Course Content
Optics, Electrics, Electronics, and Magnetism.
Learning Outcome
Upon completion of the course, students should be able to:
a. Explain basic knowledge of all the selected topics
b. Identify the contribution of physics in some computing systems
c. Realize and appreciate the interdisciplinary nature of many innovative systems
d. Self-reflect whether you are more aware of the importance of Physics and more sensitive to the progress of physics, and consider to propose novel physics-computing systems
- AUs
- 2.0 AUs
- Grade Type
- Pass/Fail
- Prerequisite
- None
- Exam
- None
Prerequisite graph
Required first
Physics For Computing
Available indexes
| Mon | Tue | Wed | Thu | Fri | |||
|---|---|---|---|---|---|---|---|
| 830 | 10020 LAB (FE1) 0830-0930 Thu HPL Odd Weeks | ||||||
| 900 | |||||||
| 930 | 10020 LAB (FE1) 0930-1030 Thu HPL Odd Weeks | ||||||
| 1000 | |||||||
| 1030 | 10021 LAB (FE2) 1030-1130 Fri HPL Even Weeks | ||||||
| 1100 | |||||||
| 1130 | 10022 LAB (FEP1) 1130-1230 Wed HPL Even Weeks | 10021 LAB (FE2) 1130-1230 Fri HPL Even Weeks | |||||
| 1200 | |||||||
| 1230 | COMMON LEC (CE1) 1230-1330 Tue LT2A | 10022 LAB (FEP1) 1230-1330 Wed HPL Even Weeks | 13811 LAB (DD2) 1230-1330 Fri HPL Even Weeks | ||||
| 1300 | |||||||
| 1330 | 13811 LAB (DD2) 1330-1430 Fri HPL Even Weeks | ||||||
| 1400 | |||||||
| 1430 | 10019 LAB (CM1) 1430-1530 Wed HPL Even Weeks | 13812 LAB (DD3) 1430-1530 Wed HPL Odd Weeks | 13810 LAB (DD1) 1430-1530 Fri HPL Odd Weeks | 13842 LAB (DD4) 1430-1530 Fri HPL Even Weeks | |||
| 1500 | |||||||
| 1530 | 10019 LAB (CM1) 1530-1630 Wed HPL Even Weeks | 13812 LAB (DD3) 1530-1630 Wed HPL Odd Weeks | 13810 LAB (DD1) 1530-1630 Fri HPL Odd Weeks | 13842 LAB (DD4) 1530-1630 Fri HPL Even Weeks | |||
| 1600 | |||||||
| 1630 | COMMON LEC (CE1) 1630-1730 Fri LT2A | ||||||
| 1700 | |||||||
Other offerings
Other relevant mods
- CE1003Introduction To Computational Thinking
- CE1005Digital Logic
- CE1006Computer Organisation & Architecture
- CE1007Data Structures
- CE1011Engineering Mathematics I
- CE1012Engineering Mathematics Ii
- CE1015Introduction To Data Science & Artificial Intelligence
- CE2001Algorithms
- CE2002Object Oriented Design & Programming
Planning guides
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NTU STARS Guide 2026: Registration Rounds, Bidding & Planner Tips
NTU STARS planner guide — how bidding rounds work, how to prepare a shortlist before registration opens, and what to do when a module fills up. Includes a free STARS planner tool.
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NTU Degree Audit: How to Check Your Graduation Requirements
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Step-by-step guide to planning NTU modules using NTUMods — map degree requirements, build your timetable, check prerequisites, balance workload, and lock in your plan before STARS bidding starts.