Remote | Advanced Physics Problem Design Expert — 00–25/hour
Other
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WFA Digital Insight
As the demand for specialized physics expertise continues to grow, with a 25% increase in remote STEM job postings in the last year, professionals with advanced degrees in physics are in high demand. The current job market values deep subject matter knowledge, technical accuracy, and the ability to communicate complex concepts clearly. 24-MAG stands out by offering a unique opportunity for PhD-level physicists to apply their expertise to real-world problems. Before applying, candidates should be prepared to showcase their ability to work independently, follow complex instructions, and produce high-quality technical outputs.
Job Description
About the Role
The Remote Advanced Physics Problem Design Expert role is a part-time consulting opportunity that leverages PhD-level expertise in physics to create challenging, domain-specific problems. These problems will be used to assess technical reasoning, mathematical formalism, and deep subject matter understanding. This role is ideal for professionals who enjoy working on complex tasks, are self-motivated, and can produce high-quality work independently.Day-to-day, the successful candidate will be working on creating advanced physics problems, evaluating technical reasoning, and preparing structured written outputs. The role requires strong domain knowledge, high-quality scientific standards, and the ability to explain complex physics concepts clearly and precisely.
The ideal candidate will be working remotely, with the flexibility to complete several rigorous tasks per week during active project periods. This role supports current and upcoming remote consulting opportunities focused on advanced physics problem creation, domain-specific reasoning review, technical writing, research-informed task development, and high-quality project execution.
What You Will Do
- Create difficult, domain-specific physics problems across advanced theoretical, mathematical, and applied physics areas
- Develop problems that require rigorous reasoning, technical accuracy, mathematical formalism, and deep subject matter understanding
- Write clear reference solutions, expected reasoning paths, and structured answer explanations
- Ensure submitted work reflects strong domain knowledge and high-quality scientific standards
- Review physics outputs for correctness, clarity, completeness, and reasoning quality
- Evaluate assumptions, derivations, mathematical steps, physical interpretation, and conclusions against domain-specific standards
- Identify reasoning gaps, unsupported conclusions, ambiguity, and expected technical outcomes
- Provide structured feedback that improves task quality and evaluation consistency
- Apply PhD-level physics training to design challenging tasks grounded in real scientific, mathematical, and theoretical concepts
- Translate complex domain expertise into clear, structured, evaluable task formats
- Follow detailed project instructions and complete technical assignments with accuracy and sustained focus
- Maintain accuracy, consistency, and professional judgment across submitted work
What We Are Looking For
- PhD in Physics or a closely related field
- Strong expertise in one or more advanced physics subdomains, such as statistical mechanics, condensed matter physics, AMO physics, quantum mechanics, electrodynamics, classical mechanics, string theory, QFT, particle physics, nuclear physics, general relativity, astrophysics, or cosmology
- Graduate degree from a U.S., U.K., Canadian, Western European, or comparable research university
- Excellent written and verbal communication skills in English
- High attention to detail and strong analytical judgment
- Ability to follow complex instructions and produce rigorous technical outputs independently
- Research experience, academic publications, postdoctoral work, teaching experience, or advanced technical writing experience
- Ability to explain complex physics concepts clearly and precisely
Nice to Have
- Experience creating advanced problem sets, graduate-level teaching materials, benchmark-style questions, or technical assessments
- Background in research, peer review, academic publishing, scientific writing, or university-level instruction
- Strong familiarity with mathematical notation, derivations, proof-style reasoning, computational physics, or domain-specific modeling tools
- Availability to complete several rigorous tasks per week during active project periods
Benefits and Perks
- Competitive hourly rate of 00–25/hour
- Opportunity to work on challenging, domain-specific physics problems
- Flexible, remote work arrangement
- Collaborative team environment with opportunities for professional growth and development
- Access to cutting-edge technologies and tools
- Professional development opportunities, including training and conference attendance
- Comprehensive benefits package, including health insurance and retirement plan
How to Stand Out
- To stand out, ensure your portfolio includes examples of complex physics problems you've created, along with your solutions and explanations.
- Familiarize yourself with domain-specific modeling tools and computational physics software to increase your chances of success in this role.
- Practice explaining complex physics concepts clearly and precisely, as this is a key requirement for the position.
- Be prepared to provide specific examples of your experience with technical writing, research, and peer review.
- When negotiating salary, consider highlighting your relevant research experience, academic publications, and advanced technical writing experience.
This is a remote position listed on WFA Digital, the platform for professionals who work from anywhere. Browse more remote jobs across all categories.
WFA Digital Insight
As the demand for specialized physics expertise continues to grow, with a 25% increase in remote STEM job postings in the last year, professionals with advanced degrees in physics are in high demand. The current job market values deep subject matter knowledge, technical accuracy, and the ability to communicate complex concepts clearly. 24-MAG stands out by offering a unique opportunity for PhD-level physicists to apply their expertise to real-world problems. Before applying, candidates should be prepared to showcase their ability to work independently, follow complex instructions, and produce high-quality technical outputs.
Job Description
About the Role
The Remote Advanced Physics Problem Design Expert role is a part-time consulting opportunity that leverages PhD-level expertise in physics to create challenging, domain-specific problems. These problems will be used to assess technical reasoning, mathematical formalism, and deep subject matter understanding. This role is ideal for professionals who enjoy working on complex tasks, are self-motivated, and can produce high-quality work independently.Day-to-day, the successful candidate will be working on creating advanced physics problems, evaluating technical reasoning, and preparing structured written outputs. The role requires strong domain knowledge, high-quality scientific standards, and the ability to explain complex physics concepts clearly and precisely.
The ideal candidate will be working remotely, with the flexibility to complete several rigorous tasks per week during active project periods. This role supports current and upcoming remote consulting opportunities focused on advanced physics problem creation, domain-specific reasoning review, technical writing, research-informed task development, and high-quality project execution.
What You Will Do
- Create difficult, domain-specific physics problems across advanced theoretical, mathematical, and applied physics areas
- Develop problems that require rigorous reasoning, technical accuracy, mathematical formalism, and deep subject matter understanding
- Write clear reference solutions, expected reasoning paths, and structured answer explanations
- Ensure submitted work reflects strong domain knowledge and high-quality scientific standards
- Review physics outputs for correctness, clarity, completeness, and reasoning quality
- Evaluate assumptions, derivations, mathematical steps, physical interpretation, and conclusions against domain-specific standards
- Identify reasoning gaps, unsupported conclusions, ambiguity, and expected technical outcomes
- Provide structured feedback that improves task quality and evaluation consistency
- Apply PhD-level physics training to design challenging tasks grounded in real scientific, mathematical, and theoretical concepts
- Translate complex domain expertise into clear, structured, evaluable task formats
- Follow detailed project instructions and complete technical assignments with accuracy and sustained focus
- Maintain accuracy, consistency, and professional judgment across submitted work
What We Are Looking For
- PhD in Physics or a closely related field
- Strong expertise in one or more advanced physics subdomains, such as statistical mechanics, condensed matter physics, AMO physics, quantum mechanics, electrodynamics, classical mechanics, string theory, QFT, particle physics, nuclear physics, general relativity, astrophysics, or cosmology
- Graduate degree from a U.S., U.K., Canadian, Western European, or comparable research university
- Excellent written and verbal communication skills in English
- High attention to detail and strong analytical judgment
- Ability to follow complex instructions and produce rigorous technical outputs independently
- Research experience, academic publications, postdoctoral work, teaching experience, or advanced technical writing experience
- Ability to explain complex physics concepts clearly and precisely
Nice to Have
- Experience creating advanced problem sets, graduate-level teaching materials, benchmark-style questions, or technical assessments
- Background in research, peer review, academic publishing, scientific writing, or university-level instruction
- Strong familiarity with mathematical notation, derivations, proof-style reasoning, computational physics, or domain-specific modeling tools
- Availability to complete several rigorous tasks per week during active project periods
Benefits and Perks
- Competitive hourly rate of 00–25/hour
- Opportunity to work on challenging, domain-specific physics problems
- Flexible, remote work arrangement
- Collaborative team environment with opportunities for professional growth and development
- Access to cutting-edge technologies and tools
- Professional development opportunities, including training and conference attendance
- Comprehensive benefits package, including health insurance and retirement plan
How to Stand Out
- To stand out, ensure your portfolio includes examples of complex physics problems you've created, along with your solutions and explanations.
- Familiarize yourself with domain-specific modeling tools and computational physics software to increase your chances of success in this role.
- Practice explaining complex physics concepts clearly and precisely, as this is a key requirement for the position.
- Be prepared to provide specific examples of your experience with technical writing, research, and peer review.
- When negotiating salary, consider highlighting your relevant research experience, academic publications, and advanced technical writing experience.
This is a remote position listed on WFA Digital, the platform for professionals who work from anywhere. Browse more remote jobs across all categories.