- 2+ years industry experience of building complex ML systems.
- A research engineer with deep ML rigor.
You have deep expertise in building scalable, high-performance foundation models, pretraining, and posttraining methods, and systems around them.
You write clean, high-performance code and are comfortable working across the ML stack (Python, PyTorch, distributed training systems). You have demonstrated experience translating research into working systems quickly.
- An expert in modern ML engineering.
You understand the mathematics and systems behind modern ML methods. You can design, optimize, and implement novel modeling approaches.
- Experienced in training models at scale.
You understand distributed training, large-scale datasets, and performance optimization across GPU clusters. You thrive in environments where models move rapidly from prototype to production.
- Experience with GPU systems programming
Hands-on experience writing CUDA kernels or optimizing GPU workloads beyond standard frameworks.
- Hands-on experience with our core libraries: PyTorch, PyTorch Lightning, and Ray Distributed Training, PyTorch Geometric, etc.
- Comfortable in research ambiguity.
You can iterate on novel architectures, training pipelines, and experimental ideas while maintaining rigorous engineering discipline.
- A first-principles thinker.
You approach problems from fundamentals and take pride in building robust systems from conceptual design to state-of-the-art implementation.
- A curious mind, excited to dive into the emerging field at the intersection of AI, physics, chemistry, and biology and make foundational contributions and discoveries. Inspired by our culture of intellectual curiosity and the shared belief that breakthroughs happen when diverse perspectives and minds unite.
- A strong cross-functional collaborator.
You communicate effectively with scientists across disciplines including computational chemistry, structural biology, and medicinal chemistry.
- No prior biology or chemistry experience is required, though curiosity and willingness to learn are essential.