Overview of Programme

The MSc (Computer Control & Automation) programme provides practising engineers with advanced yet practical tools in the development, integration, and operation of computer-based control and automation systems.

Candidates with a good bachelor’s degree in electrical/electronic engineering (or equivalent qualifications in related disciplines) are encouraged to apply. Relevant working experience is preferred but not necessary.

The programme is offered on both part-time and full-time basis.

Programme details are available at EEE web site: http://www.ntu.edu.sg/eee/eee4/Msc.asp

Curriculum structure

The requirements for the degree comprise either of the following two options: a) Coursework + Project/Dissertation Option, or b) Pure Coursework Option

1. Coursework + Project/Dissertation Option: Four core courses, four elective courses and a project on which the candidate must submit a dissertation. The project is examined by dissertation, and may be undertaken either in NTU or in industry.
2. Pure Coursework Option: Four core courses, five elective courses and an independent study module

All classes are conducted in the evenings. The examinations will require attendance during office hours. Part-time candidates are expected to obtain their employer’s permission for this before admission to the programme.

The minimum and maximum periods of candidature for a full-time candidate are one year and three years respectively. The minimum and maximum periods of candidature for a part-time candidate are two years and four years respectively.

Courses Offer

Semester I

• Core Courses
• EE6203    Computer Control Systems
• EE6205    Real Time & Embedded Systems

• Elective Courses
• EE6222    Machine Vision
• EE6223    Computer Control Networks
• EE6224    Neural & Fuzzy Systems
• EE6402    Real-Time DSP Design & Applications

Semester II

• Core Courses
• EE6204    Systems Analysis
• EE6401    Advance Digital Signal Processing

• Elective Courses
• EE6221    Robotics & Intelligent Sensors
• EE6225    Process Control
• EE6503    Modern Electrical Drives