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Digital electronics I

NWS 116 · Semester 1

2 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

  1. Lesson 1Bits, logic levels and truth tablesInteractive tutorial

Curriculum topics

  1. Lesson 2Number systems: binary, octal and hexadecimalInteractive tutorial
  2. Lesson 3Conversion between number systemsInteractive tutorial
  3. Lesson 4Binary and alphanumeric codesInteractive tutorial
  4. Lesson 5Logic gates and truth tablesInteractive tutorial
  5. Lesson 6Boolean algebraInteractive tutorial
  6. Lesson 7Simplification of Boolean functionsInteractive tutorial
  7. Lesson 8Applications of combinational logicInteractive tutorial
  8. Lesson 9Flip-flops and latchesInteractive tutorial
  9. Lesson 10CountersInteractive tutorial
  10. Lesson 11Shift registersInteractive tutorial
  11. Lesson 12Computer architecture: von Neumann and HarvardInteractive tutorial
  12. Lesson 13Digital IC characteristics and logic familiesInteractive tutorial

Put it into practice

  1. Lesson 14Guided laboratory and troubleshooting

Work independently

  1. Lesson 15Independent project and review
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