World Labs is at the forefront of artificial intelligence innovation, focusing on developing Large World Models that extend AI capabilities beyond traditional language and 2D visual processing into complex 3D environments. As a Model Optimization Engineer, you'll play a crucial role in enhancing the performance of large-scale foundation models and collaborating with Research Scientists to optimize systems utilizing thousands of GPUs for AI model training.
The position requires expertise in PyTorch, CUDA, and distributed systems, where you'll be responsible for implementing efficient solutions for data processing, training, and deployment. Your work will involve identifying optimization techniques, profiling efficiency bottlenecks, and developing high-performance code using CUDA, Triton, C++, and PyTorch. You'll also be instrumental in building tools for dataset visualization and evaluation, while implementing prototypes for multimodal generative AI features.
The ideal candidate is a fearless innovator who thrives on challenges and isn't afraid to tackle seemingly impossible problems. We're seeking resilient builders who can persevere through the complexities of groundbreaking research while maintaining a mission-driven mindset focused on creating the best spatially intelligent AI systems. Your collaborative spirit will be essential as we work together to harness collective intelligence and push the boundaries of AI technology.
At World Labs, you'll be joining a team of the brightest minds from around the globe, bringing diverse perspectives to cutting-edge work. This is an opportunity to work on technology that will fundamentally reshape how machines perceive and interact with the world. If you're passionate about advancing AI technology and want to be part of a team that's making history, World Labs offers the perfect launchpad for your career.