Master Applied Physics - University of Twente

The programme
In the Master’s programme in Applied Physics University of Twente aims to achieve the ideal balance between 'hardcore' physics and engineering. Research is spread out over five clusters: Physics of Fluids / Nanoelectronic Materials / Applied Nanophotonics / Soft Matter / Energy Materials and Systems
The themes that are covered within the programme are in perfect alignment with these five research clusters.

Year 1
In the first year of this Master's programme you will take four general science courses related to physics theory, mathematical techniques, applied physics and experimental physics. Together these compulsory courses form the main thread of the programme. The four courses are divided over the four quartiles. As a result, you and your fellow students will get together on a regular basis throughout the first year. Another part of the year consists of specialization courses closely linked to the research you are interested in, the final third is completely elective.

Year 2
The second year is the practical year. You can now for example choose to focus on fundamental science, e.g. by doing research in a research group and an internship at a research institute. On the other hand, you can also opt for a more engineering driven approach by doing research in a more engineering-oriented research group, combined with an industry internship. The university will guide you through the entire process in your choices and the career you are about to pursue.

Career prospects
As an applied physicist graduate of the University of Twente you will have many different career choices. Students normally find a job within a few months of graduation. You can benefit from the Universities connections and close collaborations with companies in the Netherlands and abroad.
Approximately half of the graduates start a job in Research & Development departments at a university, research institute or centre of expertise (e.g. TNO, ECN, CERN) or at a corporate Research & Development department (e.g. Philips Natlab, Shell, Océ), developing new materials, new technology, or new products, for example for space travel or medical science.
You can also pursue your scientific studies at doctorate level, conducting independent research for four years under the guidance of a professor, and writing and defending a PhD dissertation.