Theory component: 1. Learn how the environmental affects the properties and performance of engineered metallic and ceramic materials. 2. Understand the prevention of the negative environmental effects on metallic and ceramic using electrochemical methods. 3. Master some of the basic principles of corrosion and degradation of metals and alloys. Laboratory component: 4. Understand the principles of electrochemistry and experimental-related set-ups. 5. Use the electrochemical approaches to probe the thermodynamic and kinetic aspects of corrosion, including the rate of corrosion. 6. Master certain software and mathematics in dealing with the experimental data. 7. Link the theoretical knowledge with experimental phenomena. This would be useful for those of you who are interested corrosion engineering of materials applied in material industry.
Academic Units | 3 |
Exam Schedule | Wed Dec 03 2025 00:00:00 GMT+0000 (Coordinated Universal Time) 09:00-10:00 |
Grade Type | Letter Graded |
Department Maintaining | MAT |
Mutually Exclusive |
Index | Type | Group | Day | Time | Venue | Remark |
---|---|---|---|---|---|---|
- | LEC/STUDIO | LE | MON | 1530-1720 | ONLINE | Teaching Wk10 |
LEC/STUDIO | LE | MON | 1530-1720 | LT16 | Teaching Wk1-9,11-13 |
0930
1030
1130
1230
1330
1430
1530
1630
1730
MS3013
LEC/STUDIO | ONLINE
Teaching Wk10
MS3013
LEC/STUDIO | LT16
Teaching Wk1-9,11-13
MS3013
15231
TUT | LT11
Teaching Wk2-9,11-13
MS3013
15232
TUT | LT11
Teaching Wk2-9,11-13
MS3013
15231
TUT | ONLINE
Teaching Wk10
MS3013
15232
TUT | ONLINE
Teaching Wk10
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