Key Responsibilities

• Perform optical laboratory measurements for the characterization of integrated photonic circuits and quantum photonic devices.

• Set up and operate free-space optical experiments (beam splitters, mirrors, filters, polarization optics, etc.)

• Perform fiber–chip coupling and alignment for on-chip characterization.

• Use tunable lasers, detectors, and instrumentation for linear and nonlinear photonic measurements.

• Develop automated measurement routines and data processing pipelines using Python.

• Analyze datasets to extract device performance metrics and validate integrated photonic functionalities.

• Collaborate closely with the PIC design, theory, and electronics teams to define experiments and interpret results.

• Contribute to improving internal laboratory workflows, documentation, and measurement infrastructure.

Must-have

• ≥3 years of hands-on experience in optical laboratory measurements or experimental quantum optics.

• University Master’s degree or PhD in Physics, Photonics, Optical Engineering, Quantum Technologies, or a related field (or equivalent experience).

• Strong experience with:

  • Free-space optical components (beam splitters, mirrors, filters, waveplates).

  • Fiber alignment, chip coupling, and integrated photonics characterization.

  • Tunable lasers, detectors, power meters, and optical instrumentation.

  • Proven ability to design, execute, and troubleshoot complex optical setups.

  • Strong Python skills for data analysis, automation of measurements, and visualization.

  • Ability to work autonomously in the lab and manage experiments end-to-end.

  • Professional working proficiency in English.