Meta is seeking a Machine Learning Performance Modeling Engineer to join their innovative AR/VR team. This role sits at the intersection of machine learning and hardware optimization, focusing on developing custom ML software/hardware solutions for AR/VR systems.
The position offers an exciting opportunity to work with Meta's Facebook Reality Labs, where you'll be instrumental in building performance modeling and analysis toolchains for machine learning workloads. You'll collaborate closely with teams developing hardware, system software, and SoCs for AR/VR devices, making a direct impact on next-generation immersive technologies.
As a senior engineer in this role, you'll lead crucial initiatives in power and performance modeling, thermal measurement, and system optimization. The role requires a strong background in computer science or engineering, with extensive experience in C++ programming, SystemC/TLM, and machine learning workload optimization.
The position offers a competitive compensation package ranging from $173,000 to $249,000 annually, plus bonus and equity opportunities. Based in the San Francisco Bay Area, you'll be part of Meta's mission to move beyond traditional 2D screens toward immersive experiences that will define the future of social technology.
This role is perfect for someone who thrives in cross-functional environments and has a passion for pushing the boundaries of what's possible in AR/VR technology. You'll work with cutting-edge technology while contributing to Meta's vision of building the next evolution in social technology, beyond the constraints of screens, distance, and physics.
The ideal candidate will bring together expertise in machine learning, hardware architecture, and performance optimization, with the ability to lead complex technical initiatives and collaborate across multiple teams. This position offers the opportunity to work on challenging problems at the forefront of AR/VR technology while being part of a company that's shaping the future of human connection and interaction.