As an Optical Metasurface R&D Engineer you will be responsible for the multi-physics simulations, characterization, and opto-electronic system integration of Lumotive’s next-generation dynamic metasurface technology. The ideal candidate will have tremendous versatility, blend of strong computational and practical lab skills with system engineering capabilities. This position reports directly to the CTO.
Your responsibilities will be:
· Multi-physics design of metasurface unit cell with a combination of electromagnetic simulations, liquid crystal dynamics, and electrostatics with constraints based on CMOS manufacturing, electrical performance, and LC materials
· Computational and emipircal modulation pattern optimization and large scale array simulations to optimize beamforming performance
· Optical and electrical characterization of dynamic metasurface chips, including guiding the development of new testing infrastructure
· Understanding of opto-electronic system tradeoffs like power, size, cost, and optical performance, size and how they are affected by the metasurface properties
· Work closely with ASIC design team on driver architecture, compute requirements and optimization of modulation pattern generation·
· PhD in nanophotonics, optics, electrical engineering, physics or related fields
· 5+ years industry experience in nanophotonic simulations using FDTD and similar techniques
· 5+ years industry experience with Python, collaborating with Git, and writing unit / integration tests
· Hands on experience with optical characterization of optoelectronic and photonic devices
· Experience with opto-electronic system engineering
· Extremely clear written and verbal communication skills
Pay range is $170,000 to $190,000 (USD) and scaled according to location + Performance based Quarterly Bonus + Equity depending on experience.
Benefits
Lumotive is an equal opportunity employer - All qualified applicants will receive consideration for employment without regard to race, color, religion, sex, national origin, or any other legally protected status.
All your information will be kept confidential.
