AY2026 Semester 1 data is now available →
The objective of the first module is to introduce students to electromagnetic principles and actuators including magnetic circuits and energy conversion devices. The second module focuses on the operating principles of single-phase and three-phase transformers and their applications in power supply systems. The third module furthers the students' knowledge on AC electrical machinery such as induction motors, which are widely used in industry. The final module enables students to understand the basic concepts of DC machines with particular focus on their fundamentals and operating characteristics. Applications of these concepts in solving engineering problems will also be covered. Contents: Electromagnetic Principles and Actuators. Transformers. AC Machines. DC Machines.
| AUs | 3.0 AUs |
| Grade Type | |
| Prerequisite | EE2001, EE2101 |
| Not Available To Programme | |
| Not Available To All Programme With | |
| Not Available As BDE/UE To Programme | |
| Not Available As Core To Programme | EEE(2011-2019)(Non Direct Entry), EEE(2011-2020), EEE(2011-2020)(Direct Entry), EEEC(2011-2019) |
| Not Available As PE To Programme | |
| Mutually Exclusive With | E3010L, EE3010 |
| Not Offered As BDE | |
| Not Offered As Unrestricted Elective | |
| Exam |
Electrical Devices & Machines
Unlocks
EE4503Power Engineering DesignEE4504Design Of Clean Energy SystemsEE4523Power Engineering DesignEE4524Design Of Clean Energy SystemsEE4530Power System Analysis & ControlEE4532Power Electronics & DrivesEE4533Power Apparatus & System ProtectionEE4534Modern Distribution Systems With Renewable Resources| Mon | Tue | Wed | Thu | Fri | |
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| 1800 |
EE1102
Physics Foundation For Electrical & Electronic Engineering
EE2073
Introduction To Eee Design & Project
EE2101
Circuit Analysis
EE2102
Analog Electronics
EE2103
Semiconductor Fundamentals
EE3011
Modelling & Control
EE3013
Semiconductor Devices & Processing
EE3015
Power Systems & Conversion
EE3018
Introduction To Photonics Technologies
| Mon | Tue | Wed | Thu | Fri | |||
|---|---|---|---|---|---|---|---|
| 930 | 32302 TUT (EE02) 0930-1050 Wed TR121 | 32304 TUT (EE04) 0930-1050 Fri TR120 | |||||
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| 1130 | |||||||
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| 1230 | |||||||
| 1300 | |||||||
| 1330 | 32301 TUT (EE01) 1330-1450 Tue TR120 | 32303 TUT (EE03) 1330-1450 Thu TR120 | |||||
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| 1830 | |||||||
| 1900 | 37504 TUT (EPT1) 1900-2020 Wed TR+62 | 37505 TUT (EPT2) 1900-2020 Wed TR+64 | 37504 LAB (EPL1) 1900-2150 Thu S2-B5C-07 Wk6,12 | 37505 LAB (EPL2) 1900-2150 Thu S2-B5C-07 Wk7,13 | 37506 LAB (EPL3) 1900-2150 Fri S2-B5C-07 Wk7,13 | ||
| 1930 | |||||||
| 2000 | |||||||
| 2030 | 37506 TUT (EPT3) 2030-2150 Wed TR+63 | ||||||
| 2100 | |||||||
| 2130 | |||||||