
Superconducting Chip Design Internship
Alice & Bob
internship
Posted on:
Location Type: Hybrid
Location: Paris • France
Visit company websiteExplore more
Job Level
Tech Stack
About the role
- Review and analyze existing methods for estimating and measuring energy participation ratios (EPR) in superconducting circuits.
- Design and simulate a testbed using conventional FEM tools (e.g., Ansys HFSS) to enable accurate measurement of internal loss of a chip.
- Design a series of superconducting chips to validate the testbed and enable extraction of loss contributions associated with each material interface.
- Design the interfaces between the chips and the testbed, including integration with wiring inside a dilution refrigerator.
- Plan the integration of test chips within standard fabrication processes and workflows.
- Develop measurement and analysis methodologies to robustly quantify loss contributions from individual interfaces.
- Collaborate with circuit designers to translate simulation results into qubit design guidelines and optimizations.
- Document methods, scripts, and results in a clear and reproducible manner for use by team members and future projects.
- Present findings in team meetings and contribute to design reviews for next-generation superconducting qubit architectures.
Requirements
- You are currently enrolled in a Master's degree in Engineering or Physics
- Available for a 5-6 months internship (ideally from August 2026).
- Prior knowledge of electromagnetic field theory.
- First-hand experience with electromagnetic solvers (e.g: Ansys).
- Experience with Python.
- Proficient English skills, both written and spoken.
- A strong curiosity and openness to new ideas
- Research skills (going through existing literature, testing new methods)
Benefits
- 1 day off per month
- Half of transportation cost coverage (as per French law)
- Meal vouchers with Swile, as well as access to a fully equipped and regularly stocked kitchen
Applicant Tracking System Keywords
Tip: use these terms in your resume and cover letter to boost ATS matches.
Hard Skills & Tools
electromagnetic field theoryelectromagnetic solversPythonmeasurement methodologiesanalysis methodologiessuperconducting circuitstestbed designchip designloss contributionsfabrication processes
Soft Skills
curiosityopenness to new ideasresearch skillscommunication skillscollaborationdocumentationpresentation skills
Certifications
Master's degree in EngineeringMaster's degree in Physics