- Develop the conceptual framework for describing the pilot production of quantum photonic integrated circuits from the designer perspective with process design kits (PDKs).
- Develop methods to quantitatively describe functional quantum elements in terms of their physical integration and design flow implementation.
- Contribute to and accommodate relevant standardisation initiatives, including commercial standards such that quantum design kits can eventually be implemented within a diversity of open and proprietary software titles.
- Enable and support a team of designers and design tool developers across Europe with the creation of standard format design kits for quantum chips and the associated validation methods.
- Break down requirements into tangible deliverables and deploy methods for assessing design kit maturity.
InformationThe combination of quantum technology and integrated photonics offers a compelling route to upscaled quantum sensors, next-paradigm computation, and ultra-secure communications. Photonics4quantum (P4Q) is enabling this vision and integrating the capabilities into standardised design kits to enable a broad range of innovators to realise quantum circuits on the latest research and develepment platforms.
P4Q brings together 29 partners, comprised of universities, research and technology organizations (RTOs), and industrial foundries. Within the project, Process Design Kits and Assembly Design Kits are being developed, among other things, so that design and production are better aligned. Various photonic platforms are also receiving attention, such as gallium arsenide (GaAs), silicon nitride (SiN), thin-film lithium niobate (TFLN), and alumina (AlOx).
The successful candidate will have the opportunity to work on highly complex and high capability platforms and workflows for designing and validating quantum photonic integrated circuits. You will be part of a team bringing the latest design methods and fabrication processes together for prototypes and production in across multiple market segments.
The role is funded by Photonics4Quantum European – one of the six European pilot lines for quantum technologies. An EU-wide initiative targeted at integrating chip design resources to offer a one-stop capability to designers. Further information may be found here.
https://www.utwente.nl/en/news/2026/1/763542/50-million-euro-european-quantum-pilot-p4q-launchedThe position for the quantum design kit researcher will be in the Photonic Integration group at TU/e. The group leverages years of expertise in integrated photonics platform technology, pilot lines and design kit development. Synergies are foreseen with the design teams at TU/e already working on the PIXEurope Pilot Line and the euroCDP design platform. The existing team focusses on design flows for classical photonic integrated circuits and electronic and heterogeneous technologies. This new position focusses on the quantum-specific work-flows. The role benefits from the experience built up with the Joint European Platform for Photonic Integrated Circuits and Compenents (JePPIX.eu). The group has played an important role in open standards such as openEPDA.org and within the open access community jeppix.eu.
JePPIX:
http://www.jeppix.eu/EU chip design platform:
https://eurocdp.eu/PIXEurope:
https://pixeurope.eu/