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 VR and AR pervasive and universal. Join the adventure of a lifetime as we make science fiction real and change the world. We are a world-class team of researchers and engineers creating the future of augmented and virtual reality, which together will become as universal and essential as smartphones and personal computers are today. And just as personal computers have done over the past 45 years, AR and VR will ultimately change everything about how we work, play, and connect.We are looking for an Electrical Engineer to help with our mission to accelerate AR and AI from a human perspective. In our current pipeline, a multitude of sensing components, including image sensors, microphones, and inertial measurement units are installed on the headset prototypes in order to collect a rich suite of information that reflects the user’s physical state, with an emphasis on modality synchronicity to push the state of the art in egocentric AI research, including the subfields of computer vision, robotics, and contextual AI.This role will handle circuit simulation and modeling, schematics capture, and layout design involving high-speed digital systems and programmable logic, as well as the use of multi-GHz digital test equipment. You will work in a cross-functional team including electrical, mechanical, and software engineers, as well as design and research experts.

MINIMUM QUALIFICATIONS:

• Bachelor’s degree or equivalent experience in Electrical Engineering or a related field
• 5+ years of experience in Electrical Engineering or related industry
• Experience designing, measuring and debugging low and high speed communication interfaces, such as MIPI, USB, PCIe, I2C, UART, SPI, and I2S from both an electrical design and communications protocol perspective
• Experience with schematic and high-speed board design using Cadence OrCAD, Altium, or equivalent, targeting HDI design
• Experience with test equipment such as oscilloscopes, high-speed digital test equipment, logic analyzers, and function generators
• Experience with basic programming skills in languages such as Python or C++, including data analysis, scripting, and automation
• Understand hardware design phases from ideation through manufacturing and functional usage

PREFERRED QUALIFICATIONS:

• Experience owning research hardware engineering design and execution tasks
• Experience with sensors, such as cameras, lidars, proximity sensors, microphones, IMUs, and depth sensors
• Experience with battery-powered low-power systems
• Experience collaborating effectively and rapidly outside of core technical specialty
• Experience designing consumer products
• Experience in analog and digital design simulation
• MS degree or equivalent experience in Electrical Engineering, Computer Engineering, or a related field
• Experience with designing hardware systems for computer vision applications
• 2 + years of experience in research or advanced development
• Experience of designing electrical systems with very hard power, weight, thermal and compute constraints
• Experience with wireless technologies (e.g., Wi-Fi, Bluetooth, NFC) and RF circuit design principles, RF PCB design, and RF simulation tools
• Experience with rapid prototyping, leveraging existing designs and representative components / models

• Design electrical engineering solutions for novel VR/AR devices and systems
• Establish and conduct collaborations with internal and external technology partners and vendors
• Co-lead the engineering of large and complex multidisciplinary hardware projects
• Discover new trends and solutions in high speed interconnects, such as those based on MIPI, USB, PCIe, and Ethernet
• Apply novel engineering solution to power/size/thermal requirements
• Contribute hands-on to developing schematics, guiding board layout, assembly, testing, debugging, and integration of multi-component electrical systems, as well as understand configuration options for RTL for programmable logic
• Understand how different design tradeoffs will affect the end-to-end project. Communicate and discuss those tradeoffs with stakeholders to achieve the appropriate balances
• Identify project risks, provide recommendations for mitigation in various areas such as cost / schedule / design robustness / manufacturing challenges / etc