Any questions?

We are here to help!

For you?

Want to help shape the technology of tomorrow? With our Master in Applied Quantum Technology, you’ll specialise in quantum computing and quantum technology. Our hands-on, interdisciplinary programme equips you with all the knowledge and skills you need to prepare for the future. 

What truly sets this master’s programme apart is its strong focus on applied quantum technology. From day one, you’ll work with state-of-the-art hardware, designing, testing, and implementing quantum solutions in the lab. You won’t just learn the theory—you’ll immediately apply it to real-world challenges. 

A solid background in mathematics, physics or computer technology is required. If you have a bachelor’s degree in areas like Applied Physics, Applied Mathematics, ICT, Computer Engineering or Electrical Engineering, this transition master is an excellent fit for you.

Through projects and internships, you’ll work closely with companies and research institutes in the dynamic quantum sector—an ideal opportunity to gain hands-on experience and build your professional network. This is more than just a master’s degree; it’s a launchpad for a career in the fast-growing quantum industry.

You’ll also study at the heart of the Dutch quantum hub, surrounded by innovative cities like Amsterdam, Delft, Leiden, Enschede, and Eindhoven—leading centres of research and development. It’s a unique chance to connect, collaborate and grow in a sector that’s shaping the technology of the future.

Ready to explore the quantum world and help shape tomorrow’s tech? Discover how this master’s programme can elevate your career! 

Joint degree

Collaboration between four universities of applied sciences 

The Master in Applied Quantum Technology is a joint programme offered by four Dutch universities of applied sciences: Saxion (Enschede), Fontys (Eindhoven), The Hague University of Applied Sciences (Delft), and the Amsterdam University of Applied Sciences. This is a joint degree, which means the programme is delivered across all four locations. To fully participate, you’ll need to travel between the different cities. 

Thanks to this collaborative structure the master offers a diverse and inspiring learning experience. It’s a programme at the forefront of technological innovation, combining different perspectives and offering plenty of space for personal and professional growth. 

Partner Institutions 
Each partner university brings its own area of expertise within quantum technology. As a student, you benefit from this broad network and shared knowledge. You’ll have access to unique laboratory facilities, be guided by experts from different research teams, and have the opportunity to do internships with quantum companies and startups in the region. 

After completing the core programme, you choose one of three specialisations: Quantum Software, Quantum Electronics or Quantum Photonics.

Admission requirements

Why this programme?

  • A practice-oriented programme with a focus on Applied Quantum Technology 
  • Work hands-on with advanced quantum hardware and state-of-the-art laboratory facilities. 
  • Develop a strong skill set in quantum physics, applied engineering, and computer science. 
  • Gain versatile professional competencies that are in high demand across the tech sector. 
  • Benefit from direct career opportunities through active partnerships with leading tech companies and innovative start-ups in the quantum industry. 

Degree programme in figures

12

hours of lectures per week

28

hours of independent study per week

40

hours of total time commitment per week

Programme content

What will you study each year?

Year 1
Year 2

Career perspective

What will you become?

  • Quantum hardware engineer

  • Quantum algorithm expert

Continue studying

Would you like to specialise further? After this master's, you can pursue a PhD programme in quantum computing or a post-master's programme in a specific domain of quantum technology. 

Practical information

What else do you need to know?