Physics Instructor

About the Role

The day-to-day responsibilities of this role will include deep dives into physics concepts, from classical mechanics to quantum physics, and the application of these principles in real-world scenarios. The instructor will be part of a dynamic team that values innovation, precision, and clarity in education. The role's success is measured by the ability to articulate complex physics concepts in a clear, step-by-step manner, both in written form and potentially in virtual classrooms.

Mercor's commitment to digital skills and remote work means that the instructor will need to be comfortable with interpreting experimental data plots, phase diagrams, spectra, and field diagrams, and conveying this information effectively to students. Reporting structures will likely involve regular check-ins with the education team to discuss curriculum development, student progress, and areas for improvement.

What You Will Do

• Evaluate AI model performance on physics problems to identify areas for improvement and development.
• Produce original problem sets that challenge students and promote a deep understanding of physics concepts.
• Write reference solutions that are clear, concise, and easy to follow, allowing students to learn from their mistakes.
• Develop and implement engaging online lessons, workshops, or courses that utilize digital tools to enhance the learning experience.
• Collaborate with the education team to develop and refine the physics curriculum, ensuring it remains relevant and challenging.
• Provide feedback to students on their work, helping them to understand where they need to improve and how to achieve their goals.
• Participate in the development of assessments and evaluations to measure student understanding and progress.
• Stay updated with the latest developments in physics and education technology to continuously improve teaching methods and materials.
• Work closely with other instructors and educators to share best practices and resources.
• Contribute to the development of educational resources, such as textbooks, videos, and interactive simulations.

What We Are Looking For

• A PhD in Physics or a related field, with a strong background in theoretical and experimental physics.
• Alternatively, an MS in Physics with at least 3 years of research or teaching experience, or a BS in Physics with at least 5 years of tutoring, lab work, or applied physics practice.
• Working fluency in at least two of the following areas: classical mechanics, electromagnetism, quantum mechanics, thermodynamics, optics, and experimental methods.
• Ability to interpret experimental data plots, phase diagrams, spectra, and field diagrams with ease and precision.
• Clear and concise technical writing skills, with the ability to articulate complex reasoning step-by-step in written form.
• Experience with digital tools and platforms for education, including online learning management systems and educational software.
• Strong communication and interpersonal skills, with the ability to work effectively in a remote team environment.
• Ability to work independently with minimal supervision, while also being a team player.

Nice to Have

• Experience with AI and machine learning, particularly in the context of physics education.
• Familiarity with programming languages such as Python, MATLAB, or R, and their application in physics simulations and data analysis.
• Knowledge of educational psychology and pedagogy, with a focus on how students learn physics and how to improve their understanding.
• Experience with creating interactive educational materials, such as videos, animations, or simulations.
• Fluency in more than one language, particularly German, given the company's location.

Benefits and Perks

• Competitive hourly rate for a remote position, reflecting the company's commitment to attracting top talent.
• Opportunity to work with a dynamic and innovative team that is shaping the future of physics education.
• Professional development opportunities, including training in digital education tools and methodologies.
• Flexible working hours and remote work arrangements, allowing for a healthy work-life balance.
• Access to cutting-edge educational technology and resources, enhancing the ability to create engaging and effective learning experiences.
• Participation in international projects and collaborations, expanding the instructor's network and expertise.
• Comprehensive feedback and support system, ensuring continuous improvement and growth.
• Health and wellness programs, prioritizing the well-being of team members.

• Tailor your application: Ensure your CV and cover letter are tailored to the physics instructor role, highlighting relevant experience and skills in physics education and digital skills.
• Prepare examples: Come prepared with examples of your teaching experience, including lesson plans, assessments, and feedback you've given to students.
• Showcase your digital skills: Highlight any experience you have with digital tools, platforms, or software relevant to remote education, and be prepared to discuss how you would use these in the role.
• Demonstrate your subject matter expertise: Be ready to discuss your knowledge of physics, including areas such as classical mechanics, electromagnetism, and quantum mechanics, and how you would articulate these concepts to students.
• Highlight remote work experience: If you have experience working remotely, highlight this and discuss how you stay motivated, manage your time, and communicate effectively with remote teams.
• Ask about support and resources: In your interview, ask about the support and resources available for instructors, including training, feedback, and opportunities for professional development.