Graphene Photonics Device Reliability Testing Engineer (f/m/d)

Job description

About us We see the semiconductor industry as a realm of possibility. We see opportunity. We see the profound impact that our graphene solutions will have in transforming the industry. We invite you to join us in driving change with our fundamentally human-centered approach, uniting bright minds around a shared vision. The vision is: Prove to everybody that you can make a fundamental change. Prove with your knowledge and skills how things can be done differently. Together, we can change the paradigm of how the world connects About our technology The semiconductor industry’s growing demand for more powerful chips with higher bandwidth and lower power finds its solution in our technology. We connect chips to high-throughput, low-delay computing networks. The key lies in harnessing the physical properties of graphene to combine electronic computing with photonic communication, allowing countless chips to interact almost as if they were one. Our graphene photonic innovation increases computing power and efficiency to a new order of magnitude In short, we connect chips to create powerful and energy-efficient networks, overcoming connectivity limitations in the semiconductor industry. We deliver the graphene solution The Role We are seeking a Device Reliability Testing Engineer to drive reliability qualification, failure analysis, and accelerated life testing for our integrated graphene photonics products. In close collaboration with Design Enablement, Process Integration, and Product Quality, you will establish robust test methodologies to validate device reliability, and long-term stability in accordance with industry standards. You will play a key role in transitioning our technology from prototype to production- qualified products, ensuring that graphene photonics meet the performance and robustness requirements of high-volume deployment. To join our team, you should be excited to: Design and execute wafer-level device reliability test plans for graphene- based photonic devices (DC bias, RF endurance, thermal cycling, long-term stability) Identify and investigate the physical mechanisms of graphene-related failure modes. Characterize and monitor key performance metrics, including extinction ratio, insertion loss, bandwidth retention, energy efficiency, dark current stability, responsivity degradation over device lifetime Drive structured root cause investigat…