About Us
• We're building a next-generation AI enabled assistant for hardware designers — one that doesn't just understand design, but helps improve it. Our system blends machine learning, 3D geometry, physics simulation, and constraint reasoning to guide engineers through meaningful design exploration
• Our solution includes a foundation model for geometry and physics. Our first models are shipped and we are quickly improving them and expanding our capabilities!
• We are backed by Xora, Eclipse Ventures and Khosla Ventures
Role Overview
We’re looking for an AI engineer or applied researcher who can help us build a foundation model for physics. In this role, you’ll design, build, train and ship deep learning models that understand and accurately predict physical phenomena.
We’ll Look For
• A PhD in theoretical, experimental, or computational physics, mechanical engineering, applied math or machine learning
• A track record of high impact publications in physics, engineering, and/or machine learning
• 3+ Years experience applying deep learning to problems in physics and/or mechanical engineering
• A solid understanding of high performance computing as it relates to computational physics in large 3D / computer vision applications
• Strong software skills beyond prototyping (e.g., Python, PyTorch, JAX, GIT)
• Ability to break down challenging problems at the confluence of physics and AI, solve them quickly, and support the solutions in production software
• An entrepreneurial spirit
Why This Role Is Different
• You’ll have access to the best hardware to run large scale experiments on the world’s most advanced models
• You’ll have a direct impact on ML/AI solutions that are central to our transformative technology.
• You’ll strike a balance between doing cutting edge research and shipping your findings to a quickly improving product
• You’ll be part of a a team of cross-functional experts in geometry, physics, materials science and computer science working on the most pressing problems in AI as they relate to physical understanding
