Overview In this role, you will lead development of scalable test platforms and custom tools to support R&D and pilot deployments for energy-efficient computing. You will build and validate models and run simulations to optimize device- and system-level performance. You will work with cross-functional engineers to translate innovations into manufacturable solutions and guide risk-informed decisions. You will drive impactful research, mentoring labs and collaborating with external partners to extend system capabilities.
Compensation / Benefits- comprehensive benefits package
- bonus program
- stock award program
- relocation eligible
Responsibilities- Design and lead scalable test platforms and custom tools for R&D and pilot-scale deployment
- Build and validate physical models and run simulations to optimize performance from device to system levels
- Collaborate with device and integration engineers to refine novel processes and manufacturing technologies
- Identify problems, lead research and analysis, and support complex physics-related applications in lab and field
- Translate R&D innovations into scalable, manufacturable solutions aligned with production requirements
- Contribute to development of new principles, participate in product risk management discussions leveraging expertise
- Partner with cross-functional, interdisciplinary teams to improve device performance and efficiency
- Initiate innovative physics/science projects, manage strategic vendors for modules, and engage external customers, universities, and consortia
Key requirements- Ph.D. in a relevant field
- Strong expertise in high-speed photonic interconnect technologies
- Deep experience with CAD modeling tools and advanced simulation methodologies
- Track record of innovations translating concepts to product realization
- Hands-on experience in semiconductor manufacturing equipment and advanced processing techniques
- Hands-on cleanroom experience
- Proven problem-solving and collaboration in R&D and/or production
- Strong communication and negotiation skills
- collaboration
- problem-solving
- communication
- high-speed photonic interconnect technologies
- CAD modeling tools
- advanced simulation methodologies
