Modelling Resident

The Role

• Innovation:
  Build the future of adaptive algorithms that continuously learn. Co-design algorithms that react in real-time to product signal and feedback, and explore new ways of capturing feedback that make those algorithms better
• Cross-Stack Optimization:
  Collaborate across software, hardware, and algorithmic domains to drive system-wide efficiency gains
• Measure What Matters:
  We believe the ultimate signal of value is real-world impact. The smartest algorithm is one capable of interacting with the world - that's why product signal matters so much to how we work.

We value impact over credentials. Above all, we're looking for great teammates who make work feel lighter and aren't afraid to go out on a limb with bold ideas. You don't need to check every box - but you do need to be adaptable.

• A degree or equivalent research/engineering experience in a computer science field.
• Genuine interest in, and at least one project touching: model efficiency, synthetic data, interfaces, real-time alignment, or algorithmic optimization
• Systems thinking - the ability to understand and optimize across the full ML stack
• Strong Python skills and experience with deep learning frameworks (PyTorch, JAX, or Tensor Flow)
• Familiarity with model optimization techniques such as RLHF and fine-tuning
• Strong communication and self-awareness - you know how to collaborate in a remote environment and you're open to feedback
• You care about technical excellence and last mile impact. We value impact more than effort, and about owning outcomes end to end.

Most AI is frozen in place - it doesn't adapt to the world. We think that's backwards. Our mandate is to build efficient intelligence that evolves in real-time. Our vision is AI systems that are flexible, personalized, and accessible to everyone. We believe efficiency is what makes this possible - it's how we expand access and ensure innovation benefits the many, not the few.

We believe in talent density: bringing together the best and most driven individuals to push the boundaries of continual adaptation. We're looking for builders and creative thinkers ready to shape the next era of intelligence.