Master's track Physics of Nanomaterials and Semiconductor Devices 24 months Postgraduate Programme By Eindhoven University of Technology |TopUniversities

Programme overview

Degree

MSc

Study Level

Masters

Study Mode

On Campus

The Physics of Nanomaterials and Semiconductor Devices track takes a physics-first approach to understanding and engineering advanced materials for next-generation technologies. Positioned at the heart of the semiconductor industry in Brainport Eindhoven, this track connects you directly with global leaders who are shaping the future of chip technology.

You will explore the development, fabrication, and characterization of functional nanomaterials and their use in semiconductor devices. Topics include spin systems, semiconductors, and organic or molecular materials, with applications in energy conversion, communication, data storage, sensing, and novel computing paradigms. The track offers a strong foundation in experimental methods such as nanomaterial synthesis and advanced characterization, as well as in computational modeling and theory development.

You become part of a research environment focused on both fundamental science and application-driven innovation. This prepares you to develop creative solutions for technological challenges in industry and academia. As part of the Brainport ecosystem, you benefit from close collaboration with leading companies and excellent career opportunities after graduation.

Programme overview

Degree

MSc

Study Level

Masters

Study Mode

On Campus

The Physics of Nanomaterials and Semiconductor Devices track takes a physics-first approach to understanding and engineering advanced materials for next-generation technologies. Positioned at the heart of the semiconductor industry in Brainport Eindhoven, this track connects you directly with global leaders who are shaping the future of chip technology.

You will explore the development, fabrication, and characterization of functional nanomaterials and their use in semiconductor devices. Topics include spin systems, semiconductors, and organic or molecular materials, with applications in energy conversion, communication, data storage, sensing, and novel computing paradigms. The track offers a strong foundation in experimental methods such as nanomaterial synthesis and advanced characterization, as well as in computational modeling and theory development.

You become part of a research environment focused on both fundamental science and application-driven innovation. This prepares you to develop creative solutions for technological challenges in industry and academia. As part of the Brainport ecosystem, you benefit from close collaboration with leading companies and excellent career opportunities after graduation.

Admission Requirements

61+
3+
90+
176+
6.5+

English proficiency requirements


TOEFL (Test of English as a Foreign Language)

  • Minimum overall score: 90
  • Minimum score per section: 21
  • Only TOEFL internet-based test (iBT) is accepted
  • All scores must be from one test date
  • MyBest Scores is not accepted

IELTS (Academic version)
  • Minimum overall score: 6.5
  • Minimum score per section: 6.0
  • All scores must be from one test date
  • IELTS online test is not accepted
  • IELTS One Skill Retake is not accepted

University of Cambridge
  • C2 Proficiency (CPE): overall score 180, minimum of 169 per section, or
  • C1 Advanced Certificate (CAE): overall score 176, minimum of 169 per section
  • All scores must be from one test date

LanguageCert Academic
  • Minimum overall score: 70
  • Minimum score per section: 65
  • All scores must be from one test date
  • Online tests are not accepted

Pearson PTE Academic
  • Minimum overall score: 61
  • Minimum score per section: 46
  • All scores must be from one test date
  • Online tests are not accepted

Note: No other language tests are accepted. Test results must be no older than 2 years.

2 Years
Sep

Domestic
2,601 EUR
International
21,000 EUR

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