- 经验
- 任何
- 薪水
- —
- 职位空缺
- 1
- 发布
- 1 小时前
- 工作模式
- 在家办公
- 学历
- Master's degree in Physics or Applied Physics
- 合格
- Physics graduates and current Master's students in Physics, Applied Physics, or related fields who can work remotely and commit 10 to 40 hours per week.
- 恢复
- 需要申请
职位描述
About the Role
This opportunity is for physics graduates and current Master's students who want to contribute to the training and assessment of advanced AI systems. Your command of core and higher-level physics concepts will help improve how AI models solve complex scientific questions and reason through technical material.
The position is a remote, flexible contract arrangement designed for people who want to apply their academic background in an impactful, fast-evolving AI environment.
Role Details
- Organization: Alignerr
- Engagement type: Hourly contract
- Work mode: Remote
- Weekly commitment: 10 to 40 hours
What You Will Do
- Create challenging physics questions across areas such as mechanics, electromagnetism, thermodynamics, and quantum physics to assess AI reasoning.
- Build clear solutions that show each step and present the logic in a structured way.
- Review AI-generated answers for scientific correctness, depth of explanation, and reasoning quality.
- Work with researchers to develop and improve benchmarks covering topics from undergraduate to Master's level.
- Share precise, practical feedback that can be used to strengthen model performance.
Who This Role Suits
- People who are currently enrolled in or have completed a Master's degree in Physics, Applied Physics, or a closely related discipline.
- Candidates with strong analytical ability and solid problem-solving skills in advanced physics areas.
- Individuals who can explain technical scientific ideas accurately and clearly in writing.
- Professionals who are careful, methodical, and detail-focused when evaluating work.
- No background in AI or machine learning is needed.
Preferred Background
- Experience with data annotation, review-based work, or academic research.
- Exposure to AI language models or prompt-based tools.
- Experience in experimental or computational physics.
Why Consider This Opportunity
- Work with leading AI models and research teams.
- Enjoy a fully remote setup with asynchronous scheduling and location freedom.
- Benefit from flexible freelance-style autonomy and international collaboration.
- Use your physics knowledge in meaningful work at the edge of AI development.
- There may be opportunities for contract renewals and additional project work.
Additional Information
This role is structured as an hourly contract and is intended for remote collaboration. The engagement may support ongoing renewals depending on project needs.