Light Systems Control Engineer Neutral Atoms Quantum Computing

Light Systems Control Engineer – Neutral Atoms Quantum Computing

NQCP (Neutral Qubit Control Programme) is establishing a diverse, international team at the Niels Bohr Institute, University of Copenhagen, to develop a cutting‑edge quantum programme. Their mission is to create fault‑tolerant quantum computing hardware and algorithms that solve life‑science‑relevant problems.

You will be a key member of the Neutral Atoms team, working on next‑generation control and readout of atomic qubits for quantum computing, developing photonic technologies for single‑atom control and collaborating across Theory, Simulation, Nanofabrication and Photonic Characterisation groups.

• Coordinate and manage the new Light System Control laboratory space.
• Act as cross‑team liaison across the research centre.
• Scale up electrical control systems for atomic arrays.
• Coordinate data management and project coordination of pilot line projects.
• Collaborate closely with the bulk‑optics quantum computing platform.

• Excellent communication and interpersonal skills.
• Experience mentoring junior researchers or engineers.
• Strong organisational and project‑planning abilities.
• Ability to act as a bridge between scientific objectives and engineering implementation.

• Advanced understanding of laser systems, optical setups and photonics engineering.
• Experience with high‑power and narrow‑linewidth laser systems.
• Knowledge of optical diagnostics and performance characterisation.
• Experience designing and maintaining complex experimental control systems.
• Knowledge of real‑time hardware control, synchronisation and automation.
• Experience with FPGA‑, microcontroller‑ or embedded‑based control systems.
• Strong programming skills relevant to laboratory automation and control.
• Experience with AMO physics, quantum optics, photonics or precision measurement systems.
• Familiarity with ultracold‑atom or quantum‑technology experiments – advantage.

• Ability to identify bottlenecks and dependencies across optics, electronics, software and experimental operation.
• Strong troubleshooting skills in large‑scale experimental environments.
• Experience documenting systems, workflows and operational procedures.

Opportunity to contribute from the early stages of a world‑class quantum research programme in Denmark. The country offers excellent social services, generous parental leave, subsidised daycare and public schools, a strong work‑life balance culture, flexible workplaces and an attractive lifestyle with bike paths, great food, museums and natural scenery.

Employment is as an academic officer or special consultant under the Danish state sector collective agreement. Salary is based on seniority with possible supplements. Working hours are 37 hours per week on average with flexible hours. The position is limited until 31 December 2029.

Applications must be submitted online in English and include the following documents (PDF):

• Curriculum vitae and short cover letter.
• Diplomas (PhD degree or equivalent).
• Publication list (if relevant).

Deadline: 30.06.2026.
Final date to receive applications
: 30-06-2026.
Employment start
: 01-09-2026.
Working hours: full time.
Department/

Location:

Niels Bohr Institute.

Contact:
Stefan Alaric Schäffer – help
316.

Additional Information: The Faculty of Science at the University of Copenhagen is Denmark's largest science research and education institution. For further information, visit (Use the "Apply for this Job" box below). or the recruitment process page.

Equal Opportunity Statement: The University of Copenhagen wishes to reflect the diversity of society and encourages all qualified candidates to apply regardless of personal background.