We’re the proven team behind LearnToDrill, having trained 40,000+ professionals and built industry-leading AI-powered simulators. Under our new brand, GeoSkills, we’re building the future of clean energy education - covering Geothermal, Rare Earths, Critical Minerals, Oil & Gas, and Renewable Energy. We’re looking for a curious and motivated fresher who wants to learn, research, and help us create high-quality, beginner-friendly training content across next-generation energy topics. You will collaborate with industry experts to build educational modules, images, video scripts, and interactive learning materials that simplify complex science and engineering concepts. Role: Energy Learning Engineer (Geothermal & Critical Minerals) - Entry Level Company: GeoSkills.AI Location: Remote Duration: 1–6 months - with strong possibility of permanent hire Responsibilities Research and develop educational content across geothermal, rare earths, critical minerals, lithium, oil & gas, and renewables. Simplify technical topics into engaging, student-friendly explanations. Support the creation of videos, presentations, and assignments for online courses. Learn to apply AI and data-driven tools to enhance energy learning. Collaborate with team members to bring new ideas to life. Compensation & Benefits ₹25,000 – ₹50,000 per month Work directly with experts who have built global training platforms Learn across geothermal, oil & gas, lithium, and renewable energy topics Opportunity to grow into course designer or project lead roles Be part of shaping the future of clean energy workforce training What We’re Looking For Education: Degree, diploma, or any equivalent qualification (including self-taught expertise) in Mechanical, Mining, Petroleum, or Energy Engineering, or related fields. Knowledge Base: Textbook-level understanding of science and energy fundamentals Required Skills: Proficiency with software tools and Microsoft Office or Google Workspace (Docs, Sheets, Slides). Strong research and learning ability Clear communication in English (written & spoken) Ability to simplify complex concepts into beginner-friendly explanations Interest in sustainability, teaching, or digital learning. Nice to Have: Programming familiarity or experience with ChatGPT or AI-based tools. Exposure to renewable or subsurface energy topics through coursework or projects. Your Impact Create beginner-friendly training materials in geothermal, oil & gas, lithium, and renewables Explain drilling, energy systems, and resource extraction for students and professionals Support educational videos, slides, and assignments for online courses Contribute to content covering Enhanced Geothermal Systems, lithium extraction from brines, energy storage, and AI in exploration
Job Description: We're the proven team behind LearnToDrill, having trained 40,000+ professionals and built industry-leading AI-powered simulators. Under our new brand, GeoSkills, we're building the future of clean energy education - covering Geothermal, Rare Earths, Critical Minerals, Oil & Gas, and Renewable Energy. We're looking for a curious and motivated fresher who wants to learn, research, and help us create high-quality, beginner-friendly training content across next-generation energy topics. Duration: 1-6 months - with strong possibility of permanent hire Responsibilities Research and develop educational content across geothermal, rare earths, critical minerals, lithium, oil & gas, and renewables Simplify technical topics into engaging, student-friendly explanations Support the creation of videos, presentations, and assignments for online courses Learn to apply AI and data-driven tools to enhance energy learning Collaborate with team members to bring new ideas to life Compensation & Benefits ₹25,000 – ₹50,000 per month Work directly with experts who have built global training platforms Learn across geothermal, oil & gas, lithium, and renewable energy topics Opportunity to grow into course designer or project lead roles Be part of shaping the future of clean energy workforce training Must-Have Qualifications Bachelor's degree (or final-year student) in Geology, Geophysics, Petroleum Engineering, Mechanical Engineering, Environmental Science, or related fields Basic textbook knowledge of energy, geology, or drilling fundamentals Strong communication skills - write and explain clearly in English Curiosity and willingness to learn across multiple energy topics Research skills - able to study textbooks/reports and create training content Proficiency with Microsoft Office or Google Workspace Preferred Programming familiarity or experience with ChatGPT or AI-based tools Exposure to oil & gas basics or renewable energy coursework Experience in content writing, teaching, or presentations Awareness of global energy transition trends
We're the proven team behind LearnToDrill, which trained over 40,000 professionals globally and became one of the most trusted simulator-based e-learning platforms in oil and gas. Under our new brand, GeoSkills.AI, we're building next-generation learning and simulation tools across the energy transition spectrum from subsurface energy and geothermal systems to critical minerals, hydrogen, and renewables. Our goal is to develop a unified learning ecosystem that combines AI-powered simulators and interactive e-learning courses to prepare the clean-energy workforce of the future. Role: Energy Education Engineer Company: GeoSkills.AI Location: Mumbai (In-office or Hybrid) Type: Permanent, Full-Time Compensation: ?40,000 ?80,000 per month What You'll Do As an Energy Education Engineer, you'll work at the intersection of technical training, AI simulation, and content development. Your work will directly shape how engineers, students, and professionals learn about modern energy systems. Responsibilities Collaborate on AI-powered drilling and energy simulator development. Design and test interactive learning experiences that combine simulation and course content. Research and develop educational materials across multiple energy sectors (oil & gas, geothermal, hydrogen, renewables, and subsurface systems). Simplify complex geoscience and engineering concepts into engaging, student-friendly modules. Support visual and written content creation including video scripts, images, quizzes, and assignments. Work with subject-matter experts and product designers to enhance simulator functionality and realism. Who We're Looking For We're seeking a candidate who is passionate about energy systems, teaching, and innovative digital learning tools. Must-Have Education B.Tech or M.Tech in Geology, Geophysics, Petroleum Engineering, Chemical Engineering, or other geoscience-related fields. Preferred Background Graduates from IITs or other premier institutes (especially IIT Bombay). Strong understanding of subsurface energy systems and geoscience fundamentals. Chemical engineers with a clear interest in energy or geological applications. Skills & Competencies Strong research and analytical skills. Excellent written and verbal communication in English. Proficiency with Microsoft Office or Google Workspace tools. Familiarity with AI tools (e.g., ChatGPT) or programming (Python, MATLAB, or similar). Curiosity to learn about new software, simulation systems, and energy technologies. Why Join GeoSkills.AI Be part of a globally recognized team that pioneered simulation-based energy learning. Work directly with American mentors and product teams. Gain hands-on experience in both content design and technical simulator development. Contribute to shaping the digital education ecosystem for the energy transition. Your Impact Create beginner-friendly and professional training materials across oil & gas, geothermal, lithium, hydrogen, and renewable energy systems. Explain drilling, reservoir, and energy system fundamentals for engineers, students, and industry professionals. Collaborate on interactive e-learning modules, AI-driven simulators, videos, and assignments. Contribute to content covering topics such as Enhanced Geothermal Systems (EGS), Lithium Extraction from Brines, Carbon Capture & Storage (CCS), Energy Storage Technologies, and AI in Subsurface Exploration. Support GeoSkills.AI's goal of building the most comprehensive digital learning and simulator ecosystem for the energy transition.
Job Description: We are the team behind LearnToDrill, an award-winning training platform that has trained over 40,000 engineers globally using simulators and interactive e-learning. Under our new brand GeoSkills.ai, we are now moving beyond energy to build the world’s most advanced AI-powered training ecosystem for: Rare Earth Elements (REE) Extraction Critical Minerals Processing Hydrometallurgy & Solvent Extraction (SX) Beneficiation & Mineral Separation Advanced Manufacturing & Strategic Materials We combine AI, simulation, and technical content development to train the next generation of workforce in rare earth and critical mineral technologies. Role: AI-Learning Engineer – Critical Minerals & Rare Earth Extraction Company: GeoSkills.AI Location: Mumbai (In-office or Hybrid) Type: Permanent, Full-Time Compensation: ₹70,000 – ₹1lac per month The Opportunity AI-Learning Engineer – Critical Minerals & Rare Earth Extraction Imagine combining your engineering background with cutting-edge AI to create learning experiences the industry has never seen. You’ll design intelligent simulators, generate adaptive courses, and make rare-earth extraction and critical-minerals processing accessible to learners worldwide. This isn’t traditional course creation—this is AI-augmented education engineering for one of the world’s most strategic industries. What You'll Do 1. Build AI-Powered Learning Systems Use AI agents to develop and refine rare-earth & critical-mineral training modules Convert technical papers, patents, and manuals into interactive learning content Create adaptive assessments that adjust to learner performance 2. Develop Next-Generation Simulations Leverage AI + mathematical models to build simulations for rare earth energy Translate equations, mass balance, and process kinetics into simple simulation logic Design interactive exercises that connect theory to real industrial workflows 3. Technical Content Engineering Research emerging rare-earth extraction technologies Simplify complex chemical/metallurgical concepts for students, professionals, and career-switchers Develop structured learning pathways, slides, quizzes, diagrams, and job aids 4. Platform & Product Innovation Test and improve our AI course-generation pipeline Contribute ideas for adaptive learning features and personalized AI tutoring Influence product decisions using learner data and instructional best practices Who We’re Looking For Must-Have: B.Tech / M.Tech in Chemical Engineering or Metallurgical/Materials Engineering (Mechanical or Petroleum Engineering acceptable only with relevant hydrometallurgy/mineral-processing experience) Strong fundamentals in mass transfer, thermodynamics, and chemical process engineering Excellent English communication and ability to simplify technical topics Comfortable using AI tools (ChatGPT/LLMs) Research skills and ability to synthesize complex information Preferred: Graduates from IITs or premier institutes Experience with hydrometallurgy, mineral processing, SX/IX, precipitation, roasting/calcination Experience in teaching, content creation, presentations, or technical documentation Familiarity with Python/MATLAB/Aspen/HYSYS is a bonus Familiarity with e-learning platforms or educational technology Why Join GeoSkills.AI Work with a globally recognized team that pioneered simulation-based energy learning Shape the future of AI-powered education in the energy transition sector High ownership, fast growth, and direct collaboration with global experts Hands-on experience with cutting-edge AI tools and simulator development platforms Chance to create real impact in critical minerals education Your Impact You will help build next-generation learning experiences by: AI-Generated Training Content Using AI to create clear modules on rare-earth extraction, hydrometallurgy, SX/IX, leaching, roasting, calcination, and purification Turning technical papers and process data into structured, beginner-friendly lessons Interactive Process Simulators Designing simulation logic for SX loops, ion-exchange systems, hydrometallurgical circuits, and beneficiation flowsheets Applying mass balance, kinetics, and thermodynamics to build realistic training simulations Adaptive Learning Paths Creating AI-powered personalized learning journeys for students, professionals, and career-switchers Advanced Technical Content Simplifying complex chemical and metallurgical concepts into clear explanations and visual learning materials Smart Assessment Systems Building AI-driven assessments that detect learning gaps and provide targeted feedback
Job Description: We are the team behind LearnToDrill, an award-winning training platform that has trained over 40,000 engineers globally using simulators and interactive e-learning. Under our new brand GeoSkills.ai, we are now moving beyond energy to build the world’s most advanced AI-powered training ecosystem for: Rare Earth Elements (REE) Extraction Critical Minerals Processing Hydrometallurgy & Solvent Extraction (SX) Beneficiation & Mineral Separation Advanced Manufacturing & Strategic Materials We combine AI, simulation, and technical content development to train the next generation of workforce in rare earth and critical mineral technologies. Role: AI-Learning Engineer – Critical Minerals & Rare Earth Extraction Company: GeoSkills.AI Location: Mumbai (In-office or Hybrid) Type: Permanent, Full-Time Compensation: ₹70,000 – ₹1lac per month The Opportunity AI-Learning Engineer – Critical Minerals & Rare Earth Extraction Imagine combining your engineering background with cutting-edge AI to create learning experiences the industry has never seen. You’ll design intelligent simulators, generate adaptive courses, and make rare-earth extraction and critical-minerals processing accessible to learners worldwide. This isn’t traditional course creation—this is AI-augmented education engineering for one of the world’s most strategic industries. What You'll Do 1. Build AI-Powered Learning Systems Use AI agents to develop and refine rare-earth & critical-mineral training modules Convert technical papers, patents, and manuals into interactive learning content Create adaptive assessments that adjust to learner performance 2. Develop Next-Generation Simulations Leverage AI + mathematical models to build simulations for rare earth energy Translate equations, mass balance, and process kinetics into simple simulation logic Design interactive exercises that connect theory to real industrial workflows 3. Technical Content Engineering Research emerging rare-earth extraction technologies Simplify complex chemical/metallurgical concepts for students, professionals, and career-switchers Develop structured learning pathways, slides, quizzes, diagrams, and job aids 4. Platform & Product Innovation Test and improve our AI course-generation pipeline Contribute ideas for adaptive learning features and personalized AI tutoring Influence product decisions using learner data and instructional best practices Who We’re Looking For Must-Have: B.Tech / M.Tech in Chemical Engineering or Metallurgical/Materials Engineering (Mechanical or Petroleum Engineering acceptable only with relevant hydrometallurgy/mineral-processing experience) Strong fundamentals in mass transfer, thermodynamics, and chemical process engineering Excellent English communication and ability to simplify technical topics Comfortable using AI tools (ChatGPT/LLMs) Research skills and ability to synthesize complex information Preferred: Graduates from IITs or premier institutes Experience with hydrometallurgy, mineral processing, SX/IX, precipitation, roasting/calcination Experience in teaching, content creation, presentations, or technical documentation Familiarity with Python/MATLAB/Aspen/HYSYS is a bonus Familiarity with e-learning platforms or educational technology Why Join GeoSkills.AI Work with a globally recognized team that pioneered simulation-based energy learning Shape the future of AI-powered education in the energy transition sector High ownership, fast growth, and direct collaboration with global experts Hands-on experience with cutting-edge AI tools and simulator development platforms Chance to create real impact in critical minerals education Your Impact You will help build next-generation learning experiences by: AI-Generated Training Content Using AI to create clear modules on rare-earth extraction, hydrometallurgy, SX/IX, leaching, roasting, calcination, and purification Turning technical papers and process data into structured, beginner-friendly lessons Interactive Process Simulators Designing simulation logic for SX loops, ion-exchange systems, hydrometallurgical circuits, and beneficiation flowsheets Applying mass balance, kinetics, and thermodynamics to build realistic training simulations Adaptive Learning Paths Creating AI-powered personalized learning journeys for students, professionals, and career-switchers Advanced Technical Content Simplifying complex chemical and metallurgical concepts into clear explanations and visual learning materials Smart Assessment Systems Building AI-driven assessments that detect learning gaps and provide targeted feedback