Geothermal Energy Masterclass: Clean Power Explained

Master geothermal energy from exploration to power plants, drilling, heat pumps & EGS—Renewable energy unlocked

What you'll learn

Explain geothermal energy concepts, global adoption, and its benefits and limitations.

Identify geothermal gradients and geological features to locate viable sites.

Apply geophysical and geochemical techniques for geothermal resource exploration.

Classify geothermal fields using mapping tools and exploration data.

Compare dry steam, flash steam, binary cycle, and hybrid plant technologies.

Match geothermal resources to the most suitable plant design and configuration.

Describe drilling methods, well design, casing, cementing, and safety practices.

Analyze geothermal reservoir behavior, production strategies, and sustainability measures.

Design and evaluate geothermal heat pump systems for homes and businesses.

Apply best practices for system sizing, operation, and maintenance of heat pumps.

Requirements

No prior geothermal experience needed—this course starts from first principles.

General interest in energy, engineering, or environmental systems is helpful.

Internet access to view lessons and download worksheets, charts, and tools.

Description

Unlock one of the most powerful, renewable, and underutilized energy sources on Earth—geothermal. Learn how it's discovered, developed, and delivered, even if you're a complete beginner.Whether you're an engineer, energy project manager, student, environmentalist, or simply passionate about sustainability, this step-by-step course will give you a comprehensive understanding of geothermal energy systems—from exploration and drilling to power generation and heat pump applications.This course is designed to take you from foundational concepts to practical applications, career-relevant knowledge, and real-world insights. You’ll not only understand how geothermal systems work—you’ll be able to evaluate projects, assess sites, choose the right technology, and speak the language of geothermal professionals.What You’ll LearnThe science behind geothermal heat, energy flow, and global deploymentExploration methods: geophysics, geochemistry, mapping, and classificationTypes of geothermal power plants and how they match different resource typesDrilling processes, well construction, casing, cementing, and site safetyHow geothermal reservoirs are managed for long-term productionEnhanced Geothermal Systems (EGS) and advanced recovery techniquesResidential and industrial applications of geothermal heat pumpsWhy This Course Matters for Your CareerGlobal demand for renewable energy is rising fast—and geothermal is now seeing multi-billion-dollar investments from governments, tech giants, and energy companies. Countries like Kenya, Iceland, Indonesia, and the U.S. are rapidly expanding geothermal capacity.The International Renewable Energy Agency (IRENA) forecasts over 1,000% growth in geothermal energy by 2050.Geothermal engineers and specialists earn salaries between $70,000–$140,000+ depending on location and role.The global geothermal market is expected to surpass $90 billion by 2030.By the end of this course, you’ll have a project-ready understanding of geothermal systems—and be prepared for roles in engineering, consulting, energy development, or clean tech innovation.Course StructureThis course includes 6 sections, 35+ lessons, downloadable worksheets, quizzes, and assignments to reinforce learning:Introduction to Geothermal EnergyUnderstand geothermal fundamentals, benefits, limitations, and global trends.Geothermal Resource ExplorationLearn how geothermal fields are discovered using gradients, geophysical tools, and geochemical data.Types of Geothermal Power PlantsCompare dry steam, flash, binary, and hybrid systems—and know which is best for each resource.Drilling and Well ConstructionGet inside geothermal drilling: methods, casing, cementing, environmental concerns, and safety.Reservoir Management and ProductionExplore reinjection, long-term sustainability, EGS, and scaling mitigation.Geothermal Heat Pumps and Direct UseLearn how residential and industrial heat pump systems are designed, installed, and maintained.Each section includes downloads, quizzes, and assignments to ensure you can apply what you learn.

Overview

Section 1: Introduction to Geothermal Energy

Lecture 1 Welcome & What You’ll Learn

Lecture 2 What is Geothermal Energy?

Lecture 3 Benefits and Limitations

Lecture 4 Global Geothermal Deployment

Section 2: Geothermal Resource Exploration

Lecture 5 Geothermal Gradient and Heat Flow

Lecture 6 Geological Features and Surface Clues

Lecture 7 Geophysical Survey Techniques

Lecture 8 Geochemical Exploration

Lecture 9 Mapping and Resource Classification

Section 3: Types of Geothermal Power Plants

Lecture 10 Power Plant Overview

Lecture 11 Dry Steam Technology

Lecture 12 Flash Steam Systems

Lecture 13 Binary Cycle Plants

Lecture 14 Direct Use Applications

Lecture 15 Hybrid & Emerging Systems

Section 4: Drilling and Well Construction

Lecture 16 Site Selection and Permitting

Lecture 17 Drilling Methods & Equipment

Lecture 18 Well Design and Construction

Lecture 19 Casing, Cementing, and Logging

Lecture 20 HSE and Environmental Concerns

Lecture 21 Common Pitfalls and Lessons

Engineers transitioning into geothermal or renewable energy roles.,Energy project managers seeking to understand geothermal technologies.,University students studying sustainability, energy systems, or earth science.,Government or NGO professionals evaluating geothermal policy or deployment.,ProfessioEnthusiasts or career changers wanting a job-ready foundation in geothermal energy.nals exploring heat pump or direct-use geothermal applications.