scroll down
Your tasks
- Understand the physics of quantum PIC components with their requirements and trade-offs
- Develop concepts for PIC components and evaluate these using models and simulations
- Implement layouts for components and full optical circuits on a PIC
- Simulate full optical PIC circuits and match the results with experiments
- Collect the input you need from all stake holders
- Manage regular tape outs of designs and the interaction with the fabrication team
- Keep the feedback cycle going and improve continuously
Your profile
- Master’s degree or Ph.D. in experimental physics, photonics, or a related field
- Hands-on experience with the design and/or simulation of components for PICs or full PICs
- Knowledge of standards tools and concept of the PIC industry (PDKs, IPKISS/Nazca/Synopsis/…) are a big plus
- Experience with Python is a big plus
- Open for an agile, innovative and entrepreneurial environment
- Good language skills English, German is a plus
Your benefits
- In our team-oriented working atmosphere, you have flexible options for working hours and can thus combine your job and free time in the best possible way.
- The interdisciplinary team supports you in your professional and personal further education.
- Insight into the development of high-tech products.
A complete application consists of a cover letter (motivation, max. one page), a CV and your diplomas.
Join us

Weitere Jobs
Social Media / Web Content Manager (m/f/d)
Are you passionate about the digital world and want to contribute to the growth of Q.ANT’s online footprint?
Expert (m/f/d) for integrated photonics and quantum measurements
As an expert for optical quantum measurements you will be responsible for implementing and running experiments and characterization tools for different classical and non-classical states of light.
Photonic Microfabrication Engineer (m/f/d)
As our photonic microfabrication engineer you will plan, develop and implement different microfabrication processes in close collaboration with our partners. The clear goal is to develop a microfabrication process which can power our next generations of integrated optical quantum computers.