Meta's Reality Labs is at the forefront of developing the future of augmented and virtual reality technologies. We are seeking an experienced Wireless Systems Engineer to join our innovative Wireless team. This role presents an exciting opportunity to work on cutting-edge wireless technologies that will shape the future of AR/VR experiences.
As a Wireless Systems Engineer, you will be instrumental in analyzing and designing wireless subsystem requirements, including RF, PHY, MAC, protocol, and application level performance. You'll work on sophisticated system architectures and algorithms that meet stringent functional, quality, performance, footprint, and power requirements for next-generation VR/AR products.
The position offers a competitive compensation package ranging from $139,000 to $200,000 annually, plus bonus and equity opportunities. You'll be working at our Sunnyvale, CA location, collaborating with cross-functional teams and wireless chipset vendors to drive innovation in wireless architecture and technology roadmaps.
Key responsibilities include designing wireless system architectures, setting performance expectations, and researching new technologies to solve complex problems in the AR/VR space. You'll need at least 5 years of wireless system engineering experience, strong knowledge of wireless technologies (5G-NR, LTE, 802.11ax/ac, Bluetooth), and expertise in physical/MAC layer design.
At Meta, you'll be part of a team that's pushing beyond the state of the art in wireless technologies, directly contributing to the next evolution in social technology. This role offers the opportunity to work on challenging technical problems while helping to build immersive experiences that go beyond the constraints of traditional screens and physical limitations.
Join us in shaping the future of human connection through advanced wireless technologies in AR/VR. Your expertise will be crucial in developing solutions that will enable seamless, high-performance wireless connectivity for next-generation immersive experiences.