Meta AR/VR Job | Optical Process Engineer | Oculus
Job（岗位）: Optical Process Engineer | Oculus
Citys（岗位城市）: Shanghai, China
The Meta FRL Display and Optics team focuses on moving the state-of-art display and optical technologies forward for Meta AR/VR products, which gives people the power to build community and bring the world closer together. The team is responsible for technology development and maturation, component design, novel manufacturing processes and metrology development, and system integration of display and optics for all Meta AR/VR products.
The VR Optical Engineering team is looking for experienced and highly self-motivated Optical Process engineers. The successful candidate will lead the development of manufacturing processes for the mass production of complex optical systems within a fast-paced manufacturing environment.
Experience and knowledge of failure analysis (SEM, FIB, Tof-SIMs), and mechanical property characterization on coatings, polymers and films (e.g.: Tensile test, shear test, peeling test, swear test etc.)
Laser cutting processing
Experience in developing and manufacturing high volume display, automotive, or touch sensor components and products is preferred.
Polarizers, retarders, liquid crystal polymer films, Backlight optical films, reflectors, AR films.
BS or MS in Mechanical Engineering, Chemical Engineering, Material Science, Electrical Engineering, Applied Physics, or related field with 3+ years industry experience
Experience in working with international OEM partners.
Excellent verbal and written communication skills
Cross-functional teamwork skills
Willingness and ability to travel both domestically and internationally (up to 50% of the time).
Compression molding, cast molding, in-mold lamination process
Deep understanding and hands-on experience in some of the focus areas listed below are required:
roll-to-roll processing (lamination and coating), S2S/S2H/H2H lamination, 3D lamination, AR coating on plastic film
Work with cross function to define, develop and deploy new manufacturing technology for polarization and related optical components.
Analyze manufacturability of the prototype designs and refine as necessary.
Development support during the product design phase to provide input dealing with manufacturability needs (DFM) for optics and related components.
Drive failure analyses (FA) and design of experiments (DOEs) to reach design solutions and corrective actions.
Develop and optimize the process and equipment for device performance, yield, quality, reliability, and throughput, and ramp the new equipment/process into full mass production.
Data analysis and statistics using MATLAB, JMP, Minitab or other mathematical software.