Digital Electronics
SWE 113 · Semester 1
3 credits · 15 learning units
Lessons
13 of 15 learning units provide interactive tutorials with worked examples, diagrams, knowledge checks and subject mastery questions. Each check draws five questions from the available bank; question counts vary by unit. The remaining units provide preparation, guided practice or an independent project.
Subunit titles retain the curriculum’s original language.
Shared learning sequence · NWS 116 / SWE 113. Combines complementary topics from both curricula.
Start here
Curriculum topics
- Lesson 2Number systems: binary, octal and hexadecimalInteractive tutorial
- Lesson 3Conversion between number systemsInteractive tutorial
- Lesson 4Binary and alphanumeric codesInteractive tutorial
- Lesson 5Logic gates and truth tablesInteractive tutorial
- Lesson 6Boolean algebraInteractive tutorial
- Lesson 7Simplification of Boolean functionsInteractive tutorial
- Lesson 8Applications of combinational logicInteractive tutorial
- Lesson 9Flip-flops and latchesInteractive tutorial
- Lesson 10CountersInteractive tutorial
- Lesson 11Shift registersInteractive tutorial
- Lesson 12Computer architecture: von Neumann and HarvardInteractive tutorial
- Lesson 13Digital IC characteristics and logic familiesInteractive tutorial
Put it into practice
Work independently
Curriculum source
HND CURRICULUM-NETWORK AND SECURITY.pdf · NWS 116 · Course table: p. 8 · Outline pages: 30, 31, 32, 33, 34, 35
HND Computer Engineering Software Engineering Curriculum.pdf · SWE 113 · Course table: p. 8 · Outline pages: 14