At Meta’s Reality Labs Research, our goal is to make world-class consumer virtual, augmented, and mixed reality experiences. Come work alongside industry-leading scientists and engineers to create the technology that makes MR, VR, and AR pervasive and universal. Join the adventure of a lifetime as we make science fiction real and change the world. The Display Systems Research (DSR) team is focused on passing the visual Turing test in AR/MR: making head-mounted displays (HMDs) indistinguishable from reality. While we ultimately aim to advance visual experiences, we remain grounded in practical system architectures. Our core research involves the identification and construction of new eyeglasses-form-factor devices — informed by human vision science — that cohesively integrate novel display and sensing technologies. Recent publications and demos include varifocal displays, near-eye holographic displays, understanding geometric distortions in HMDs, reprojection-free light field passthrough, reverse passthrough, and more.We are seeking Research Scientists to help develop augmented reality (AR) glasses. This role will use skills in optical system design and modeling, knowledge of a wide variety of optical components and technologies, research and problem-solving skills, and fabrication and prototyping experience to design, develop, and construct initial AR display prototypes around novel optical architectures. You will work in a small AR display incubation team and collaborate with a large set of scientists and engineers with a broad range of experiences, perspectives and backgrounds in the greater Reality Labs organization. An ideal candidate learns new areas of optics quickly, is comfortable pivoting and adapting to the various needs of projects, enjoys iterating quickly, should be comfortable working on and solving challenging problems with minimal guidance, including those in which there is no clear initial path, while seeking help independently among internal and external resources. And is detail-oriented and data-driven, with a track record of high quality results when tackling challenging optics problems.

MINIMUM QUALIFICATIONS:

• Bachelor’s degree in Computer Science, Computer Engineering, relevant technical field, or equivalent practical experience.
• PhD degree or equivalent experience in Optical Science, Computer Science, Physics, Electronic Engineering, Physics, or a related field.
• 3+ years of experience in design, modeling, and simulation of complex optical systems.
• 3+ years of experience in system-level optical prototyping, including individual work in component fabrication, system assembly, alignment/calibration, and characterization of complex optical systems.
• 3+ years of experience with scientific programming languages (e.g., Python or Matlab).
• Proven track record of solving difficult problems and achieving high quality and significant results in optical systems, as demonstrated first-authored publications at leading workshops or conferences (e.g., OSA, SIGGRAPH, and SPIE), presentations, journal articles, patents, etc.

PREFERRED QUALIFICATIONS:

• Experience in fabrication of novel optics and display components, either through direct fabrication experience or leading internal or external fabrication efforts in areas such as holography, lithography, exposure systems, liquid crystal optics, light modulators, MEMS devices, and 3D printed optics, etc. and cleanroom experience is a plus.
• Experience with diffractive, holographic, and liquid crystal optics, such as diffraction gratings, volume holograms, phase modulators, digital holographic systems, and Pancharatnam-Berry LC optics.
• Experience in geometric optics, including component design, modeling, simulation, tolerancing, and evaluation metrics.
• Knowledge of display panel and spatial light modulator technologies, and experience with integration into optical prototypes, e.g., LCoS, MEMS, LCD, OLED, and phase modulators.
• Knowledge of various light sources, illumination systems and experience with integration into optical prototypes, e.g., lasers, LEDs, SLEDs, light shaping and steering devices.
• Experience in display systems, especially AR/VR/MR displays and compact and high efficiency display systems.
• Knowledge of Vision Science and human visual perception as it relates to display systems.
• Experience with rigorous optical modeling techniques, e.g., RCWA and FDTD.
• Experience with writing custom simulation software to model novel optical systems, and system optimization using numerical and/or machine learning techniques.
• Experience with commercial optical design software, such as Zemax.
• Experience in mechanical design and rapid prototyping.
• Experience with intra-team, cross-team, and cross-functional collaboration.

• Providing initial assessments of candidate optical architectures for AR glasses.
• Development of promising optical architectures through research, detailed design and modeling, solving of open problems, and exploration of alternative paths.
• Prototyping of components, sub-assemblies, and optical systems for AR display, including sourcing or fabrication of components through existing or new team capabilities, collaboration with partner teams, or external vendors.
• Seeking out and collaborating with scientists and engineers from a variety of technical backgrounds as needed to meet project objectives.
• Communicating results within the team and to the larger Reality Labs organization.