MicroLED Display Characterization Engineer

Meta Reality Labs is building products that make it easier for people to connect with the ones they love most. We are a team of experts developing and shipping products at the intersection of hardware, software, and content. Our team has the responsibility for taking breakthrough concepts and delivering them to market at scale. Meta Wearables team seeks an Engineer with system design skills and consumer electronics experience to develop and integrate solutions in future Meta products.

MicroLED Display Characterization Engineer Responsibilities:

• Collaborate closely with cross functional teams and external partners to push the boundaries of technologies and deliver best-in-class hardware solutions
• Collaborate with vendor resources to leverage their team and maximize the focus of internal resources on adding value to and differentiating our product
• Generate analytical models of subsystems and validate them through design of experiments and lab testing

• 2+ years of relevant industry experience or similar
• Expertise in advanced technologies, focused on consumer electronics products

• Demonstrated experience in LEDs, displays, image quality metrics, opto-electrical metrology and characterization. Can communicate underlying physics
• Experience performing measurements and interpreting data from opto-electrical characterization/testing such as LIV, spectroscopy, imaging, radiometric/photometric
• Experience with designing and building custom test or characterization setups e.g. opto-electrical bench builds, linear/rotational actuators, including CAD design software
• Experience in microelectronic design & build, circuit modelling (e.g. SPICE), controllers, communications protocols e.g. (SPI, PIF, MIPI), PCB design (i.e. Altium)
• Experience in scripting or test automation, such as instrument control, data collection and analysis using Python, C/C++, Matlab or LabView
• Experience with statistical data analysis software e.g. JMP, Minitab
• Knowledge of device fabrication and processing techniques for III/V and/or optoelectronic devices, and advanced metrology and characterizations techniques
• Familiarity with reliability, and/or failure analysis of optoelectronic devices