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Course Date:
TBA
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Registration Period:
TBA
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Duration/Frequency:
3 evenings per week, 6:30pm-10:30pm
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Mode of Training:
Classroom
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Venue:
Singapore Polytechnic
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Funding:
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Please note that once the maximum class size is reached, the online registration will be closed. You may register your interest and be notified when there is a new run.
Class schedule:
2-3 evenings a week
6:30pm - 10:30pm
(to be confirmed closer to the course commencement)
Course Duration:
900 hours (2.5yr)
Modular Certificate to start with:
MC 1
Enquiries
For course specific details, please contact the course manager:
Name: Mr Tan Bee Teck
Email: TAN_Bee_Teck@sp.edu.sg
Contact No: 68704620
For other enquiries, please email to ptenquiry@sp.edu.sg
The Diploma in Engineering (Power Engineering) aims to equip participants with skills to work competently in the areas of electrical installations, power transmission and distribution, as well as power system operation and protection. This course is suitable for participants who intentd to work in industries that include building electrical services, facility maintenance, transportation, port, manufacturing, energy and chemicals, marine and offshore.

MC 1 - Certificate in Electrical and Digital Circuit Fundamentals
Module 1 - Electrical Principles
Module 2 - Digital Principles
MC 2 - Certificate in Electronics
Module 1 - Analog Electronics
Module 2 - Digital Electronics
MC 3 - Certificate in Electrical Circuits and Systems
Module 1 - Circuit Theory and Analysis
Module 2 - Photovoltaic System Design
MC 4 - Certificate in Power Distribution
Module 1 - Electrical Installation Design
Module 2 - Power Transmission and Distribution
MC 5 - Certificate in Power Systems
Module 1 - Power System Analysis
Module 2 - Power Electronics and Drives
Click here for the module synopsis.
Testimonials
"I'm currently pursuing a Diploma in Power Engineering, which directly supports my work in transformer and switchgear installation and repair. The course deepens my understanding of electrical power systems, fault analysis, and protection mechanisms, allowing me to apply theoretical knowledge to real-world maintenance and troubleshooting. It also enhances my skills in system design, safety regulations, and energy efficiency, making me more effective in ensuring reliable power distribution and equipment performance."
 | Muhammad Ibrahim Diploma in Engineering (Power Engineering) |