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KNL6243 Sem 2 24/25: Wireless Communication Networks and <span class="highlight">Pro</span>tocols

KNL6243 Sem 2 24/25: Wireless Communication Networks and Protocols KNL6243 Sem 2 24/25

Course modified date: 18 August 2025
Category: MEng Communication Systems
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KNM6024 Sem 2 24/25: Research <span class="highlight">Pro</span>ject I

KNM6024 Sem 2 24/25: Research Project I KNM6024 Sem 2 24/25

Course modified date: 5 August 2025
Category: Science in Engineering Management
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KNM6024 Sem 3 24/25: Research <span class="highlight">Pro</span>ject I

KNM6024 Sem 3 24/25: Research Project I KNM6024 Sem 3 24/25

Course modified date: 5 August 2025
Category: Postgraduate
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KNM6076 Sem 3 24/25: Research <span class="highlight">Pro</span>ject II

KNM6076 Sem 3 24/25: Research Project II KNM6076 Sem 3 24/25

Course modified date: 5 August 2025
Category: Postgraduate
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KNM6076 Sem 2 24/25: Research <span class="highlight">Pro</span>ject II

KNM6076 Sem 2 24/25: Research Project II KNM6076 Sem 2 24/25

Course modified date: 5 August 2025
Category: Science in Engineering Management
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KNR2433 Sem 2 24/25: Electromagnetic Theory

KNR2433 Sem 2 24/25: Electromagnetic Theory KNR2433 Sem 2 24/25

Course modified date: 14 July 2025
This course introduce students the definitive basis of electromagnetism, which will enable them to distinguish the major principles and theories in the area of Electrostatic, Magnetostatic and Electromagnetic fields. These include Biot-Savart law, Ampere’s law, vector magnetic potential, Faraday’s law, Maxwell’s equations for time varying fields and plane wave propagation.
Category: ELECTRICAL AND ELECTRONIC ENGINEERING
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KNR3193 Sem 2 24/25: Micro<span class="highlight">pro</span>cessor

KNR3193 Sem 2 24/25: Microprocessor KNR3193 Sem 2 24/25

Course modified date: 4 July 2025
Category: ELECTRICAL AND ELECTRONIC ENGINEERING
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KNR3503 Sem 2 24/25: Power System <span class="highlight">Pro</span>tection

KNR3503 Sem 2 24/25: Power System Protection KNR3503 Sem 2 24/25

Course modified date: 14 July 2025
Category: ELECTRICAL AND ELECTRONIC ENGINEERING
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KNR3513 Sem 2 24/25: Power System Analysis

KNR3513 Sem 2 24/25: Power System Analysis KNR3513 Sem 2 24/25

Course modified date: 27 June 2025
This course provides students with the concepts and tools in power system analysis. The covered topics are an introduction to bus admittance matrix and network calculation, load flow analysis, symmetrical faults analysis, symmetrical components, unsymmetrical faults analysis, and transient stability analysis. It also equips them with finding solutions to power system engineering problems. At the end of the course, students are expected to apply analysis concepts to solve real power system problems using the provided software.
Category: ELECTRICAL AND ELECTRONIC ENGINEERING
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KNR3522 Sem 2 24/25: Electrical Lab 2

KNR3522 Sem 2 24/25: Electrical Lab 2 KNR3522 Sem 2 24/25

Course modified date: 1 July 2025
This course enhances students understanding of power generation, power transmission, power distribution, power protection and power electronics modules. In this laboratory, students will learn how to demonstrate and assemble the modules, analyze the results and solve related questions related to the modules.
Category: ELECTRICAL AND ELECTRONIC ENGINEERING
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KNR3693 Sem 2 24/25: Digital Signal <span class="highlight">Pro</span>cessing

KNR3693 Sem 2 24/25: Digital Signal Processing KNR3693 Sem 2 24/25

Course modified date: 5 July 2025
Category: ELECTRICAL AND ELECTRONIC ENGINEERING
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KNR3762 Sem 2 24/25: Integrated Design <span class="highlight">Pro</span>ject I

KNR3762 Sem 2 24/25: Integrated Design Project I KNR3762 Sem 2 24/25

Course modified date: 30 June 2025
Category: ELECTRICAL AND ELECTRONIC ENGINEERING
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KNR4272 Sem 2 24/25: Final Year <span class="highlight">Pro</span>ject I

KNR4272 Sem 2 24/25: Final Year Project I KNR4272 Sem 2 24/25

Course modified date: 14 March 2025
Category: ELECTRICAL AND ELECTRONIC ENGINEERING
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KNR4344 Sem 2 24/25: Final Year <span class="highlight">Pro</span>ject II

KNR4344 Sem 2 24/25: Final Year Project II KNR4344 Sem 2 24/25

Course modified date: 1 August 2025
Category: ELECTRICAL AND ELECTRONIC ENGINEERING
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KNR4593 Sem 2 24/25: High Voltage Technology

KNR4593 Sem 2 24/25: High Voltage Technology KNR4593 Sem 2 24/25

Course modified date: 10 July 2025

This course provides students with the fundamental, principles, safety and applications of high voltage engineering. The covered topics are introduction to high voltage technology, electric field stress, breakdown theories in gases, liquids and solid, overvoltage phenomenon and insulation coordination in electrical power system high voltage generation, measurement and testing technique as well as electrical discharges.

Category: Undergraduate
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KNR4643 Sem 2 24/25: Image <span class="highlight">Pro</span>cessing

KNR4643 Sem 2 24/25: Image Processing KNR4643 Sem 2 24/25

Course modified date: 28 June 2025
Category: ELECTRICAL AND ELECTRONIC ENGINEERING
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KNS1482 Sem 2 24/25: Engineering <span class="highlight">Pro</span>gramming

KNS1482 Sem 2 24/25: Engineering Programming KNS1482 Sem 2 24/25

Course modified date: 30 July 2025
Category: Civil Engineering
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KNS2093 Sem 2 24/25: Theory of Structures

KNS2093 Sem 2 24/25: Theory of Structures KNS2093 Sem 2 24/25

Course modified date: 11 August 2025
The course covers the types of structures and loads, analysis of statically determinate structures and space trusses, deflections using conjugate-beam and virtual work methods, influence lines for beams, and approximate analysis of statically indeterminate structures.
Category: Civil Engineering
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KNS4254 Sem 2 24/25: Final Year <span class="highlight">Pro</span>ject 2

KNS4254 Sem 2 24/25: Final Year Project 2 KNS4254 Sem 2 24/25

Course modified date: 12 August 2025
Category: Civil Engineering
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KNS4533 Sem 2 24/25: Concrete Technology

KNS4533 Sem 2 24/25: Concrete Technology KNS4533 Sem 2 24/25

Course modified date: 14 July 2025
The course enhances the basics on concrete as construction material taught in the course KNS1042 Civil Engineering Materials. It covers the application of cement as one of the most important material in concrete. Cementitious properties such as hydration and microstructure are also emphasized along with the use of other supplementary materials to enhance concrete mechanical and durability properties
Category: Civil Engineering
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