Start a Career in Geothermal
The need for professionals in the geothermal industry has never been higher. The demand for geothermal heating and cooling has exceeded more traditional heating solutions since 2022, and exciting advancements in enhanced geothermal systems and other technologies has poised the geothermal industry for unprecedented growth in the near future by making geothermal suitable for many areas where it once would have been considered impossible. Get started building a career in this exciting field today!
Geothermal Business Directories
Below are actively maintained directories of geothermal services companies organized by sector and location. These directories are comprised of member companies of the organizations that build and maintain the list and are a partial representation of the total geothermal market:
IGSHPA Business Directory
Find contractors, loop installers, manufacturers, and other companies engaged in geothermal heat pumps.
Geothermal Rising Directory
The Geothermal Directory is a comprehensive listing of geothermal services or equipment providers who are members of Geothermal Rising.
GeoExchange Directory
Find contractors, loop installers, manufacturers, and other companies involved with GeoExchange geothermal heat pumps.
Geothermal Employers
Geothermal offers a wide range of variety of careers and an even a wider range of variety when it comes to employers. The information below organizes employers by major industry sectors, making it easy to map your skills and interests to opportunities in the geothermal industry.
Geothermal Power Plant Owners/Operators
Geothermal power plant operators are in charge of the safe and efficient operation of a geothermal power plant. The description of these jobs can vary. To learn more about how Geothermal energy is used to provide power to homes, businesses, and communities, please check out geothermal power generation.
We invest in and develop geothermal heat and power plants globally. By supplying clean energy that is always on, 24/7, we complement solar and wind resources. Together, we can create societies that run on 100% renewable energy.
BHE Renewables is a leader in the development and production of energy from geothermal resources with facilities that operate as CalEnergy Operations in Calipatria, California.
Cyrq Energy is responding to the world that runs 24/7 by providing renewable energy that generates power around the clock. As a leader in geothermal energy technology, Cyrq delivers 100% green power to customers at all times of the day and night. As the world seeks renewable energy resources, geothermal energy can provide power at times of day when the sun isn’t shining and the wind not blowing. We are part of the overall renewable solution.
Calpine offers many opportunities to grow your power operations career. We operate power plants across the nation with concentrations in Texas, California and the Northeast.
Fervo is leading a wave of ingenuity and technological innovation that is expanding geothermal’s potential, vastly increasing geothermal energy production capabilities, and broadening project viability to previously inaccessible areas of the country.
Gradient Geothermal Inc, formed by the combined expertise of Transitional Energy LLC and X Machina Sustainable Technologies Inc., is based in Denver, Colorado and was founded to create the world’s premier producer of geothermal energy in the oil and gas sector.
Headquartered in Reno, Nevada, Ormat is a leading geothermal company and the only vertically integrated company engaged in geothermal and recovered energy generation (REG). Ormat leveraged its core capabilities and global presence to expand its activity into different energy storage services and solar photovoltaic (PV), including hybrid geothermal and solar PV as well as energy storage plus Solar PV. Ormat’s objective is to become a leading global provider of renewable energy.
Toshiba is stepping forward globally to help conserve fossil fuels and contribute to the diversity of energy sources. Toshiba continues to work toward the reduction of carbon dioxide emissions by utilizing Geothermal power generation technologies to help conserve fossil fuels and contribute to the diversity of energy sources.”
Zanskar uses big data, AI, and advanced sensing techniques to identify untapped geothermal resources and drive down the cost of geothermal resource development.
Consulting Firms
Geothermal consulting firms assist with all aspects of a geothermal project, including evaluation, estimation, development, support, and risk assessment. To learn more about how geothermal energy is used to provide power to homes, businesses, and communities, please check out geothermal power generation.
Worldwide experience in natural resource evaluation, basin Evaluation, well site geology, seismic acquisition and seismic processing management, remote sensing and satellite image interpretation, geographical information systems: ArcGIS and Global Mapper, evaluation of properties for mineral owners and companies, 2D and 3D seismic interpretation, mapping, geological field mapping, renewable energy (geothermal, solar and wind) and energy storage, helium exploration, potential fields management (gravity and magnetics), groundwater/Hydrology, teaching geoscience
The Altus’s team is specialized in advanced tubular (casing and tubing) design engineering and software solutions. Besides its own extensive experience and knowledge on the subject Altus has access to a network of external collaborators among the science, engineering and software solution pool. Since the company started in 2001, we have proven ourselves as the best at what we do. We fill a market niche that specializes in tough wells and we have developed strong relationships with our clients, built on integrity, trust and performance.
We are scientists, engineers and change-makers with decades of experience developing and deploying cutting-edge technologies for energy infrastructure. Our expertise combines the operational prowess of the world’s largest energy companies with gigawatt-scale experience in power project development and financing.
Sustainability is a key differentiating capability for Baker Hughes. We are driving transformative and meaningful change for energy and power producers today to address the urgency and scale required to meet the world’s energy demand. By leveraging sustainable practices, we have reduced the carbon intensity of our operations while enabling our customers and partners to meet their environmental goals using low-carbon and new energy solutions.
Chinook Consulting provides geological wellsite supervision, remote geosteering, reservoir evaluation, operations geology, oil sands coring supervision, petrographic analysis, geochemistry, engineering services and more for oil and gas operators in Canada, US and International markets.
With a focus on new plays and new technologies, such as tight gas and unconventional reservoirs, Chinook offers the flexibility to handle large scale multi-rig multi-personnel projects with the care and personalized service stemming from its origins as a small consulting group.
Providing geothermal resource consulting services world-wide, including early exploration, project planning and development, and long-term reservoir management.
Operating in over 40 countries and delivering projects to clients spanning a range of industries, Jacobs is positioned to create pivotal and lasting change in our world. With our purpose-driven strategy, expansive geographic and client footprint, top-tier talent and robust capabilities spanning water, clean energy, natural resource management, smart cities, advanced manufacturing, and beyond – we have the foundation to create the solutions and critical infrastructure our world needs today, and into the future.
Formed in 2006 by long time power project finance veterans, Luminate is a technically based management consultancy providing engineering, commercial and environmental services and solutions to the power, energy and renewables markets. Services we provide include project development assistance, due diligence and independent engineering in support of financing, M&A, and emerging technologies, resource consulting and energy projections, optimization and corrective action plans, construction and commissioning monitoring, asset management, environmental management, and conflict and restructuring support to clients across the stakeholder spectrum.
Thermochem provides chemical engineering, laboratory analysis, geochemistry, field testing services and products to a wide range of energy industries. From base operations in the Western USA and South-East Asia, Thermochem has served oil and gas, power generation and renewable energy companies for more than 30 years.
(707) 575-1310
TEVERRA is dedicated to harnessing the Earth's resources for clean and reliable energy generation and storage. We serve the energy industry by offering innovative subsurface solutions, developing cutting-edge technologies, providing consulting services, and executing global projects to promote a sustainable low-carbon energy mix. Our track record includes the successful completion of numerous geothermal, CCS, oil and gas and hydrogen projects worldwide.
RESPEC draws from a wide array of expertise, products, and services to deliver world-class solutions for business, mining, energy, water, natural resources, urban development, rural community development, infrastructure, and enterprise services.
(605) 394-6400
We create and deploy the technology and systems needed to simultaneously reduce emissions while meeting the world’s growing energy demands, ensuring progress for people and the planet, on the journey to net zero and beyond.
Assessment and Design Services
As geothermal grows so does its need for improved design and articulated assessment. Services like this allow the drilling process for geothermal to run more smoothly. To learn more about how new drilling processes and technologies are reshaping the future of geothermal energy, check out enhanced geothermal systems.
Akonovia has expertise in geothermal system design and sizing, commissioning, and troubleshooting. We are experts in geothermal field optimization, increasing profitability with the help of energy simulations and geothermal sizing models.
RWB Consulting Engineers designs geothermal systems that work. Geothermal heat pump (GHP) systems require extra care in design. After all, you only have one shot to get this right. Luckily, we’ve done this before… many times. We have several geothermal system designs under our belt, so you can trust that we’ll get it right the first (and only) time. Geothermal is just one of our many areas of MEP expertise.
ENCON is the contractor of choice for designing, installing, and maintaining geothermal heat pump systems.
The key to an efficient geothermal system is in its design. The engineers at ENCON are trained and certified by IGSHPA (International Ground Source Heat Pump Association) to design the right system for your needs, preferences, and your geological and site conditions. Our qualifications have earned us the “GeoPro” status with WaterFurnace, the largest and one of the most respected manufacturers of geothermal heat pumps.
Our portfolio of data and insights is constantly growing and adapting to meet the demands of the global energy market. We provide crucial subsurface data that aids in the safe and effective implementation of renewable energy projects, including carbon storage (CCS), geothermal, and wind energy initiatives. Our data and asset management solutions are designed to support operations in the solar, wind, and hydroelectric sectors of renewable energy. With our data collection, curation, and analysis expertise, we empower our clients to navigate a dynamic and competitive landscape, enabling them to make informed business decisions.
Construction and HVAC
Electrically-powered heat pumps cycle and exchange energy from fluid into a household or businesses HVAC system in order to provide both heating and cooling. Trained construction and HVAC professionals are essential to making sure that these systems are installed correctly, operate efficiently, and ultimately save costs for home and business owners. These roles are key to the development and installation of geothermal heating and cooling systems.
To learn more about how geothermal heat pumps (GHPs) provide heating and cooling to homes and businesses, please visit the heat pumps page.
Geothermal by Design
With over 50 years experience in HVAC and 28 years experience in geothermal heating and cooling, we have been installing and maintaining advanced geothermal systems for over two decades all over Louisville KY and the Kentuckiana area. As an owner-operated business, we are committed to providing quality customer service and outstanding results for all your geothermal needs. We specialize in Geothermal Heating and Cooling System Design and Installation, Heat Pumps and Gas Furnace Installations, Indoor Air Quality, Radiant Floor Heating and much more
502-216-8300
ClimateMaster
ClimateMaster produces Energy Star rated residential geothermal heat pumps for a range of applications, from home heating to water-to-water applications for spa, pool water, hot water, and snow/ice melting.
Water Furnace
WaterFurnace residential geothermal heat pumps keep homes comfortable in every climate. That's because we unlock the free, renewable solar energy that's stored in the ground. WaterFurnace delivers comfort the natural way—and cuts your energy bills by up to 70% in the process.
Blue Valley Heating Cooling & Plumbing
Consider exploring geothermal heating and cooling system installation from a trusted HVAC services professional for an energy-efficient and environmentally responsible method of controlling your home’s temperature.
Carrier
Geothermal heat pump systems tap into the energy right in your own backyard—transferring heat to or from the earth to heat or cool your home. No matter what the weather is like outside, geothermal heat pumps deliver energy-efficient performance to give you the most comfortable indoor comfort for your home.
Ground Loop, Inc Heating and Air Conditioning
Ground Loop Heating and Air Conditioning, is a third-generation family-owned heating and air conditioning business specializing in WaterFurnace geothermal systems. What started as a small sheet metal company in Maryland is now one of the most established geothermal companies in the entire country.
For over 30 years, our company has been designing and installing HVAC systems of all sizes for residential and light commercial applications. We are leaders in innovative technologies that keep families and businesses comfortable, all while saving money and preserving our resources for future generations. Our IGSHPA-certified installers strive for complete customer satisfaction on every job.
Major Heating and Air Conditioning
At Major, we are the most respected geothermal heating and cooling experts in the Rocky Mountain Region. We have installed over 25 million square feet of Geothermal spanning over 1,000 systems. We have successfully procured some of the most comfortable, efficient, and cost effective mechanical systems in Colorado! Our expertise is broad, covering residential, commercial, industrial and institutional. In fact, we have over 50 schools successfully operating under our geothermal design in the United States.
Government
The research behind geothermal is often government-funded, meaning that there are plenty of ways to get involved in geothermal technology through government roles. If you are looking for a deeper dive into the research portion of geothermal, consider a position in the government or in a government-funded laboratory.
For an expanded view of the organizations involved in geothermal funding, research, and advocacy, check out the national and international geothermal organizations on our get connected page
Office of Energy Efficiency and Renewable Energy - Geothermal Technologies Office
Ready to start building our clean energy future with a new career in geothermal energy? The Geothermal Technologies Office (GTO) is dedicated to increasing geothermal energy deployment through research, development, and demonstration of innovative technologies that enhance exploration and production. GTO’s vision is a vibrant domestic geothermal industry that contributes to a carbon-pollution-free electricity sector and a net-zero-emission economy while providing economic opportunities and environmental benefits for all Americans.
National Renewable Energy Laboratory
NREL's geothermal technology research is delivering innovative geothermal solutions to improve quality of life and move the world toward a sustainable energy future.
Idaho National Laboratory
Idaho National Laboratory’s Geothermal Program advances sustainable renewable energy solutions using geothermal resources. Geothermal energy harnesses natural heat stored in the Earth’s crust to generate clean, reliable and continuous power, contributing to a more resilient energy future. INL’s dedicated team of experts, state-of-the-art facilities and innovative research make the laboratory a leader in geothermal research, development and deployment.
Sandia National Laboratories
Sandia's geothermal research program applies electrical and mechanical engineering, geothermal energy systems knowledge, and laboratory and field testing to develop downhole tools to access deep, hot, and chemically harsh subsurface environments for geothermal energy production, oil and gas extraction, environmental restoration, mine rescue, energy storage, and national security.
Pacific Northwest National Laboratory
PNNL research includes developing materials and methodologies that allow for improved reservoir characterization, well cement integrity and co-production technologies. Research also focuses on improving efficiency and reducing cost of low-temperature heat engines through enhanced working fluids, and on decreasing water use for stimulating rock shearing in enhanced geothermal systems (EGS).
Oak Ridge National Laboratory
ORNL supports geothermal energy production by identifying relevant needs and performing R&D that aligns with its core scientific expertise in Material Science, Neutron Science, Computational Science, and Nuclear Science and Engineering.
Brookhaven National Laboratory
Brookhaven's Geothermal Materials research focuses on the development of new materials that can withstand the extreme conditions found in geothermal wells and facilitate the use of geothermal reservoirs for power generation and storage as an “always on”, renewable solution for energy diversification worldwide.
Lawrence Berkeley National Laboratory
Lawrence Berkeley National Laboratory's geothermal systems program is focused on developing innovative technologies that can identify and characterize conventional and hidden natural hydrothermal systems; and characterizing, developing, and sustaining enhanced geothermal systems through the use of coupled process models, microearthquake (MEQ) monitoring, and laboratory studies.
Los Alamos National Laboratory
Los Alamos scientists are developing complex machine learning programs to more efficiently mine the Earth’s heat.
Sanford Underground Research Facility
The Sanford Underground Research Facility (SURF) will be home to the next generation of geothermal energy research through Department of Energy (DOE) funding for the Energy Earthshots Initiative. According to the DOE, Energy Earthshots™ are the frontiers of the clean energy transition that will accelerate breakthroughs of more abundant, affordable, and reliable clean energy solutions within the decade.
Argonne National Laboratory
Argonne's Environmental Science Division focuses on climate research, atmospheric processes and measurement, terrestrial ecology, land and renewable resources, surface and subsurface hydrology, coupled ecosystem processes, radiation and chemical risk management, and environmental restoration.
Service Companies
Geothermal service companies help to ensure that Geothermal productions are working and functioning as they should. This includes drilling, installation, and maintenance of new and existing geothermal systems.
Colorado Geothermal Drilling
Founded in 2005, Colorado Geothermal Drilling is the leading installation contractor for geothermal systems along the Front Range of Colorado. We are a family-owned and operated business, specializing in residential and commercial geothermal systems.
We have successfully completed over 700 geothermal installation projects throughout the Front Range, from new construction to retrofits of existing structures.
Halliburton
Founded in 1919, Halliburton is one of the world's leading providers of products and services to the energy industry.
We create innovative technologies, products, and services that help our customers maximize their value throughout the life cycle of an asset and advance a sustainable energy future.
Kenai Drilling Limited
Kenai Drilling Limited provides contract drilling services for exploration and development of onshore and offshore oil, gas and geothermal wells throughout the western United States (California, Nevada, & Utah) and mid continent (Oklahoma, Texas, & Kansas). Formed in 1988, Kenai has grown and expanded its rig fleet by purchasing and building drilling rigs to meet our customers’ needs through all of the petroleum industries ups and downs. Kenai has the technical capabilities to not only plan and drill wells but also to build site specific equipment for hard to drill areas.
(661)587-0117
Geothermal Job Boards
Several organizations have compiled job boards that make it easier than ever to explore career opportunities in geothermal. Please explore the links below to learn more
Geothermal Rising Job Board
Job board aggregating job postings from Geothermal Rising member organizations, including job summaries, requirements, salary info, and application links
International Ground Source Heat Pump Association Job Board
Job board aggregating job postings from IGSHPA member organizations, including job summaries, requirements, salary info, and application links for installers, plumbers, technicians, and more related to geothermal heat pumps
Breakthrough Energy Job Board
Job board aggregating job postings from Venture-phase startups in geothermal and other industries
Climatebase Hiring Platform
Platform targeted at solving the greatest challenge facing climate and renewables companies: Hiring
Transitioning to Geothermal
As the energy sector shifts toward renewable resources, workers in oil and gas, hvac, pipefitting, and more have valuable opportunities to apply their skills in geothermal energy. Geothermal relies on many overlapping competencies, making this transition not only feasible but highly promising.
A great example of the promise of transitioning from traditional energy to geothermal is Sage Geosystems, whose team leveraged their combined 200 years of experience in Oil and Gas to secure a deal to provide over 150 megawatts of geothermal energy to Meta's data centers.
Transferable Skills
Workers in oil and gas and parallel industries bring critical expertise that can translate directly to geothermal energy:
- Engineering and Drilling: Skills in well drilling, pipefitting, and reservoir management are directly applicable to geothermal projects, which also involve drilling deep into the Earth.
- Health and Safety: Experience with safety protocols and regulations in hazardous environments remains relevant and critical in geothermal operations.
- Project Management: Overseeing large-scale, interdisciplinary energy projects is a shared need across sectors.
- HVAC and Construction: Designing and installing systems that can efficiently transfer heat into indoor spaces is a crucial skill for thermal energy networks, heat pumps, and direct use applications.
- Electricians: Installing, maintaining, and repairing electrical systems in homes and power plants is key to the operation of geothermal for home, community, and district geothermal.
Training Programs and Resources
Programs and initiatives aimed at reskilling oil and gas professionals into geothermal careers include:
Iron & Earth
A worker-led organization that supports training in renewable energy, including geothermal.
Heatspring
Courses on solar, heat pumps, building science, energy storage, and more.
Water Furnace
NATE Certified trainings covering GHP basics, sizing, diagnostics, and more.
Department of Energy GEODE
The Geothermal Energy from Oil and Gas Demonstrated Engineering (GEODE) initiative aims to leverage the extensive knowledge, technology, skill, and experience of the oil and gas sector, allowing the geothermal industry to tackle barriers to geothermal deployment while also including fossil-fuel-based communities and workers.
Geothermal Energy from Oil and Gas Demonstrated Engineering (GEODE) Facets describing the five main 'facets' of the GEODE project
Geothermal Professional Certifications
There are a number of professional certifications applicable to the geothermal energy sector, covering various aspects such as engineering, environmental management, project management, and operations. These certifications cater to diverse professional roles in the geothermal industry, from engineering and installation to environmental compliance and financial management.
Geothermal and Geology Certifications
Inspector accreditation enables you to anticipate important critical elements of GHP installation and offers customers more assurance of a low-maintenance, economical, and environmentally friendly alternative for their geo comfort needs.
Installer accreditation is for GSHP installers, contractors, dealers, home builders, manufacturers, distributors, architects, heating cooling mechanical engineers, trenching/water well drilling contractors who want to be certified in the installation of GSHPs for homes and businesses.
Learn how to properly design a residential system, starting with the benefits and types of ground source heat pumps. Attendees will also learn about the design process, energy loads and requirements, and how to calculate loads; how to select mechanical systems; site, geology and soil conditions; ground heat exchanger design; pumping, interior piping and header design; economics of the design; and calculate a sample problem.
Learn how to properly design a residential system, starting with the benefits and types of ground source heat pumps. Attendees will also learn about the design process, energy loads and requirements, and how to calculate loads; how to select mechanical systems; site, geology and soil conditions; ground heat exchanger design; pumping, interior piping and header design; economics of the design; and calculate a sample problem.
Designing GSHP systems will keep you competitive in a market forced to deal with rising energy costs and resource depletion by offering customers a low-maintenance, economical and green alternative for their space conditioning needs. Federal and state tax incentives for GSHPs are providing additional demand and popularity for the systems, creating even more opportunities for home owners and commercial buildings.
Find links to state-by-state certifications for certifying geologists based on competence, integrity, and ethics.
Engineering and Design Certifications
Professional Engineer Certification demonstrates your commitment to the highest standards of engineering practice. It's also proof of your ability to offer engineering services directly to the public - something only a licensed PE can do.
LEED Green Associates are equipped with the knowledge and skills necessary to promote and implement green building practices in your workplace and community.
Covers energy efficiency and integration of geothermal systems in buildings, including everything from AC/Heat Pump Certifications to Retrofit Installer Certifications
A Certified Energy Manager is an individual who optimizes the energy performance of a facility, building, or industrial plant. The CEM is a systems integrator for electrical, mechanical, process, and building infrastructure, analyzing the optimum solutions to reduce energy consumption in a cost-effective approach.
A Certified Energy Manager is an individual who optimizes the energy performance of a facility, building, or industrial plant. The CEM is a systems integrator for electrical, mechanical, process, and building infrastructure, analyzing the optimum solutions to reduce energy consumption in a cost-effective approach.
Environmental and Sustainability Certifications
The Academy of Board Certified Environmental Professionals (ABCEP) administers the Certified Environmental Professional (CEP) Program which prepares those pursuing advancement in the environmental profession.
Addresses compliance with environmental standards in geothermal projects.
To earn an SEP credential, candidates must demonstrate professional excellence in and mastery of several key fields, including core sustainability concepts and stakeholder engagement, planning and implementing sustainability strategies, evaluating efforts, and adjusting sustainability plans.
To earn an SEP credential, candidates must demonstrate professional excellence in and mastery of several key fields, including core sustainability concepts and stakeholder engagement, planning and implementing sustainability strategies, evaluating efforts, and adjusting sustainability plans.
The Renewable Energy Professional (REP™) certification is designed to recognize the expertise and experience of professionals involved in the specification and application of renewable and alternative energy technologies, assessment of renewable energy projects, and development of achievable low-carbon and sustainability goals for organizations.
Drilling and Construction Certifications
CWDs are expected to meet experience requirements and to have knowledge of specialized equipment use, geologic formations, and drilling troubleshooting skills.
CPIs are knowledgeable about pumping equipment that is used in commercial, municipal, and residential water systems.
The CVCLD is considered an independent designation from the CWD or CWD/PI. The designation reflects an individual who has passed a written exam administered by NGWA that evaluates an individual’s knowledge of the skills and competencies associated with constructing a loop well.
WellSharp provides trainees with in-depth knowledge, well-honed role-specific skills, and greater confidence that they know what to do to prevent and handle well control incidents.
Ensures workplace safety in drilling and plant operations.
Operations and Maintenance Certifications
Energy Auditors undertake energy efficiency assessments of large buildings and industrial facilities. Their audits cover building systems, occupancy, operations, maintenance, and code compliance.
A facilities manager (FM) is responsible for the day-to-day operations and maintenance of a building or group of buildings. They ensure that the facilities are safe, functional, and efficient, and that they meet various standards, including: regulatory compliance, energy efficiency, health and safety, and budget. This includes maintenance of geothermal heating and cooling systems in buildings.
Project Management and Financial Certifications
The PMP certification proves you have the project leadership and expertise in any way of working: predictive, hybrid or agile. It demonstrates your ability to lead projects without being tied to any specific industry or geographic location. This includes managing geothermal energy projects efficiently.
A global benchmark qualification designed to equip finance professionals with the knowledge and skills to align finance with sustainability goals, including those outlined in the Paris Agreement.
Knowledge of the key concepts related to sustainability in the financial decision-making process for issuers and investors including understanding the key environmental, social, and governance factors associated with the assessing financial decisions and investments.
Undergraduate and Graduate Geothermal Programs
Colorado School of Mines - Energy Interdisciplinary Minor
Combines science and technical aspects of energy production with social impacts.
Colorado School of Mines - Geological Engineering
Variety of topics including mineral and energy resource extraction/utilization (e.g., geothermal).
Cornell University - Environmental Engineering
Environmental engineering major for students interested in sustainable energy including geothermal resources.
Cornell University - Environmental Engineering
Environmental engineering major for students interested in sustainable energy including geothermal resources.
Oklahoma State University Building & Environmental Thermal Systems Group
Offers programs for those interested in studying heat transfer, HVAC systems, geothermal heat pump systems and group loop heat exchanger technology.
Oregon Institute of Technology - Engineering 310 - Introduction to Geothermal Energy
Undergraduate engineering course providing an overview of geothermal energy.
Oregon Institute of Technology - Oregon Renewable Energy Center
Geo-Heat Center to promote energy conservation and renewable energy use within the College of ETM.
Reykjavik University - Sustainable Energy and Sustainable Energy Engineering
Variety of topics including policy, economics, geothermal exploration, and geothermal power plant design and operation.
Rice University - Energy Geosciences
A focus on the practical knowledge of the energy industry specifically related to the subsurface.
Southern Methodist University - Geothermal
A focus on the practical knowledge of the energy industry specifically related to the subsurface.
Stanford University Geothermal Program - Energy Science & Engineering
A technical research program focused on geothermal engineering specifically in geothermal reservoir engineering research.
Texas A&M University - Petroleum Engineering
Students can conduct research in the Department of Petroleum Engineering at Texas A&M University within the Geoenergy Systems Laboratory focused on subsurface formations including geothermal energy.
The University of Oklahoma - GeoEnergy Engineering
Engineering program focused on meeting the "demand for the education in emerging energy fields, including geothermal energy."
University of Auckland - Geothermal
Our research capabilities are wide-ranging and offer solutions (in fundamental science and applications) in geoscience, reservoir engineering and process control. We have a particular strength in geothermal modelling including the development of modeling software and modeling techniques.
University of Hawai'i at Manoa - Hawai'i Groundwater and Geothermal Resources Center
A variety of projects from drilling to island geothermal and carbon capture.
University of Nevada, Reno - Great Basin Center for Geothermal Energy
Focus on geothermal exploration, development and education.
University of Nevada, Reno - Minor in renewable energy
Focus on the technical, economic, and policy issues related to renewable energy.
University of North Dakota (UND) - Geological Engineering
Geothermal energy is an area of research and scholarly activity for master's and doctoral programs in geological engineering as well as geology with the option for a certificate for petroleum geology.
University of Texas at Austin - Geosciences and Energy & Earth Resources
Geothermal specific research opportunities available within the Energy Geosciences research themes. Research opportunities are available to primarily graduate students both master's and doctoral levels.
University of Utah - Geothermal Group
Basic and applied geoscientific research for geothermal, petroleum, government agencies, etc.
Unversity of California, Davis - California Geothermal Energy Collaborative; Energy Graduate Group
Master's and doctoral options available. Emphasis on interdisciplinary research focused on energy, environment, policy, etc., issues. UC Davis is also home to the California Geothermal Energy Collaborative.
Design a Geothermal Degree
If your University doesn't offer a specific geothermal program it's still possible to build a set of skills that will prepare you for a career in geothermal.
Core Geothermal Courses
The core courses you'll need to set yourself up for a future in geothermal are as follows:
Major/Minor: Geology/Geosciences
This course provides an introduction to Earth’s materials, processes, and history. Topics include minerals, rock types, plate tectonics, geological time, and the relationship between geology and the environment. Laboratory sessions emphasize rock and mineral identification and geologic mapping.
Major/Minor: Geology/Geosciences
An exploration of the physical principles governing Earth's interior and surface. Topics include seismic methods, gravity, magnetism, and heat flow. Applications include natural resource exploration and understanding geologic processes.
Major/Minor: Geology/Geosciences
Focuses on the chemical composition and processes of Earth's crust, mantle, and core. Topics include element distribution, isotope geochemistry, and the geochemical cycles of major Earth systems.
Major/Minor: Geology/Geosciences
Covers the principles of groundwater flow, aquifer properties, and water resource management. Emphasizes the role of groundwater in environmental and engineering applications.
Major/Minor: Geosciences
Examines the economic, social, and political aspects of renewable energy. Topics include policy frameworks, energy markets, and strategies for transitioning to sustainable energy systems.
Major/Minor: Geology/Geosciences/Engineering
Introduces the principles of energy, heat, and work. Topics include the laws of thermodynamics, energy efficiency, and applications in geological and engineering contexts.
Major/Minor: Business/Finance
Explores financial principles applied to the energy industry, including investment evaluation, risk analysis, and market dynamics. Emphasizes the role of finance in energy project development and management.
Major/Minor: General Science/Chemistry
Covers the fundamental principles of chemistry, including atomic structure, chemical bonding, stoichiometry, and thermodynamics. Laboratory sessions emphasize quantitative analysis and practical applications.
Major/Minor: General Science/Chemistry
Focuses on the structure, properties, and reactions of organic compounds. Topics include reaction mechanisms, synthesis, and applications in pharmaceuticals and materials science.
Major/Minor: Geology/Geosciences
Explores the origin, classification, and evolution of igneous, sedimentary, and metamorphic rocks. Laboratory sessions emphasize thin-section analysis and rock identification.
Major/Minor: Business/Economics
Introduces microeconomic and macroeconomic principles. Topics include supply and demand, market structures, fiscal policies, and global trade.
Major/Minor: Geology/Geosciences
Examines the deformation of Earth’s crust, including faulting, folding, and tectonics. Topics include stress analysis, geologic mapping, and structural interpretation techniques.
Major/Minor: Geology/Geosciences
Focuses on the physical and chemical properties of reservoir rocks. Topics include porosity, permeability, and fluid saturation, with applications in oil and gas exploration.
Major/Minor: General Science
An introduction to classical mechanics, thermodynamics, and electromagnetism. Topics include motion, energy, and electric circuits. Laboratory experiments reinforce theoretical concepts.
Major/Minor: General Mathematics
Covers the fundamentals of differential and integral calculus. Topics include limits, derivatives, integrals, and their applications in science and engineering.
Major/Minor: Engineering
Explores the behavior of fluids in motion and at rest. Topics include fluid properties, flow dynamics, and applications in pipelines, reservoirs, and natural systems.
Major/Minor: Engineering
Covers the principles and practices of drilling wells for oil, gas, and geothermal energy. Topics include well design, drilling fluids, and operational safety.
Major/Minor: Geology/Geosciences/Engineering
Examines sedimentary processes, environments, and the principles of stratigraphic analysis. Topics include sediment transport, facies models, and sequence stratigraphy.
Major/Minor: General Mathematics
Focuses on solving ordinary differential equations and their applications. Topics include modeling physical systems, stability analysis, and numerical methods.
Major/Minor: Geology/Geosciences/Engineering
Explores techniques for interpreting well logs to evaluate subsurface formations. Topics include resistivity, porosity, and lithology analysis for resource exploration.
Major/Minor: Geology/Geosciences
Applies structural geology principles to solving real-world problems in resource exploration and engineering. Topics include 3D modeling, fault analysis, and tectonic reconstruction.
Major/Minor: Engineering
Introduces methods for estimating and managing reservoir performance. Topics include fluid flow in porous media, recovery techniques, and reservoir simulation.
Major/Minor: Engineering
Covers the causes and mitigation of formation damage in wells. Topics include acidizing, fracturing, and enhanced recovery methods to optimize well productivity.
Building a Major
Now that you have the list of core courses for designing your geothermal education, you'll need to work closely with school faculty to build your course list into a major. Here’s a step-by-step guide to working with college staff to design your major:
Step 1: Research and Prepare Initial Plan
- Understand School Policies: Familiarize yourself with your college’s guidelines for designing a major. These can often be found on the school’s website or by contacting the registrar.
- Define your Goals: Reflect on your interests, strengths, and career aspirations. Identify why a custom major is the best fit for your goals.
- Draft an Outline: Sketch out an initial idea for your major, including potential courses such as those listed in the core geothermal courses section, disciplines to combine, and any relevant skills you want to develop.
Step 2: Get in Touch with Key Contacts
- Academic Advisors: Start with your academic advisor. They can provide guidance on policies and connect you with other resources for building your major.
- Faculty Mentors: Reach out to professors in the fields you want to include in your major, including geology/geosciences, engineering, mathematics, and economics. Their expertise can help shape your program.
- Program Coordinators: Some colleges have designated staff for interdisciplinary or custom majors who can assist with planning and approval processes.
Step 3: Collaborate with Staff and Refine Plans for your Major
- Schedule Meetings: Arrange meetings with advisors and faculty to discuss your ideas. Come prepared with questions and your preliminary outline.
- Be Open to Incorporating Feedback: Staff may suggest adjustments or recommend courses that align better with your goals. Use their input to refine your plan.
- Ensure Feasibility: Confirm that the courses you want to include are regularly offered and that prerequisites can be met within your timeline.
Step 4: Develop a Proposal
- Write a Formal Plan: Include a title for your major, a description of its purpose, a list of required courses, and how it aligns with your career or educational goals.
- Include Learning Outcomes: Clearly define what skills and knowledge you expect to gain from your program.
- Get your Plan Approved: Submit your proposal to the relevant committee or department for review. If you're not sure who to submit your proposal to for approval, work with your academic advisor or program coordinator to identify the correct channels for your proposal.
Step 5: Check in on Goals and Progress
- Regular Check-ins: Keep in touch with your advisor to ensure your plan remains on track and to address any challenges that arise.
- Keep Up with Registrations and Progress: Stay organized and proactive about course registration and meeting the requirements for your major.