Roblox is revolutionizing how people connect and interact in the digital world through their platform that enables millions to create and experience 3D immersive content. As a Principal Software Engineer on the Avatar Scalability team, you'll be at the forefront of developing state-of-the-art character technologies that enhance the range of character appearances from classic toy-like characters to photorealistic humans. This role combines deep technical expertise in C++ and 3D graphics with the opportunity to shape the future of digital identity in the Roblox Metaverse.
The position requires mastery of C++ programming and extensive knowledge of real-time 3D engines, geometry modeling, and character rigging. You'll work on critical systems that power Roblox's next-generation avatar rendering technology, helping millions of developers and creators build amazing experiences. The role offers a competitive compensation package ranging from $289,460 to $338,270 USD, along with comprehensive benefits including medical, dental, and vision coverage.
Working from the San Mateo headquarters (hybrid schedule Tuesday-Thursday required), you'll collaborate with diverse engineering and art teams while leading by example in technical excellence. This is an opportunity to solve unique technical challenges at scale, optimizing performance across various platforms, particularly mobile, ensuring smooth experiences for millions of users. The role combines technical leadership with hands-on development, making it perfect for someone passionate about both engineering excellence and mentoring others.
If you're excited about shaping the future of human interaction in digital spaces, solving complex technical challenges, and working with cutting-edge character and graphics technology, this role offers the perfect blend of technical challenge and creative opportunity. Join Roblox in their mission to connect a billion people with optimism and civility, while working on technology that defines how people represent themselves in the digital world.