Reality Labs at Meta is at the forefront of developing innovative hardware and software solutions that are reshaping how people connect and interact. As an Embedded Software Engineer in this division, you'll be working on cutting-edge products that combine hardware, software, and content to create immersive experiences. The role involves developing embedded software and firmware for Meta's next-generation devices, working with both high-level operating systems and real-time systems on microcontrollers.
The position requires expertise in low-level software development, system architecture, and hardware interfaces. You'll be responsible for everything from initial device bring-up to production support, working across multiple platforms and tools. The team focuses on building first-of-their-kind products that advance Meta's vision of the metaverse and next-generation computing.
This is an opportunity to work with world-class experts in a team that values innovation and technical excellence. You'll be contributing to products that are defining the future of human interaction and computing, working on challenges that span multiple technical disciplines. The role offers the chance to make a significant impact on products that could become the standard for how people connect and interact in the future.
Meta provides a collaborative environment where you'll work across multiple engineering disciplines, making crucial architectural decisions that balance performance, security, and power constraints. The position offers the unique opportunity to work on products from concept to mass production, requiring both technical depth and breadth of knowledge in embedded systems development.
The ideal candidate will bring strong experience in embedded software development, system-level debugging, and cross-platform development, combined with the ability to lead technical initiatives and collaborate effectively with multiple teams. This role is perfect for someone who wants to be at the cutting edge of technology, working on products that are literally defining the future of human-computer interaction.