Back to the master Electrical Engineering
Ready to power the future of renewable electrical energy systems?
Key Facts
- Degree: MSc in Electrical Engineering, specialization in Renewable Electrical Energy
- Labs: High Voltage Lab, Smart Grid Lab and Power Electronics Lab
- Research groups: Electrical Energy Systems, Electromechanics & Power Electronics, Control Systems, and Signal Processing Systems
- Career focus: Designing and optimizing future-proof electrical energy systems, integrating renewable technologies, energy conversion, power electronics, smart grids, and AI-driven solutions
- Career outlook: The global energy transition drives strong demand for electrical engineers who understand the changes required from renewable integration and electrification to ensure a secure and reliable supply
Why Renewable Electrical Energy?
The Renewable Electrical Energy track, starting in September 2026, puts you at the forefront of the global energy transition. As the world moves from fossil fuels to renewable sources like solar, wind, and hydro, electricity is becoming the backbone of a fully renewable energy system.
What鈥檚 in it for me?
The track equips you to become next generation of electrical engineers who play a vital role in shaping a reliable, stable and sustainable infrastructure that powers tomorrow鈥檚 society.
Leverage the power of high voltage electricity
In the Electrical Energy Systems Lab we design the smart grid of the future. Addressing challenges like the increasingly unstable quality of our electricity. Our researchers, students, and PhD鈥檚 harness the power of lightning. They serve as the driving force behind electrification. Unlocking innovative solutions for the industry. Are you ready to leverage the power of high voltage electricity?
What will I learn in this track?
You will build a solid foundation in power engineering and explore advanced energy conversion processes. You鈥檒l learn to design, model and operate cutting-edge technologies for modern power systems. You鈥檒l develop theoretical insight while working on real-world engineering challenges.
Beyond sustainable energy
This track provides in-depth expertise across all key technologies shaping future energy systems:
- Digital optimization for energy services
- Renewable power system integration
- Modelling and control for energy systems
- Power electronics for renewable energy systems
- Electromechanic power conversion technologies
- Electro-physical processes
Lecturers and professors for the Renewable Electrical Energy track
Why follow the Renewable Electrical Energy track at 黑料福利网?
- Transform theory into impact: From power electronics and energy conversion to AI-driven grid optimization, you鈥檒l help shape a sustainable energy future, all while shaping a strong career
- Connect to the tech frontier: gain project and internship experience with leading industry partners in the Brainport region and beyond
- Benefit of an all-in-one program: Master electrification and smart energy in one track, combining topics like AI, smart grids, electromechanics, and electro-physical processes to prepare for all aspects of modern energy systems.
- Learn from industry experts: our professors are leading researchers driving innovation in renewable energy
- Experiment in unique labs: From generating high voltages to creating new applications, explore your own ideas in our modern research facilities.
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This program is NVAO-accredited. In the Netherlands, the NVAO assesses the internal quality assurance of universities and colleges and the quality of their programs.