- Duration: 3 Years
Course details
The Diploma in Electrical & Electronic Engineering (DEEE) is Singapore’s most established engineering course with a history of more than 50 years. Today, more than 20,000 students have graduated from the course, which has been recognized by both local and foreign universities and industries.
With DEEE, you will gain engineering knowledge and skills related to a wide range of industries from aerospace, biomedical, robotics and even transportation, providing you with endless possibilities for your career.
Course Highlights
- Flexible curriculum with a choice of 11 specialisations (Aerospace, Biomedical, Power, Control, Communications, Computer, Robotics, Rapid Transit, Nanotechnology, Microelectronics and Business).
- You get to major in two specialisations, giving you more opportunities in the job market.
- If you choose to specialise in the Power Engineering Option, you can apply for the Electrical Worker License issued by the Energy Market Authority after two years of relevant experience. This gives you an edge in the job market.
- By choosing to specialise in Aerospace Engineering, you will gain a competitive advantage when you apply for the Aircraft Maintenance Engineers license.
- Overseas industrial training programmes in Australia, China, Germany, Japan and Thailand.
- You may gain direct entry to year two of NTU’s EEE course and a number of UK and Australian universities. NUS offers 1 years’ worth of exemptions for those pursuing their EEE degree.
SUBJECT
- English Language (as 1st Lang)
- Mathematics (Elementary / Additional)
- One of the following subjects:
- Biology
- Biotechnology
- Chemistry
- Combined Science
- Design & Technology
- Fundamentals of Electronics
- Physical Science
- Physics
- Science (Chemistry, Biology)
- Science (Physics, Biology)
- Science (Physics, Chemistry)
MODULE NAME
First Year
- Structured Programming
- CADD
- Program Design
- Digital Electronics I
- Digital Electronics II
- Principles of Electrical and Electronic Engineering I
- Principles of Electrical and Electronic Engineering II
- Introduction to Engineering I
- Introduction to Engineering II
- Communicating for Personal and Team Effectiveness
- General Education 1
- General Education 2
- Basic Mathematics
- Engineering Mathematics I
Second Year
- Circuit Theory and Analysis
- Microcontroller Applications
- Communicating for Project Effectiveness
- Communicating for Professional Effectiveness
- Social Innovation Project or Overseas Social Innovation Project
- General Education 3
- Engineering Mathematics II (A)
- Engineering Mathematics II (B)
- Option 1 - Modules 1 to 2
- Option 2 - Modules 1 to 2
Second Year Options (Choose 2)
Aerospace Engineering option
- Aircraft Electrical Fundamentals
- Aircraft Servomechanisms and Electronics
Biomedical Engineering Option
- Anatomy and Physiology
- Biomedical Instrumentation Design & Applications
Electrical Engineering Option
- Electrical Engineering Option
- PLC Applications
Electronic Engineering Option
- Analog Communication Systems
- Data Communications Systems
Nano Technology Option
- Basic Nano Technology
- MEMS and Microsystems
Third Year
- Final Year Project
- Option 1 - Modules 1 to 4
- Option 2 - Modules 1 to 4
Aerospace Engineering Option
- Aircraft Instrument Systems
- Aircraft Communication and Navigation Systems
- Aircraft Electrical Systems
- Human Factors
Biomedical Engineering Option
- Biomedical Signal Processing and Analysis
- Biomedical Equipment & Practices
- Medical Informatics and Telemedicine
- Medical Imaging and Image Processing
Business Option
- Selling and Sales Management
- Fundamentals of Marketing
- Principles of New Media Marketing
- Communication Skills for Sales & Marketing
Communication Engineering Option
- Digital Signal Processing
- Digital Communications
- Networks and Protocols
- Satellite and Optical Communications
Computer Engineering Option
- Operating Systems
- Embedded Computer Systems
- Mobile Applications Development
- Client-Server Applications Development
Control Engineering Option
- Systems and Control
- Sensors and Instrumentation
- Network Control Applications
- Fieldbus Technology
Microelectronics Option
- IC Testing
- Quality and Reliability
- IC Design
- Wafer Fabrication
Nano Technology Option
- Display Technology and Nanoscience
- Photonics and Laser Technology
- Data Storage Technology
- NEMS and Nanodevices
Power Engineering Option
- Power Electronics and Drives
- Power Transmission and Distribution
- Power System Analysis
- Solar Photovoltaic System Design
Rapid Transit Technology Option
- Sensors and Instrumentation
- Rapid Transit System
- Rapid Transit Signalling System
- Immersion Programme
Robotics Option
- Wireless Technologies
- Sensors and Actuators
- Robotic Fundamentals
- Robotics Programming
Advanced Modules
- Advanced Mathematics 1
- Advanced Mathematics 2
- Advanced Mathematics 3
- Further Mathematics
- Physics
Course Location
About Singapore Polytechnic
Singapore Polytechnic, the nation's first educational institution of its kind, was set up in 1954 to train technologists and professionals to support the industrialisation and economic development of Singapore. Since then, its development has paralleled the progress of modern Singapore. To date, graduate output from Singapore Polytechnic is close to 178,000, some of whom have gone on to become Parliamentarians, captains of industries, senior executives of multi-national corporations, and successful entrepreneurs and professionals in Singapore and overseas. See all Singapore Polytechnic courses- Learn Basics of Electricity Online Course GateSGD 17
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