Power your future with Plasma Physics and Technology
Plasmas play a key role in technologies ranging from semiconductor manufacturing to future fusion energy. In the Plasma Physics and Technology specialization, you study the physics of ionized gases and explore how plasmas can be applied in advanced materials processing, plasma medicine and sustainable energy technologies. By combining theory, experiments and modelling, you develop the knowledge and skills needed to contribute to both scientific discoveries and technological innovations.
Why choose this specialization?
- Explore plasmas and their applications in semiconductor technology and fusion energy.
- Combine experiments with advanced diagnostics and computational modelling.
- Work on technologies that address real-world challenges.
What will I learn and do?
You learn how plasmas are created, characterised and controlled, and how their properties can be applied in advanced technologies. The program combines theory, simulations and experiments, covering topics such as low-temperature plasmas, plasma-material interactions and transport phenomena.
Depending on your elective courses and graduation project, you can focus on areas such as experimental plasma physics, computational plasma modelling, industrial plasma technologies, plasma-material interactions and fusion-related plasma science.
You gain hands-on experience with experiments, diagnostics and computational methods while learning how to analyse complex systems and solve multidisciplinary problems. These skills prepare you for careers in research, engineering or for pursuing a PhD.
Recommended courses
The courses below are recommended for students interested in the Plasma Physics and Technology specialization. They provide a suggested study path, while still allowing you to tailor your curriculum to your own interests.
Recommended foundational courses
- Physics of Plasma and Radiation
Recommended electives
- Advanced Computational Fluid and Plasma Dynamics
- Advanced Electrodynamics
- Gas Discharges
- Optical Plasma Diagnostic Techniques
- Semiconductor Nanofabrication Science and Technology
For a complete overview of the master's curriculum, including the program structure, free electives, the internship and graduation project, please visit the Degree Structure page.
Why study this specialization at 黑料福利网?
黑料福利网 has internationally recognised expertise in plasma science and technology, with strong connections to applications in semiconductor manufacturing and fusion research. You'll study in a research environment that combines experiments, diagnostics and computational modelling while collaborating closely with industrial partners and research institutes. Located in Brainport Eindhoven, 黑料福利网 offers a unique combination of fundamental physics, technological relevance and excellent career prospects in research and engineering.
Related specializations
Interested in exploring other ways to shape your degree? Take a look at these related specializations and discover which one best matches your interests and ambitions.
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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.