Master in Applied Quantum Technology

Amsterdam University of Applied Sciences sits in the heart of a dynamic, international city and serves a large and diverse student population. Founded in 1993, the institution focuses on applied education that prepares students for professional practice across fields such as business, creative industries, health, and technology. With access to Amsterdam's cultural scene, international businesses, and innovation hubs, students gain practical exposure alongside classroom learning.

Programs emphasize project-based learning, collaboration with industry partners, and development of practical skills employers seek. International students can join English-taught programs, internships with local and multinational organizations, and applied research projects that address real-world challenges. Support services typically include career guidance, language assistance, and help navigating visas and accommodation in the city.

Studying in Amsterdam offers a multicultural lifestyle with excellent public transport, abundant cultural events, and a strong start-up ecosystem. The university's location encourages networking with professionals and peers from around the world, while student centers and clubs build community and enhance personal development. For students seeking career-ready education and a lively urban experience, Amsterdam University of Applied Sciences provides an applied, hands-on pathway to professional success.

The Master in Applied Quantum Technology is a two-year, full-time program designed for students eager to dive into the rapidly evolving field of quantum technology. This program is ideal for those who are curious about the societal challenges posed by quantum advancements and want to engage in hands-on projects. Students will benefit from a collaborative learning environment across four Dutch universities, gaining practical skills that are highly sought after in the job market.

Throughout the program, students will explore core subjects such as quantum hardware, quantum software, and photonics. The curriculum includes extensive lab sessions and projects that allow students to apply their theoretical knowledge in real-world contexts. By choosing a specialization in Quantum Software, Quantum Electronics, or Quantum Photonics, students will develop a strong foundation in both theory and practical applications, preparing them for future challenges in the industry.

Graduates of this program can pursue various career paths, including roles as Quantum Software Developers, Quantum Hardware Engineers, and Research Scientists in quantum technology. They will find opportunities in leading quantum companies, research institutions, and technology firms. The skills acquired during the program are transferable across multiple sectors, making graduates well-equipped to tackle complex problems in diverse industries.