
Photonics Device Technologist
- San Jose, CA
- Permanent
- Full-time
- Evaluate and propose designs of silicon photonic active and passive devices, such as, lasers, modulator, detectors, wavelength (de)multiplexers, grating and edge couplers, and other elements required from a silicon photonics technology node.
- Work closely with Photonics Process integration experts to ensure devices comply to Design for Manufacturing (DFM) principles and target high yields as required by the cost targets of the product.
- Conduct Design and Process Failure Modes and Effect Analyses (DFMEA) of photonic chips and modules to identify risks and implement risk mitigation plans.
- Interface with foundries and Process integration experts to ensure Photonic Integrated Circuits (PICs) comply to Design for Manufacturing (DFM) principles and target high yields as required by the cost targets of the product.
- Determine inline process parameters and specifications thereof that would result in high yield devices.
- Work with layout and test engineers to ensure Design for Test (DFT) which would enable device quality and yield monitoring, and enable correlation to inline process parameters.
- Collaborate closely with Packaging designers to ensure optimal device performance with high yield once assembled into modules.
- Determine key reliability and failure mechanisms for Photonic devices and modules to ensure Design for Reliability (DFR).
- Run design and process debug using materials/data analyses in collaboration with the internal and external partners to debug performance issues, at beginning of life, in operation and end of life.
- Professional experience in the photonics industry, specifically with experience taking deliverables from research and development (R&D) into high volume production.
- Expertise in photonics numerical simulation principles and tools (Sentaurus, Lumerical, Harold, HFSS, ADS, or equivalent).
- Experience working with foundries worldwide and foundry process integration experts
- Experience with data analysis tools as it pertains to debugging device performance, correlation to inline parameters or product specifications and evaluating yield.
- Understanding of optical transceiver design and specifications
- Working knowledge of photonic component testing.
- Understanding of MSA (Multi Source Agreement) standards for optical components/systems and lasers, and significance of the underlying specifications and requirements.
- Excellent communication, project management, and presentation skills.
- Adept at collaboration among top-thinkers and senior architects with strong interpersonal skills to work across teams in different geographies
- Master’s or Ph.D. degree in optical engineering, physics, electrical engineering or related discipline.