Career prospect

A student Applied Quantum Technology of the Electronics Track has expertise in electronics for quantum technology and demonstrates a strong background in quantum engineering, with a focus on designing and implementing electronic systems tailored for quantum applications. He/she is experienced in the development of novel electronic circuits, signal processing techniques, and control systems to support the realization of quantum processors and other quantum technologies. He/she demonstrates translating theoretical quantum concepts into practical electronic solutions, collaborating effectively with(in) inter/multidisciplinary teams, and is able to stay up-to-date of the latest advancements in electronics for quantum.

A student in the Quantum Photonics Track, brings a profound expertise in the intersection of quantum technology and photonics. Proficient in the development of quantum photonics devices, he/she contributes to advancing quantum processors as wel as quantum sensing and communication technology through the integration of cutting-edge optical solutions. With experience in both classical optics and quantum technologies, this student is capable of translating theoretical quantum concepts into practical photonics solutions, ensuring seamless collaboration within interdisciplinary teams.

A student in the Quantum Software Track, exhibits a primary focus on quantum software development, this student possesses expertise in crafting innovative algorithms, simulations, and software solutions for as well as towards quantum applications. Proficient in classical software development, he/she leverages their programming skills to bridge the gap between theoretical quantum concepts and practical software implementations. Experienced in collaborating with interdisciplinary teams, this student excels in translating complex quantum theories into efficient, scalable, and high-performance software solutions.