About the Role
This project involves developing and evaluating advanced mathematical problems and solutions to improve AI model performance in pure mathematics domains.
Compensation
Pay ranges from $35 to $65 per hour, adjusted based on experience, expertise, and geographic location. Final compensation may fall outside this range.
Work Arrangement
Remote (Worldwide)
Team
Freelance project role with flexible scheduling and remote collaboration.
Responsibilities
- Design and validate rigorous mathematical problems in pure mathematics fields such as algebra, analysis, and topology.
- Review AI-generated solutions for accuracy, logical consistency, and mathematical correctness.
- Provide detailed feedback to refine AI model outputs.
- Collaborate with project leads to define training priorities.
- Follow structured guidelines for problem difficulty and domain coverage.
- Ensure all content adheres to academic standards and precision.
- Work independently with minimal supervision.
- Meet deadlines for assigned training tasks.
- Communicate clearly in English for all deliverables.
- Adapt to evolving project requirements and feedback loops.
Qualifications
- Advanced degree in pure mathematics or closely related field.
- Strong background in theoretical mathematics including proofs and abstract structures.
- Experience with mathematical logic and formal reasoning.
- Familiarity with AI or machine learning concepts is a plus.
- Exceptional attention to detail in symbolic and conceptual work.
- Ability to explain complex ideas clearly.
- Prior experience in academic research or teaching mathematics at a high level.
- Comfort working with technical notation and LaTeX.
- Proven ability to work independently on analytical tasks.
- Fluency in written English is required.
Preferred Skills
- Expertise in number theory, set theory, or category theory.
- Experience evaluating mathematical proofs.
- Background in formal systems or automated theorem proving.
- Knowledge of AI training data workflows.
- Track record of publications or advanced coursework in pure math.
- Ability to assess reasoning gaps in logical arguments.
- Experience with peer review or academic editing.
- Skilled in identifying edge cases in abstract problems.
Not applicable
