Ph D or at least a Master’s degree in Physics, Engineering, or a related field. We are open to candidates who have demonstrated exceptional physics skills without a formal degree.
Familiarity with standardized test formats and requirements for Engineering Entrance Exam or Engineering College level.
Knowledge of physics-related software and tools is a plus (e.g., MATLAB, La Te X, Google Colab, simulation software)
Communication Skills in English
Explanation Skills
What does day-to-day look like: You would spend time solving a variety of advanced high school physics problems, including those at the advanced physics level, and creating detailed explanations. You’ll also be working with multi-modal data, integrating text with diagrams, graphs, and simulations. Here are a couple of examples of the types of problems you might encounter:
Analyze and explain the motion of a pendulum, providing both textual explanations and supporting diagrams, along with a simulation to visualize the concept.
Solve a problem involving the principles of electromagnetism, accompanied by visual representations of electric fields and circuits, and explain the process using both text and visual aids.
Address challenging problems involving mechanics, thermodynamics, optics, and modern physics, typical of Engineering Entrance Exam or Engineering College level questions, utilizing a combination of textual, visual, and simulation-based explanations.
Note: A strong foundation in high school physics is required, but no other specialized domain experience is needed. Requirements:
Physics Proficiency: Strong skills in mechanics, electromagnetism, optics, thermodynamics, and modern physics at the high school/college level.
Problem-Solving Skills: Ability to approach complex physics problems systematically and creatively.
Explanation Skills: Capacity to break down solutions into clear, understandable steps, supported by relevant visual aids and simulations.
Communication: Excellent written and verbal communication skills for explaining physical concepts and multi-modal content.
Commitment: We have different models of engagements, based on your availability
Technical Setup: Desktop/Laptop with reliable internet connection and necessary software for physical computations, visual content creation, simulations, and online collaboration.
Preferred Qualifications:
Ph D or at least a Master’s degree in Physics, Engineering, or a related field. We are open to candidates who have demonstrated exceptional physics skills without a formal degree.
Familiarity with standardized test formats and requirements for Engineering Entrance Exam or Engineering College level.
Knowledge of physics-related software and tools is a plus (e.g., MATLAB, La Te X, Google Colab, simulation software).
What we provide:
Collaborative work environment with other physics enthusiasts.
Flexible working hours and remote work environment.
Opportunity to work on cutting-edge AI projects with leading LLM companies.
Potential for contract extension based on performance and project needs.
Job Type: Contract
Contract length: 6 months
Pay: ₦25,153.35 - ₦33,537.80 per hour Expected hours: 40 per week Education: