Leo Boo

• At Meta, built the first repository-based luminance calculation framework integrating first order and detailed power models, enabling scalable, reproducible analysis. • At Meta, implemented uled and LCOS (Global and Zonal) correction models, improving accuracy and consistency of AR display luminance predictions. • At Meta, led color tools modernization for standardized color space conversions and improved long-term maintainability. • At Meta, authored multiple documentation for optical modeling pipelines, improving cross-team adoption and understanding. • At Meta, collaborated closely with system architects and waveguide designers on system architecture, testing, and validation, while expanding simulation capabilities using FRED and Orcoptics. • Experienced Research and Development Engineer in Electrical & Computer Engineering, specializing in designing next-generation waveguides for Augmented Reality. • CEO and Lead Engineer at Xavier Optics, with a focus on developing advanced Maxwellian view metasurface based waveguides for AR systems. • Expertise in designing, simulating, fabricating, and characterizing AR waveguide prototypes. • Ph.D. in Materials Science and Engineering from the University of California, Los Angeles, with a dissertation on metasurface-based diffractive waveguide systems for AR applications. • Strong skills in advanced optical materials research, including script development, simulation, cleanroom operations, and material characterization.