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Electrical & Electronic Engineering
This course provides training in seven key technologies; namely Biomedical, Communication, Microelectronics, Power, Rapid Transit Technology, Robotics and Control, and Sustainable Energy. These seven technologies support a wide range of key industries and services of our economy. The course provides you good career opportunities and strong foundation for further degree studies.
Applicants who have colour vision deficiency, and wish to pursue a career in electrical power engineering or as a Licensed Electrical Worker (LEW), may encounter difficulties meeting the course requirements and expectations. This condition is required by the Energy Market Authority (EMA) of Singapore. In addition, applicants should not be suffering from severe vision deficiency, acute hearing impairment or uncontrolled epilepsy. Interested applicants with any of these conditions are advised to contact Singapore Polytechnic for more information.
Course details
| Field of study | Engineering |
| Track/Specialisation | This course offers the following tracks or specialisation:
The specialisation in sustainable energy is launched in AY2024. |
| Certification offered | Diploma in Electrical & Electronic Engineering |
Minimum entry requirement
You must meet the respective examination requirements in order for us to consider your application.
This course is under the Design, Engineering and Technology cluster
| Subject | Grade |
|---|---|
| English Language Syllabus A | 1-3 |
| Mathematics Syllabus A / Additional Mathematics | 1-3 |
Any one of the following subjects
| 1-3 |
Any 2 other subjects excluding CCA | 1-4 |
| Subject | Grade |
|---|---|
| English Language | 1-7 |
| Additional Mathematics or Mathematics | 1-6 |
Any one of the following subjects
| 1-6 |
Course modules
- Computer-Aided Design & Drafting
- Network Fundamentals
- Digital Electronics 1
- Principles of Electrical and Electronic Engineering 1
- Introduction to Engineering Programming
- Basic Mathematics
- Thinking Critically about UN SDGs
- Collaboration in the Digital Age
- Problem Solving with Creative and Computational Thinking
- Digital Electronics 2
- Introduction to Engineering and Design
- Principles of Electrical and Electronic Engineering 2
- Engineering Mathematics I
- Digital Communication for Impact
- Effective Writing for the Workplace
- Data Fluency
- Persuasive Communication through Data Storytelling
- Financial Education 1
- Education and Career Guidance
- Microcontroller Applications
- Digital System Design
- Wafer Fabrication Fundamentals
- Electrical Installation Design
- Statistics and Analytics for Engineers
- AI and its Impact
- Circuit Theory and Analysis
- Physics for Engineers
- PLC Applications
- Engineering Mathematics 2
- Sustainable Innovation Project
- Elective 1
- Elective 2
- Financial Education 2
- Financial Education 3
Common modules
- Internship Programme / Internship Equivalent
- Personal Branding and Career Agility
- Elective 3
Modules for Biomedical specialisation
- Anatomy and Physiology
- Biomedical Instrumentation Design and Applications
- Biomedical Equipment and Practices
- Robotics Technology
Modules for Communications specialisation
- Industrial Internet of Things
- Principles of Communication
- 5G & AIoT Applications
- Wireless Technology Applications
Modules for Microelectronics specialisation
- IC Testing
- Quality and Reliability
- IC Design
- Wafer Fabrication Technology
Modules for Power specialisation
- Power Electronics and Drives
- Power Transmission and Distribution
- Power System Analysis
- Smart Grid and Energy Storage
Modules for Rapid Transit Technology specialisation
- Smart Sensors and Actuators
- Principles of Communication
- Rapid Transit System
- Rapid Transit Signalling System
Modules for Robotics and Control specialisation
- Systems and Control
- Smart Sensors and Actuators
- Digital Manufacturing Technology
- Robotics Technology
Modules for Sustainable Energy
- Photovoltaic System Design
- Electric Vehicle Technology
- Smart Grid & Building Energy Management
- Hydrogen, Fuel Cell Technology & Energy Storage
Internship
| Internship duration | 22 weeks |
| Internship timeframe | Year 3 |
| Internship period | Mar to Aug, or Sep to Feb |
Career prospects
You can explore the following career options upon graduation:
- Assistant Electrical Engineer
- Assistant Engineer (Automation)
- Assistant Facilities Management Engineer
- Assistant Field Service Engineer
- Assistant Maintenance Engineer
- Assistant Process Engineer
- Assistant Project Engineer
- Assistant Quality Engineer
- Assistant Test Engineer
- Senior Assistant Engineer/Assistant Engineer (Mechanical and Electrical, Signal and Communications, Power)
- Biomedical Equipment Service Engineer
- Material Planner
- Technical Officer (Control and Instrumentation)
- Technical Officer (Power Distribution System)
Use resources and interactive tools that are available on MySkillsFuture Portal to explore various education and career pathways.
How to register
You may register using the JAE Internet System (JAE-IS). Learn the process and how to apply.
You may apply through the respective polytechnics’ websites. Learn the process and how to apply.
You may register using the JPAE Portal. Learn the process and how to apply.
You may register using the Poly EAE Portal. Learn the process and how to apply.
You may register using the PFPAE Portal. Learn the process and how to apply.