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Course Overview

The Master of Engineering in Electronic Systems offers a unique combination of science and engineering appeal in Electronic Engineering. It provides graduates with the opportunity to conduct an in-depth study in Electronic Engineering and equips them with the ability to perform professional analysis, design, implementation, testing and documentation.

Curriculum

Programme Structure

• VLSI DESIGN METHODOLOGY - 4 Credit
• MICROELECTRONICS MATERIALS - 4 Credit
• PROJECT MANAGEMENT - 3 Credit
• ADVANCED COMPUTER ORGANISATION AND ARCHITECTURE - 4 Credit
• RESEARCH METHODOLOGY - 3 Credit
• PROJECT - 10 Credit
• ELECTIVES - 12 Credit

ELECTIVE* - CHOOSE 3 COURSE(S)

• MICROSYSTEMS DESIGN & TECHNOLOGY
• DESIGN PATTERNS FOR EMBEDDED SYSTEMS
• OPTICS
• ADVANCED DIGITAL SYSTEM DESIGN AND VALIDATION
• HARDWARE-SOFTWARE CO DESIGN
• ELECTRONICS RELIABILITY (ER)
• ELECTROMAGNETIC COMPATIBILITY (EMC)
• MICRO-FABRICATION TECHNOLOGY
• OPTOELECTRONICS DEVICES
• ANALOGUE CMOS INTEGRATED CIRCUITS DESIGN
• MULTI-PROCESSOR AND MULTI-CORE DESIGNS FOR RELIABLE EMBEDDED SYSTEMS
• ADVANCED ENGINEERING MATHEMATICS
• LASER MATERIALS PROCESSING
• CYBERNETICS

*Course offering is subject to availability

Entry Requirements

Academic Requirement

1. A Bachelor’s Degree in the field or related fields with CGPA of 2.75 and above or equivalent as approved by the Senate; or
2. A Bachelor’s Degree in the field or related fields with CGPA of 2.00 and above but less than CGPA of 2.75, or equivalent as approved by the Senate subject to rigorous internal assessment.
3. Candidates without a Bachelor’s degree in the related fields or relevant working experience must undergo appropriate prerequisite courses determined by UTAR and meet the minimum CGPA set out in (1) to (2).

Language Requirement

• IELTS Academic: 5.0 (CEFR Level B1)
• TOEFL : 500/ TOEFL iBT Score 40 - 45
• MUET Band 3.5