Graduates of all tracks are trained as skilled engineers, ready to contribute to advanced projects in both the high-tech industry and applied research.

Quantum Electronics Track

Graduates from the Electronics Track have expertise in designing and implementing electronic systems for quantum applications. They are trained in developing advanced electronic circuits, control systems, and signal processing techniques to support quantum processors and related technologies. They can translate theoretical quantum concepts into practical electronic solutions and work effectively in interdisciplinary teams.

Quantum Photonics Track

Graduates from the Photonics Track specialise in developing optical systems for quantum technologies. With a strong foundation in both classical optics and quantum photonics, they contribute to the advancement of quantum processors, sensors, and communication systems. They are able to turn theoretical ideas into real-world photonics solutions and collaborate across disciplines.

Quantum Software Track

Graduates from the Software Track focus on quantum software development. They design algorithms, simulations, and software tools that bring quantum computing into practical use. With a solid background in classical programming, they bridge the gap between theory and application, working in teams to develop efficient and scalable quantum software solutions.