Our company is at the forefront of deep-tech innovation, focusing on the development of high-performance photonic components for next-generation Photonic Integrated Circuits (PICs). This role is designed for someone who is passionate about solving complex physics and engineering problems in a collaborative deep-tech environment.
-
Design and optimize integrated photonic components for silicon photonics and related PIC platforms.
-
Perform electromagnetic simulations, modelling, and theoretical analysis to improve device performance.
-
Validate simulation results against experimental measurement data.
-
Develop innovative component designs informed by current research and emerging techniques.
-
Collaborate with layout engineers to integrate components into PDK libraries and tape-out flows.
-
Work closely with fabrication and testing teams to iterate on device performance.
-
Contribute to the development roadmap for future photonic components and architectures.
-
Support long-term improvements in PIC loss, manufacturability, and scalability.
-
Participate in technical discussions, design reviews, and cross-functional problem-solving.
-
Stay current with advances in integrated photonics through research literature and conferences.
-
PhD or equivalent industry experience in Photonics, Physics, Optical Engineering, Electrical Engineering, or a closely related field.
-
Strong theoretical understanding of guided optics and photonic device physics.
-
Hands-on experience designing and simulating integrated photonic components.
-
Experience working with silicon photonics or InP photonic platforms.
-
Strong analytical and mathematical problem-solving capability.
-
A track record of meaningful technical contributions, whether through publications, patents, or shipped technology.
-
Experience using photonic simulation tools and modelling workflows.
-
Python programming experience for simulation, analysis, or automation.
