Familiarize materials science students with concepts and digital tools in virtual design engineering. Specifically: - Operate computer aided design (CAD) software towards parts sketching and geometric. - Draft part drawings in multiple views towards fabrication of outsourced prototypes. - Arrange multiple part assemblies, analyze assembly clearances, and create exploded views. - Evaluate and decide materials selections based on applied engineering function and associated loads. - Determine stress/strain measurements through simulations on part interfaces. - Exploit `Design Intent? tools to yield multifunctional products that have optimized material properties under defined loads and stresses. What are the underlying theories/concepts? - Geometric Modelling - Finite Element Analysis - Simulation in Engineering Analysis - Material Selection based on design intent - Prototype via FDM 3D printing - Iterative Virtual/Prototype Testing and Feedback
| Academic Units | 1 |
| Exam Schedule | Not Applicable |
| Grade Type | Letter Graded |
| Department Maintaining | MAT |
| Index | Type | Group | Day | Time | Venue | Remark |
|---|---|---|---|---|---|---|
| 15261 | LAB | LAB | WED | 1130-1420 | ONLINE | Teaching Wk10 |
| 15261 | LAB | LAB | WED | 1130-1420 | UGLAB | Teaching Wk1-9,11-13 |
| 15261 | LAB | LAB | WED | 1130-1420 | LT5 | Teaching Wk1-9,11-13 |
0930
1030
1130
1230
1330
1430
1530
1630
1730
MS3082
LAB | ONLINE
Teaching Wk10
MS3082
LAB | UGLAB
Teaching Wk1-9,11-13
MS3082
LAB | LT5
Teaching Wk1-9,11-13
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