Developing quantum hardware components and systems.
Collaborating with cross-functional teams to ensure comprehensive integration of quantum hardware solutions.
End-to-end characterization and benchmarking of QPUs and other superconducting circuits
Development and installation of cryogenic measurement circuits and methods for DC or microwave domain experiments
System-level integration of QPUs, packaging and wiring.
Documentation, analysis and reporting of the efforts and results for stakeholders

Hands-on experience with either DC or microwave-domain low-noise experiments on cryogenically cooled devices.
A completed MSc or Ph D degree in Physics, Electrical Engineering, or a related field with a focus on quantum technologies
Completed university-level courses or hands-on experience with quantum computation, ideally based on superconducting circuits.
Hands-on experience with cryogenic equipment, ideally dry dilution refrigerators.
Hands-on experience with automated data acquisition, scripting and data processing, ideally in a Python-based environment.
Good communication, reporting and documentation skills.
Capacity of independent problem solving

To perform world-class R&D alongside a passionate and diverse team.
Access to cutting-edge manufacturing and laboratory infrastructure to facilitate pioneering research.
The opportunity to shape the future of quantum computing with your contributions.
A collaborative and open start-up environment that encourages innovation and personal growth.

About IQM Quantum Computers