
Senior Materials and Surface Science Engineer
Job Description
About us
nEye.ai, a well-funded optical switch startup, is poised to revolutionize the future of data centers. nEye’s MEMS-based silicon photonics optical circuit switches (OCS) eliminate critical bottlenecks in AI processing by enabling direct optical connections among thousands of GPUs and memory units. The company's OCS is an ultra-low power consumption, high radix, compact chip-scale design, offering hyperscale data centers enhanced performance, efficiency, and scalability.
Job Overview
We are looking for a senior individual contributor with deep expertise in materials science and surface chemistry as it applies to semiconductor fabrication and optical systems.
This role is critical to understanding and improving how fabrication processes at the material and interface level impact optical performance in our silicon photonics devices.
You will work across design, process, and test to analyze, diagnose, and improve material interfaces, thin films, and surface interactions that directly affect device behavior, reliability, and yield.
About us
nEye.ai, a well-funded optical switch startup, is poised to revolutionize the future of data centers. nEye’s MEMS-based silicon photonics optical circuit switches (OCS) eliminate critical bottlenecks in AI processing by enabling direct optical connections among thousands of GPUs and memory units. The company's OCS is an ultra-low power consumption, high radix, compact chip-scale design, offering hyperscale data centers enhanced performance, efficiency, and scalability.
Job Overview
We are looking for a senior individual contributor with deep expertise in materials science and surface chemistry as it applies to semiconductor fabrication and optical systems.
This role is critical to understanding and improving how fabrication processes at the material and interface level impact optical performance in our silicon photonics devices.
You will work across design, process, and test to analyze, diagnose, and improve material interfaces, thin films, and surface interactions that directly affect device behavior, reliability, and yield.