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AY2024/2025 Semester 1
This course aims to highlight how the complexity of biological systems, combined with traditional engineering approaches, results in the emergence of new design principles for synthetic biology. It will also introduce many exciting examples of practical applications of synthetic biology, including various state-of-the-art experimental and computational tools for synthetic biology, and an awareness of how traditional engineering knowledge benefits industrial application.
| AUs | 3.0 AUs |
| Categories | CoreBDE |
| Not Available To Programme | ACBS, ACC, ACDA, ADM, AERO, AISC, ARED, ASEC, BACF, BASA, BCE, BCG, BUS, CBE, CBEC, CE, CEE, CEEC, CHEM, CHIN, CMED, CNEL, CNLM, COMP, CS, CSC, CSEC, CVEC, DSAI, ECDS, ECMA, ECON, ECPP, ECPS, EEE, EEEC, EESS, ELAH, ELH, ELHS, ELPL, ENE, ENEC, ENG, ESPP, HIST, HSCN, HSLM, IEEC, IEM, LMEL, LMPL, LMS, MACS, MAEC, MAEO, MAT, MATH, ME(DES), ME(IMS), ME(NULL), ME(RMS), MEEC(DES), MEEC(IMS), MEEC(NULL), MEEC(RMS), MS, MS-2ndMaj/Spec(MSB), MTEC, PHIL, PHMS, PHY, PLCN, PLHS, PPGA, PSLM, PSMA, PSY, REP, SCED, SOC, SPPE, SSM |
| Exam |
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| 930 | |||||
| 1000 | |||||
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| 1130 | |||||
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| 1800 |
| Mon | Tue | Wed | Thu | Fri | ||
|---|---|---|---|---|---|---|
| 930 | 08586 TUT (T1) 0930-1020 Thu SBS-CR1 Wk2-13 | 08585 TUT (T1) 0930-1020 Thu SBS-CR1 Wk2-13 | ||||
| 1000 | ||||||
| 1030 | ||||||
| 1100 | ||||||
| 1130 | ||||||
| 1200 | ||||||
| 1230 | COMMON LEC (LE1) 1230-1420 Tue LT26 | |||||
| 1300 | ||||||
| 1330 | ||||||
| 1400 | ||||||
