The joint Master of Science degree program in Green Electronics is a new highly specialized programme offered on a full-time basis for training semiconductor researchers and engineers.

The joint Master of Science degree program in Green Electronics is a new highly specialized programme offered on a full-time basis for training semiconductor researchers and engineers to work in the areas of novel electronic/optoelectronic devices and systems, with particular focus on the energy, sensing/monitoring and semiconductor manufacturing fields. This joint Master of Science degree program in Green Electronics is conducted by faculty from both EEE NTU and the Technical University of Munich.

The duration of the joint Master of Science (Green Electronics) is 24 months. Students will need to complete 2 Laboratory Core Courses (6 AUs), Select 6 out of 7 Core Elective Courses (18 AUs) and Select 4 out of 7 Elective Courses (12 AUs). The Laboratory core courses core includes: Laboratory 1: Semiconductor Process and Device Simulation, Laboratory 2: Design and Modelling of Nanodevices. The core elective courses include: Microfabrication Technology, Materials for Electronic Devices, Bioelectronics, Nanotechnology for Energy Systems, Microstructured Devices and Systems for Green Electronics, Optomechatronic Measurement Systems and Introduction to Power Systems. The elective courses include: Modern Semiconductor Devices, Low Power Displays and Solid State Lighting, Nanophotovoltaics, Green Nanotechnology, Polymer Electronics, Semiconductor Power Devices and Advanced MOSFET & Novel Devices. In addition, students are required to take 2 out of 6 Non-Technical Elective Courses to broaden their professional knowledge.

After completion of coursework, all students need to undertake 3 months of internship in industry and a further 6 months of independent research leading to a MSc dissertation. The internship and dissertation research can be carried out in different organizations or the same organization in Singapore or in Europe. (Students are free to choose where to complete the internship and dissertation requirements.) For NTU, the minimum cumulative grade point average (CGPA) for graduation from the Master of Science (Green Electronics) is 2.5.

• Degree / FH Diploma
  
  An applicant must have completed at least a Bachelor Degree (Honors) or European/German FH Diploma or its equivalent in areas of Science/Electrical/Electronics Engineering from a university with recognized standing with at least a 2nd Class Honors or equivalent.
• As the Programme instruction medium is English, applicant must be able to demonstrate a satisfactory level of the language. Applicant whose native tongue or medium of instruction from previous studies (Bachelor / FH Diploma) is not English must submit at least one of the following:

 

 -TOEFEL (www.toefl.org): With recent TOEFL score indicating a minimum of 600 for Paper based test or 100 for internet based test.

 

- IELTS (www.ielts.org): With academic IELTS result of at least 6.5. 

 

Akademische Prüfstelle (APS) certificate is required for applicant with education qualification from China, Vietnam and India.                         

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)	4 Modules (12 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

 

Programme Duration

Study Mode: Full time 

 

Type of Coursework Programme	Candidature
Joint NTU-TUM (Full-time)	Minimum	Maximum
	24 months	36 months

The Master of Science in Green Electronics 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
NM6604	Laboratory 1: Semiconductor Process and Device Simulation	NTU
NM6605	Laboratory 2: Design and Modelling of Nanodevices	NTU

 

Core Elective Modules (Select any 6) (45 hours per Module) 

Module Code	Module Title (3 AUs / Module)	Conducted By
NM6601	Microfabrication Technology	NTU
NM6607	Optomechatronic Measurement Syst ems	TUM
NM6618	Materials for Electronic Devices	NTU
NM6619	Bioelectronics	TUM
NM6620	Nanotechnology for Energy Systems	TUM
NM6621	Microstructured Devices and Systems for Green Electronics	TUM
NM6625	Introduction to Power Systems	TUM

 

 

Elective Modules (Select any 4) (45 hours per Module) 

Module Code	Module Title (3 AUs / Module)	Conducted By
NM6603	Modern Semiconductor Devices	NTU
NM6617	Advanced MOSEFT & Novel Devices	TUM
NM6622	Low Power Displays and Solid – State Lighting	NTU
NM6623	Nanophotovoltaics	NTU
NM6624	Green Nanotechnology	NTU
NM6626	Polymer Electronics	TUM
NM6627	Semiconductor Power Devices	TUM

 

Non-technical Elective Modules (Select 2 out of 6)

Module Title	Conducted By
Business Administration	TUM
Production Planning in Industry	TUM
International Intellectual Property Law	TUM
Industrial Marketing	TUM
Innovation and Technology Management	TUM
Paradigm Shift to Industry 4.0	TUM
Augmented Reality	TUM
Industrial Additive Manufacturing Quality Certification	TUM
Cyber Physical Systems	TUM

Important Information and Links 

• Tuition Fee
• Accommodation
• Cost of Living
• SAO student support

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.