Master Autodesk Fusion 360 - Engineering Model and Assembly
Beginners Guide to Modelling & Assembly of Engineering Components using Autodesk Fusion 360
What you will learn
Students will be able to read and understand engineering drawings in a better way
Students will be able to apply their design thinking
Students will understand basic concepts behind engineering drawing
Students will understand and learn the different features of Autodesk Fusion 360
Students will be able to model any mechanical component
Students will be confident enough and be able to assemble any mechanical components
Why take this course?
This course containing modelling and analysis of engineering components using Autodesk Fusion 360. It is a versatile CAD package that has all the features needed to develop products from the conceptual phase through design verification to manufacturing on both traditional and digital fabrication tools like 3D printing. It is a cloud-based parametric modelling software platform for professional product design and manufacturing. With Fusion 360 we can create engineering designs, collaborate, manage data, create tool-paths, and run simulations to validate our designs. It gives us the flexibility to choose our preferred modelling method when it's most convenient in our product development process. We can even combine the tools to enhance workflow and reduce the time to complete the designs.
This is a professional course made with lucid explanation & utter care, specially keeping in mind about the beginners. The main aim of this course is to strengthen your conception and to boost your confidence in modelling and assembly of engineering drawings. We have made the course as simple as possible and presented in a simple manner with simpler examples. This coursework contains 40 videos containing modelling and assembly using Autodesk Fusion 360. The videos are about basic engineering models and their assemblies.
Course Content:
1. Introduction to the Course
2. Introduction to the basics of Autodesk Fusion 360
3. Modelling Exercise 1
4. Modelling Exercise 2
5. Modelling Exercise 3
6. Modelling Exercise 4
7. Modelling Exercise 5
8. Modelling Exercise 6
9. Modelling Exercise 7
10. Modelling Exercise 8
11. Modelling Exercise 9
12. Modelling Exercise 10
13. Modelling Exercise 11
14. Modelling Exercise 12
15. Modelling Exercise 13
16. Modelling Exercise 14
17. Modelling Exercise 15
18. Modelling Exercise 16
19. Modelling Exercise 17
20. Modelling Exercise 18
21. Modelling Exercise 19
22. Modelling Exercise 20
23. Modelling Exercise 21
24. Modelling Exercise 22
25. Modelling Exercise 23
26. Modelling Exercise 24
27. Modelling Exercise 25
28. Modelling Exercise 26
29. Modelling Exercise 27
30. Modelling Exercise 28
31. Modelling Exercise 29
32. Modelling Exercise 30
33. Modelling Exercise 31
34. Modelling Exercise 32
35. Modelling Exercise 33
36. Modelling Exercise 34
37. Modelling Exercise 35
38. Assembly Exercise 1
39. Assembly Exercise 2
40. Assembly Exercise 3
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