Principal Optical Engineer
About the role
Mojo Vision Open Menu Micro-LED Platform News + Insight About Contact Careers Twitter LinkedIn Skip to Content Micro-LED Platform News + Insight About Contact Careers Open Menu Principal Optical Engineer Cupertino, CA / Optical Engineering / Full-Time Mojo Vision is pioneering a highly flexible, wafers-in, wafers-out micro-LED platform to unlock AI applications in multiple market segments. Built over the past decade by our world-class engineers, our system-level approach combines advanced 300mm silicon architecture with GaN-on-Silicon emitters, proprietary quantum dots, photodetectors, micro-lens arrays, and packaging to solve conventional trade-offs in size, brightness, bandwidth density, and power. Our scalable, manufacturing-ready approach enables breakthrough products such as next-generation optical interconnects and AI glasses. At Mojo, our team includes talented professionals with expertise in hardware, software, optics, photonics, electronics, chemistry, and applied physics. We are based in Cupertino, California and are backed by some of the world’s leading technology investors. Roles and
Responsibilities: Mojo Vision is seeking an experienced Principal Optical Engineer to develop optical components and assemblies and support their integration into advanced optical interconnect and display products. This role combines optical design, modeling, measurement, and data analysis to solve complex technical challenges ranging device to system level. The successful candidate will work closely with multidisciplinary teams and external partners to develop novel optical components and validate their performance in complex systems. The ideal candidate possesses deep expertise in both optical modeling and measurements and has a passion for solving challenging problems in a fast-moving environment. Collaborate with multidisciplinary teams to define
requirements for new optical components and systems and develop the measurements needed to validate that targets have been met. Use FDTD and ray tracing tools to model, design and optimize optical components and evaluate their performance in within complex optical communication systems. Develop and implement novel optical measurement techniques and test methodologies to characterize critical device parameters to validate design and process specifications. Reconcile optical and system models with experimental results. Collaborate with internal team members and external fab partners to realize volume manufacturing processes for optical and optoelectronic components. Work closely with external customers, suppliers, equipment vendors, and manufacturing partners to move from system