|
Theory: |
Practical: |
1.
Understanding engineering drawings
2. Design Fundamentals
3. Engineering design
4. Material properties for design
5. Manufacturing processes
6. Jig-fixture design
7. Tool design
8. CNC
Workshops -
1. Communication skills
2. Presentation skills
3. Group discussions
4. Interview techniques
5. Career guidance |
1.
AutoCAD-Drafting & Detailing.
2. Basic CAD-common concepts of 3D CAD.
3. CATIA – Part, Generative shape design,
freestyle, assembly, drafting, editing & trouble shooting.
4. Pro/ENGINEER – Part, sheet metal, top-down
& bottom-up assembly, skeleton, drafting,
editing & trouble shooting.
|
| Module
2: Programming & Analytical skills (Duration -6
weeks) |
• Quantitative techniques
• Analytical ability
• Mathematical ability
• GD & PI
• Geometry |
•
C & C ++ programming
• CAD custamisation |
| Module
3: Engineering Analysis & Project (Duration - 20
weeks) |
|
Theory: |
Practical: |
|
• FEA
•
Fluid Dynamics
•
Kinematic & Dynamic of Machinery
|
• ANSYS:
Structural, Thermal, Transient, Model & Non-linear analysis, Introduction to crash analysis.
•
Hypermesh: Pre & post processing, Mesh quality.
•
CFD: Laminar & turbulent analysis for Internal & external
flow. |