Back to News
quantum-computing

Group Leader: Superconducting Materials For Quantum Technologies

Quantiki
Loading...
2 min read
0 likes
⚡ Quantum Brief
QuTech is hiring a Principal Investigator to lead a new research group focused on superconducting materials for quantum technologies, with applications due by April 3, 2026. The role targets materials science breakthroughs—thin-film growth, defects, interfaces, and processing—to overcome current quantum hardware limitations and enhance qubit performance. Based in Delft, the position sits within QuTech’s Qubit Research division, aiming to develop noise-resistant qubits that surpass existing technologies through material-driven innovation. The leader will collaborate across QuTech’s Quantum Computing and Quantum Internet divisions, applying materials advances to scalable fabrication, photon detection, and optical device integration. Responsibilities include securing funding, building an independent research team, and contributing to QuTech’s broader mission of advancing quantum device reproducibility and integration.
Group Leader: Superconducting Materials For Quantum Technologies

Summarize this article with:

Group Leader: Superconducting Materials For Quantum Technologies Application deadline: Friday, April 3, 2026Employer web page: https://qutech.nl/Job type: OtherGroup Leader: Superconducting Materials For Quantum Technologies Come join QuTech and create the Quantum Future! Job description At QuTech, we are looking for a Principal Investigator to strengthen our profile through a bold, materials-driven research agenda. Progress in quantum hardware is increasingly limited not only by device concepts, but by materials science including thin-film growth, defects, interfaces, surfaces, oxides, and processing history. We are therefore seeking an independent group leader who can turn superconducting and related quantum materials innovation into new capabilities across qubit platforms and quantum devices. Your research will be anchored in the Qubit Research division, where we develop qubits that are protected from noise by design and aim to demonstrate devices that outperform established technology. At the same time, QuTech provides a highly collaborative setting where materials advances can create synergies with the Quantum Computing Division, e.g., scalable fabrication, integration, packaging, and the Quantum Internet Division, e.g., integration into optical devices for spin qubits, photon detection, interconnects. We are interested in superconducting materials and processes that enable improved performance, reproducibility, and integration across quantum-device technologies. We expect you to establish and lead an independent research group, aquire national and internaltion funding, develop an excellent research program, including outreach and valorisation, and contribute to the organization of QuTech. Would you be interesting in knowing more about the role please click on the link below. https://careers.tudelft.nl/job/Delft-Group-Leader-Superconducting-Materi... Log in or register to post comments

Read Original

Tags

quantum-materials
quantum-networking
quantum-computing
quantum-hardware

Source Information

Source: Quantiki