This course introduces fundamental concepts in discrete structures. It aims to equip students with essential mathematical skills for applications in computing, particularly in fi nance-related fi elds such as machine learning, data science, and economics.
Prerequisite graph
Required first
SC1123Math 1: Linear Algebra & Calculus for ComputingMath 2: Discrete Structures for Computing
Available indexes
| Mon | Tue | Wed | Thu | Fri | |
|---|---|---|---|---|---|
| 930 | 00198 SEM (1) 0930-1120 Wed ABS LT10, ONLINE Wk1-9,11-13, Teaching Wk10 | ||||
| 1000 | |||||
| 1030 | |||||
| 1100 |
Other offerings
Other relevant mods
- SC1001Introduction to Computational Thinking & Programming
- SC1004Linear Algebra for Computing
- SC1005Digital Logic
- SC1006Computer Organisation & Architecture
- SC1007Data Structures & Algorithms
- SC1008C & C++ Programming
- SC1304Artificial Intelligence for Social Good
- SC1305Linear Algebra
- SC1315Artificial Intelligence
Planning guides
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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
How the NTU degree audit works, where to find it, and how to read it against your programme's core, BDE, UE, and AU requirements before you register for modules.
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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.