The Master of Science in Integrated Circuit Design emphasises the theoretical and practical fundamentals of integrated circuit (IC) design, enhancing students’ specialised knowledge in analogue, mixed-signal, and digital circuits to meet today’s rapidly increasing performance demands in IC design. This programme enables students to master architectural concepts, design methodologies, and automation for IC design. Students will gain a strong foundation in signal processing, which is essential for the success of modern communication circuits.As new and attractive applications for the use of ICs open up, the semiconductor industry has grown exponentially. Modern technology and knowledge have also enabled us to integrate billions of transistors into a single integrated circuit, leading to the creation of numerous modern devices.
- Applicants must have a bachelor’s degree in Electrical/ Electronics Engineering or in a closely related discipline with remarkable results
For applicants whose native language or language of instruction from previous studies is not English, a TOEFL / IELTS score is required.
For more information:
- TOEFL (www.toefl.org): Recent score with a Minimum 88* for the Internet-Based Test (TOEFL code: 7368)
- IELTS (www.ielts.org): With academic IELTS result of at least 6.5
For further enquiry, please click here.
Programme Structure
| No. of AUs Graduate | ≥ 36 |
| Laboratory Core Modules | 2 Modules (6 AUs) |
| Core Elective Modules (Select 6 out of 7) | 6 Modules (18 AUs) |
| Elective Modules (Select 4 Modules and BTE OR 6 Modules) | 4 Modules (12 AUs) +BTE (5 AUs) or 6 Modules (18 AUs) |
| Internship for 3 Months | Compulsory |
| Dissertation for 6 Months | Compulsory |
| Non-technical Elective Modules (Select 2 out of 6) | 2 Modules |
| Min NTU CGPA Require to Graduate | ≥ 2.5 |
Project Duration
| Type of Coursework Programme | Candidature | |
| Joint NTU-TUM (Full-time) | Minimum | Maximum |
| 24 months | 36 months | |
The Master of Science in Integrated Circuit Degree is a 2-year full-time programme. Students must complete their coursework, 3-month internship and 6-month of Master Thesis writing to qualify for graduation.
Graduate level Modules offered
Laboratory Core Modules (45 hours per Module)
| Module Code | Module Title (3 AUs / Module) | Conducted By |
| NM6007 | Laboratory 1: Analog IC Design Lab | NTU |
| NM6008 | Laboratory 2: Digital IC Design Lab | NTU |
Core Elective Modules (Select any 6) (45 hours per Module)
| Module Code | Module Title (3 AUs / Module) | Conducted By |
| NM6001 | Digital IC Design | NTU |
| NM6002 | Analog IC Design | NTU |
| NM6003 | System-on-Chip Solutions & Architecture | TUM |
| NM6004 | Design Methodology & Automation | TUM |
| NM6005 | Digital Signal Processing | NTU |
| NM6006 | Mixed Signal Circuit Design | TUM |
| NM6010 | IC (Integrated Circuit) Packaging | NTU |
Elective Modules (Select any 4) (45 hours per Module)
| Module Code | Module Title (3 AUs / Module Except BTE) | Conducted By |
| NM6009 | RF IC Design | NTU |
| NM6011 | IC Marketing / Business Management | NTU |
| NM6012 | Advanced MOSFET & Novel Devices | TUM |
| NM6013 | Nano-Electronics | TUM |
| NM6014 | Design for Testability of VLSI | NTU |
| NM6015 | Embedded Systems | TUM |
| NM6016 | Simulation and Optimization of Analog Circuits | TUM |
Non-technical Elective Modules (Select 2 out of 7)
| Module Title | Conducted By |
| Business Administration | TUM |
| Industrial Marketing | TUM |
| Production Planning in Industry | TUM |
| Innovation and Technology Management | TUM |
| Modern Developments in Industry | TUM |
| Intellectual Property and Technopreneurship | TUM |
| Project Management Principles | TUM |
Important Information and Links
International applicants are advised to have sufficient funds (whether from scholarships or personal funds or both) to cover the expenses of their entire period of study. There are no arrangements for employment for graduate students.