3.2. Lecture 12: Design of Riveted Joint Part 13.3. Lecture 13: Design of Riveted Joint Part 2 (Boiler Joint)3.4. Lecture 14: Design of Riveted Joint Part 3 (Eccentric Loading)4. Module 4 - Welded Joint Design4.1. Lecture 15: Introduction to Welded Joint4.2. Lecture 16: Design of Welded Joint Part 14.3. Lecture 17: Design of Welded Joint Part 25. Module 5 - Design of Screw Fasteners5.1. Lecture 18: Introduction to Screw Threads5.2. Lecture 19: Introduction to Bolts and Studs5.3. Lecture 20: Design of Bolted Joints Direct Loading5.4. Lecture 21: Design of Bolted joint Eccentric Loading5.5. Lecture 22: Design of Bolted joints Eccentric Loading6. Module 6 - Shaft Design6.1. Lecture 23: Design of Shaft Part 16.2. Lecture 24: Design of Shaft Problems Part 16.3. Lecture 25: Design of Shaft Problems Part 27. Module 7 - Couplings Design7.1. Lecture 26: Design of Sleeve or Muff Coupling7.2. Lecture 27: Design of Split Muff Coupling7.3. Lecture 28: Design of Flange Couplings7.4. Lecture 29: Design of Flexible Couplings8. Module 8 - Assembly Drawing8.1. Lecture 30: Introduction to Assembly Drawing and types8.2. Lecture 31: Orthographic Drawing of Nut and Bolt in AutoCAD8.3. Module 9 - Limit Fits and Tolerances8.4. Lecture 32: Introduction to Geometrical Tolerances8.5. Lecture 33: Geometrical Tolerances Applications8.6. Lecture 34: Dimensional Tolerances (Limit Fits and Tolerances)8.7. Lecture 35: Limit Fits and Tolerances Problems8.8. Lecture 36: Surface Roughness8.9. Lecture 37: Preferred Series Numbers Module 1 - Introduction to Machine Design and Classifications Lecture 1: Introduction to Machine Design Lecture 2: Introduction to Engineering Materials [Ferrous Metals] Lecture 3: Introduction to Engineering Materials [Non-Ferrous Metals] Lecture 4: Introduction to Engineering Materials [Non-Metals] Lecture 5: Introduction to Engineering Material Properties Lecture 6: Introduction to Stresses in Machine Members Lecture 7: Factor of Safety and introduction to Cotter Joint Module 2 - Design of Cotter and Knuckle Joint Lecture 8: Design of Spigot and Socket Cotter Joint Lecture 9: Design of Spigot and Socket Cotter Joint Problems Lecture 10: Design of Knuckle Joint Module 3 - Design of Riveted Joint Lecture 11: Introduction to Riveted Joint Lecture 12: Design of Riveted Joint Part 1 Lecture 13: Design of Riveted Joint Part 2 (Boiler Joint) Lecture 14: Design of Riveted Joint Part 3 (Eccentric Loading) Module 4 - Welded Joint Design Lecture 15: Introduction to Welded Joint Lecture 16: Design of Welded Joint Part 1 Lecture 17: Design of Welded Joint Part 2 Module 5 - Design of Screw Fasteners Lecture 18: Introduction to Screw Threads Lecture 19: Introduction to Bolts and Studs Lecture 20: Design of Bolted Joints Direct Loading Lecture 21: Design of Bolted joint Eccentric Loading Lecture 22: Design of Bolted joints Eccentric Loading Module 6 - Shaft Design Lecture 23: Design of Shaft Part 1 Lecture 24: Design of Shaft Problems Part 1 Lecture 25: Design of Shaft Problems Part 2 Module 7 - Couplings Design Lecture 26: Design of Sleeve or Muff Coupling Lecture 27: Design of Split Muff Coupling Lecture 28: Design of Flange Couplings Lecture 29: Design of Flexible Couplings Module 8 - Assembly Drawing Lecture 30: Introduction to Assembly Drawing and types Lecture 31: Orthographic Drawing of Nut and Bolt in AutoCAD Module 9 - Limit Fits and Tolerances Lecture 32: Introduction to Geometrical Tolerances Lecture 33: Geometrical Tolerances Applications Lecture 34: Dimensional Tolerances (Limit Fits and Tolerances) Lecture 35: Limit Fits and Tolerances Problems Lecture 36: Surface Roughness Lecture 37: Preferred Series Numbers