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Introduction to Manufacturing Processes

Introduction to Manufacturing Processes banner
Self-paced Beginner

Introduction to Manufacturing Processes

3(115)
3 enrolled
744 views
FREE
1936 min
Anytime
English
744 views
Engineering Academy
Engineering AcademyLearn Without Limits: Free Engineering Courses
AutomotiveMechanical Engineering
  • Lifetime access
  • Certificate of completion
  • Foundational Learning
  • Access to Study Materials
Volume pricing for groups of 5+

Why enroll

Discover the fundamentals of manufacturing processes and transform your skills! Learn the principles, techniques, and applications of various manufacturing methods. Enroll now and start building your future in manufacturing!

Your instructor

Engineering Academy

Engineering Academy

Engineer

Learn Without Limits: Free Engineering Courses

5+ yrs experience·India

252Courses
4Articles
114Seminars
258Learners
4Avg rating
15Followers

Is this course for you?

You should take this if

  • You work in Automotive
  • You're a Mechanical Engineering / Production Engineering professional
  • You prefer self-paced learning you can revisit

You should skip if

  • You need a different specialisation outside Mechanical Engineering
  • You need live interaction with an instructor

Course details

In "Introduction to Manufacturing Processes," you'll explore the fundamental principles and techniques used in various manufacturing processes. This course covers the basics of manufacturing, including material properties, process selection, and product design considerations. You'll learn about different manufacturing processes, such as casting, forming, machining, and joining, and understand their applications, advantages, and limitations. Through a combination of theoretical explanations and practical examples, you'll gain a comprehensive understanding of the manufacturing process and develop the skills to analyze and optimize production methods. By the end of this course, you'll have a solid foundation in manufacturing processes and be well-prepared to pursue further studies or careers in manufacturing, engineering, or related fields. Whether you're a student, engineer, or industry professional, this course will provide you with a valuable understanding of the manufacturing process and its role in modern industry.

Source: Youtube Channel NPTEL

Course suitable for

Course content

The course is readily available, allowing learners to start and complete it at their own pace.

60 lectures32 hr 16 min
  1. Understanding Manufacturing
    30 min
  2. Fundamental Approaches of Manufacturing
    33 min
  3. Manufacturing process Specific advantages and limitations
    41 min
  4. Material and Manufacturing Processes
    32 min
  5. Classification of Manufacturing Processes
    27 min
  6. Selection of Manufacturing Processes
    32 min
  7. Applications of Manufacturing Processes
    33 min
  8. Effect of Manufacturing Process on Mechanical properties
    33 min
  9. Break Even Analysis in Manufacturing Processes
    32 min
  10. Casting: Introduction and Suitability
    35 min
  11. Steps of Casting Processes
    26 min
  12. Casting: Terminology
    40 min
  13. The Pattern Allowances I
    34 min
  14. The Pattern Allowances II
    31 min
  15. Casting: Sand Moulding l
    31 min
  16. Sand Moulding II
    38 min
  17. Casting: Core and Core Prints
    36 min
  18. Casting: Gating System
    39 min
  19. Casting: Yield and Riser Design
    31 min
  20. Casting: Riser Design
    25 min
  21. Casting: Cleaning of Castings
    30 min
  22. Casting Casting Defects and their Preventions
    42 min
  23. Casting: Shell Mould Casting
    30 min
  24. Casting: Investment and Permanent Mould Casting
    28 min
  25. Metal Working Processes: Hot & Cold Working
    32 min
  26. Metal Working Processes: Rolling
    36 min
  27. Metal Working Processes: Forging
    38 min
  28. Metal Working Processes: Extrusion
    32 min
  29. Metal Working Processes: Wire Drawing
    31 min
  30. Metal Working Processes: Press
    32 min
  31. Sheet Metal Operations: Shearing
    30 min
  32. Metal Working Processes: Sheet Metal Operations II
    33 min
  33. Metal Working Processes: Sheet Metal Operations III
    38 min
  34. Metal Working Processes: Dies and Die sets
    36 min
  35. Material Removal Processes: Machining
    37 min
  36. Material Removal Processes: Mechanism of Metal Cutting
    30 min
  37. Material Removal Processes: Chip Formation
    24 min
  38. Material Removal Processes: Types of Chips and Power Consumption
    33 min
  39. Material Removal Processes: Heat Generation
    27 min
  40. Material Removal Processes: Tool Failure and Tool Life
    31 min
  41. Material Removal Processes: Tool materials
    38 min
  42. Material removal processes: Cutting fluids
    33 min
  43. Material removal processes: Grinding I
    33 min
  44. Material removal Processes: Grinding II
    30 min
  45. Material removal Processes: Grinding III
    34 min
  46. Material removal processes: Grinding operations
    26 min
  47. Joining of metals: Fundamentals I
    28 min
  48. Joining of metals: Fundamentals II
    40 min
  49. Joining of metals: Welding processes
    28 min
  50. Brazing, soldering and weldability
    29 min
  51. Weldability and welding defects
    31 min
  52. Heat treatment: Fundamentals I
    31 min
  53. Heat treatment: Fundamentals II
    29 min
  54. Heat treatment: Fundamentals III
    41 min
  55. Heat treatment: Normalizing and hardening
    30 min
  56. Heat treatment: Tempering
    24 min
  57. Improving surface properties: Introduction
    29 min
  58. Improving surface properties: Surface modification processes
    28 min
  59. Improving surface properties: Changing chemical composition
    33 min
  60. Improving surface properties: Coating
    32 min

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Questions and Answers

A: A lines up with N = Vc·1000/(π·D). Units are consistent. B treats cutting speed as mm/min. C drops the π term entirely. D doubles the result as if diameter were radius.

A: A is the gap — light curtains don't stop inertia. B is handled by electrical isolation, not presence sensing. C is unrelated to the safeguard's function. D is a tooling containment issue, not the trip device.

A: A matches volume, surface finish, and rib detail. B struggles with ribs and wall control. C explodes cycle time and scrap at this volume. D fits large thick parts, not cosmetic enclosures.

A: D uses MRR = feed·DOC·π·D·N simplified per rev; here linearized to 2·0.25·800 = 400 mm³/rev × 400 rev/min. A flips time base. B drops spindle speed. C assumes diameter where none was given.