Camera and Depth Electrical Engineer

The Meta Reality Labs team is helping more people around the world come together and connect through AR/VR hardware and software. With global teams dedicated to AR/VR research, computer vision, haptics, social interaction, and more, Reality Labs is committed to driving innovation forward. The potential of AR/VR to change the world is immense and we're just getting started. Our Wearables Display & Optics team explores, develops, and delivers new cutting-edge technologies that serve as the foundation of current and future AR/VR products. From mixed reality and human interaction and beyond, XDO is focused on transforming new technologies from early concept to product by iterating, prototyping, and realizing the human value and new experiences these technologies enable. The Camera and Depth Hardware team within XDO develops high-performance Camera and Depth solutions for Facebook Reality Labs's AR/VR products. This multidisciplinary group brings research to life by realizing state-of-the-art custom modules including mixed-signal ASICs, image sensors, lasers, optics, and firmware. The Camera and Depth HW team is seeking a Camera & Depth Electrical Engineer for end-to-end ownership of development and productization electrical engineering from early concepts to release to mass production. We are seeking an Electrical Engineer who has experience working across disciplines to transform research technologies into physical solutions. As a Camera & Depth Electrical Engineer, you will be responsible for the circuit design, board bring-up, implementation and debug of mixed-signal ASICs and systems used in our solutions. You will experiment with and develop novel solutions to complex electronics problems, working closely with cross functional partners combining electronics, image sensors, optics, mechanicals, and firmware.

Qualifications: BS in Electrical Engineering or equivalent experience in electronic hardware development 3+ years of consumer product life cycles of experience Experience with system-level design including circuit design, high-speed / RF / signal integrity, PCB layout, system bring-up, integration, and debug Experience with low-power analog circuit design, DC/DC converters, power management methods, A/D and D/A conversion and image sensors Experience with designing the following electrical subsystems: power regulators, high speed digital signal integrity (MIPI CPHY, MIPI DPHY), SOC and micro-controllers, serial-communication protocols (I2C, I3C, SPI, LVDS) Experience with schematic capture and PCB design using Cadence OrCAD/Allegro or equivalent Understanding of power characterization and signal integrity test Experience with developing detailed test plans and performing electrical hardware validation Experience with technical communication skills Experience with laboratory validation work including to test/validate/debug completed reworks/assemblies/development platforms using oscilloscopes, frame grabber, optical sensor devices, logic analyzers, impedance analyzers, and similar Experience with python coding and C language development Experience using scripting languages like Matlab/Python for data analysis. Experience with running FW commands to drive prototype platforms Experience validating/verifying EE function blocks including Custom ASICs Experience in cross-collaboration MS in related fields preferred 5+ years of consumer product life cycles of experience Experience with camera or depth sensor or auto-focus electrical design Experience with laser driver or Camera and Depth sensor chip architectures Experience developing modules or systems in high volume consumer electronic products Experience partnering with software or firmware teams to define and verify HW design maturity across test cases Experience working with JDM, ODM, CM partners

Responsibilities: Responsible for the implementation and debugging of mixed-signal ASICs, board-level circuitry, high-speed / RF / signal integrity and systems used in our solutions Develop novel solutions to complex electronics problems Work closely with cross functional partners combining electronics, image sensors, optics, mechanicals, and firmware Collaborate with the System electrical engineering teams on seamless integration of camera and depth modules into Reality Labs' devices Develop design methodologies and Best Practices for the Camera & Depth EE team Implement our PDP methodology in all designs, and present your work in design reviews Assess vendors and manage outsourced development of PCBs Lead debugging and failure analysis activities