About this role
Role Overview
Help improve large language models by applying advanced STEM knowledge, analytical judgment, and strong English comprehension to rigorous physics-focused evaluation projects. This remote contractor opportunity involves turning complex concepts into clear explanations while building experience using AI as an analytical tool.
Key Responsibilities
- Design and solve challenging STEM problems that test the limitations of large language models.
- Create accurate, high-quality step-by-step solutions with clearly articulated reasoning.
- Collaborate remotely with LLM researchers to align problem sets with evaluation goals, including abstraction, multi-step reasoning, and symbolic manipulation.
- Develop physics evaluation benchmarks spanning early undergraduate through Ph.D.-level curricula.
- Provide constructive feedback and detailed annotations to support model improvement.
Qualifications
- Strong research, analytical, creative, and lateral-thinking skills.
- A solid STEM foundation at engineering entrance-exam level and graduate or Ph.D.-program level.
- Ability to analyze and solve complex physics problems using a structured, logical approach.
- Ability to explain STEM concepts clearly through simple language, visuals, and physics-based reasoning.
- Excellent structured written communication and remote collaboration skills.
- Self-motivation and the ability to work independently.
- A desktop or laptop and reliable internet connection.
Eligibility
- Candidates currently pursuing a Master’s, Ph.D., or postdoctoral program in STEM, Applied Physics, or a related field are eligible and encouraged to apply.
Work Terms
- Fully remote independent contractor assignment.
- This engagement does not include medical benefits or paid leave.
- Work on advanced AI projects with leading large language model companies.