Solar energy technology degree overview

A solar energy technology degree teaches students how solar-powered energy systems work and how they are developed, tested, and maintained. Students learn how solar panels capture energy from sunlight, how electricity is stored and transferred, and how different components work together to produce usable power. The program combines basic engineering principles with hands-on technical training in system testing, inspection, maintenance, and troubleshooting. Students also learn how to record test results and prepare technical reports to support engineers and other professionals working with solar energy systems.

This degree may be a good fit for students who enjoy working with technology, solving practical problems, and learning how renewable energy systems operate. It is especially suited to those who like hands-on projects, working with electrical equipment, and figuring out how to make systems work more efficiently. Solar energy technology offers a practical path into the renewable energy field, with opportunities to help develop, test, and maintain systems that turn sunlight into useful energy.

Solar energy technology programs are available at the associate degree and certificate levels, often through community colleges and technical schools. These programs combine basic engineering principles with hands-on training in solar energy systems, energy storage, electrical technology, system testing, inspection, and maintenance. Program names and areas of emphasis vary by school.

• Associate of Applied Science (AAS) in Solar Energy Technology: This degree focuses on the technical principles behind solar-powered energy systems and how they are developed, operated, tested, and maintained. Students study solar energy principles, electrical systems, energy storage and transfer, equipment inspection, and technical reporting.
• Associate of Applied Science (AAS) in Renewable Energy Technology: This degree covers technologies used to generate, store, and manage renewable energy, with some programs offering coursework focused on solar power. Students learn about electrical systems, energy conversion, system testing, maintenance, and the technical skills needed to support renewable energy projects.
• Certificate in Solar Energy Technology: This shorter program introduces students to solar energy principles, system components, electrical fundamentals, and basic testing and maintenance procedures. Depending on the school, it may emphasize solar photovoltaic systems, equipment inspection, troubleshooting, and safe system operation.

Students in a solar energy technology program develop the technical skills needed to support the development, testing, operation, and maintenance of solar-powered energy systems. They learn to apply basic engineering principles, work with specialized equipment, and help ensure solar energy systems operate safely and efficiently.

• Solar Energy Principles: Students learn how sunlight is converted into usable energy through solar photovoltaic and solar thermal systems. They explore how solar panels, collectors, and other components work together to generate electricity or heat.
• Basic Engineering Principles: Students learn to apply basic electrical, mechanical, and energy-related engineering concepts to solar energy systems. They use these principles to understand system performance and support technical problem-solving.
• Energy Storage and Transfer: Students study how solar energy is stored, transferred, and used through batteries, inverters, and other equipment. They learn how these components work together to manage energy and maintain reliable system operation.
• System Design and Technical Drawings: Students learn to read electrical diagrams, system layouts, and technical specifications for solar energy equipment. They develop skills in interpreting designs and assisting engineers with system planning and equipment selection.

A solar energy technology degree can prepare graduates for technical careers involving the development, testing, installation, operation, and maintenance of solar-powered energy systems. Graduates may work for renewable energy companies, engineering firms, solar equipment manufacturers, and energy service providers. Some positions may require additional training, certification, or experience.

• Solar Thermal Installer: Installs and maintains solar thermal systems that use sunlight to heat water or provide heating for buildings. Solar thermal installers work with solar collectors, pipes, pumps, and storage tanks to ensure systems operate safely and efficiently.
• Solar Energy Technician: Tests, inspects, maintains, and troubleshoots solar energy systems used in homes, businesses, and larger energy projects. Solar energy technicians check electrical connections, monitor system performance, and help keep equipment operating efficiently.
• Solar Engineering Technician: Assists engineers with the development, design, and testing of solar-powered energy systems. Solar engineering technicians interpret technical drawings, collect performance data, inspect equipment, and prepare technical reports.
• Solar Photovoltaic Installer: Installs solar panels and related electrical equipment on rooftops, ground-mounted structures, and other locations. Solar photovoltaic installers assemble mounting systems, connect components, and test installations to ensure they operate safely.
• Renewable Energy Technician: Works with equipment used to generate, store, and distribute energy from renewable sources, including solar power. Renewable energy technicians inspect system components, perform maintenance, and help identify operating problems.
• Solar System Testing Technician: Evaluates solar panels, inverters, batteries, and other components to check their performance and reliability. These technicians conduct tests, record measurements, and report findings to engineers and technical teams.
• Solar Operations and Maintenance Technician: Helps maintain solar energy installations, including commercial solar arrays and utility-scale solar farms. These technicians monitor energy production, inspect equipment, perform preventive maintenance, and troubleshoot system problems.