Program Overview

Electrical Engineering Master Program

The Electrical Engineering master program at the University of Twente focuses on designing, developing, and optimizing electrical systems and components. This program has a strong emphasis on signal processing and analysis, as well as the actual design and development of electrical components and systems.

Program Details

• Language: English
• Duration: 2 years
• Start dates: February 1, 2026, and September 1, 2026
• Location: Enschede
• Degree: Master of Science
• Number of specializations: 11
• CROHO code: 60353
• Accreditation: NVAO

Specializations

• Biomedical Signals & Systems: Developing hardware and software to prevent, diagnose, and treat sensory or motor disorders in the human body.
• Communication Networks: Focusing on making digital communication, internet access, and data storage faster, safer, and more reliable.
• Computer Vision & Biometrics: Designing systems that use biometric data like fingerprints or facial recognition to contribute to better diagnoses, secure identification, and more.
• Dependable Integrated Systems: Developing reliable computer systems that can withstand failures and always provide safe, uninterrupted services.
• Integrated Circuit Design: Designing smaller, more powerful, and energy-efficient integrated circuits or chips used in various technologies.
• Integrated Optical Systems: Developing advanced integrated optical systems for faster and more sustainable communication systems, sensors, and medical imaging.
• Micro Sensors & Systems: Designing microsensors and systems that measure movement, light, pressure, and more, which are indispensable in healthcare, safety, environment, and climate domains.
• Nano Electronics: Designing electronic devices on a nanoscale with lower energy consumption, longer battery life, and better conductivity for future electronics.
• Power Electronics: Contributing to the energy transition and reducing CO2 emissions by designing efficient electronics for sustainable energy, electric vehicles, and smart devices.
• Radio Systems: Designing, analyzing, and optimizing radio systems for telecommunication, IoT, and more.
• Semiconductor Devices & Technology: Discovering sustainable materials and technologies to design faster, energy-efficient semiconductors.

Career Opportunities

There is a high demand for electrical engineers in various sectors, including healthcare, energy, telecommunications, manufacturing, and aerospace. Graduates can work as design or process engineers, data analysts, biomedical engineers, or R&D engineers/scientists. They can also pursue a PhD and a career in research or start their own businesses.

Research Areas

The program involves impactful research and innovative technologies that shape the future of electronics, including but not limited to:

• Signal processing and analysis
• Design and development of electrical components and systems
• Applications in biomedical technology, autonomous vehicles, computer vision, nanotechnology, and energy transition

Conclusion

The Electrical Engineering master program at the University of Twente offers a comprehensive education in electrical engineering with a wide range of specializations, preparing graduates for exciting careers in various technological fields.