An exciting deep-tech startup developing a cutting-edge photonic device is looking for a Quantum Laser Experiment Orchestrator. In this role, you will set up and design advanced optical systems, including: Confocal microscopy systems Femto lasers Optical cryo-systems Measurements and photodynamic protocol development This includes orchestrating multiple lasers, sensors, photon detectors, magnetic & MW/RF components, and various electrical engineering elements. You will be responsible for the development of electro-optic systems, building complex optical experiments, and implementing computer-based experimental control. Additional responsibilities include: Designing, simulating, and measuring quantum-optic, MW/RF/DC PCB circuits and fully assembled systems Utilizing simulation tools to meet performance requirements and optimize design parameters You will collaborate closely with top researchers and an innovative lab team dedicated to building the next breakthrough in the deep-tech industry.
Requirements: Ph.D. / M.Sc. in Electrical Engineering, Electro-optics, Materials Engineering, or Physics. (Postdoctoral and/or industrial experience is an advantage) Extensive experience and knowledge in quantum optics, quantum information, solid-state spin physics, electromagnetic field engineering (MW/RF/DC), and nanostructuring or semiconductor nanophotonics Over 3 years of practical R&D experience with electro-optic systems, optical experiments, and integrating multiple peripherals (lasers, detectors, motors, RF/MW, etc.) including computer-based experimental control Over 3 years of hands-on experience in MW/RF/PCB device development, including design, simulation, fabrication, assembly, integration, testing, and debugging Coding: Python (required), with experience in libraries such as PyVISA, QCoDeS, QuTiP, NumPy, SciPy, Pandas, Matplotlib, and MATLAB (required) Experience with photonic and electrical simulation software: RSoft, COMSOL, ANSYS HFSS, Lumerical – a plus
An exciting deep-tech startup developing a cutting-edge photonic device is looking for a Quantum Laser Experiment Orchestrator. In this role, you will set up and design advanced optical systems, including: Confocal microscopy systems Femto lasers Optical cryo-systems Measurements and photodynamic protocol development This includes orchestrating multiple lasers, sensors, photon detectors, magnetic & MW/RF components, and various electrical engineering elements. You will be responsible for the development of electro-optic systems, building complex optical experiments, and implementing computer-based experimental control. Additional responsibilities include: Designing, simulating, and measuring quantum-optic, MW/RF/DC PCB circuits and fully assembled systems Utilizing simulation tools to meet performance requirements and optimize design parameters You will collaborate closely with top researchers and an innovative lab team dedicated to building the next breakthrough in the deep-tech industry.
Requirements: Ph.D. / M.Sc. in Electrical Engineering, Electro-optics, Materials Engineering, or Physics. (Postdoctoral and/or industrial experience is an advantage) Extensive experience and knowledge in quantum optics, quantum information, solid-state spin physics, electromagnetic field engineering (MW/RF/DC), and nanostructuring or semiconductor nanophotonics Over 3 years of practical R&D experience with electro-optic systems, optical experiments, and integrating multiple peripherals (lasers, detectors, motors, RF/MW, etc.) including computer-based experimental control Over 3 years of hands-on experience in MW/RF/PCB device development, including design, simulation, fabrication, assembly, integration, testing, and debugging Coding: Python (required), with experience in libraries such as PyVISA, QCoDeS, QuTiP, NumPy, SciPy, Pandas, Matplotlib, and MATLAB (required) Experience with photonic and electrical simulation software: RSoft, COMSOL, ANSYS HFSS, Lumerical – a plus
