Explore renewable-energy engineering across solar, wind, hydrogen, energy storage, power systems, sustainable infrastructure and the technologies supporting the global energy transition.
Renewable Energy combines engineering, science, technology and policy to develop lower-carbon energy systems. The pathway includes solar power, wind energy, hydrogen, energy storage, power electronics, grid integration and sustainable energy technologies.
Students can enter through renewable-energy engineering, mechanical engineering, electrical engineering, chemical engineering, materials science or energy-systems programmes.
The sector is multidisciplinary and increasingly connected with battery technology, smart grids, digital monitoring, materials research, sustainability and large-scale infrastructure.
Career Direction
Renewable-energy careers involve designing, analysing, installing, operating and improving energy technologies and infrastructure. Opportunities exist with energy developers, utilities, engineering consultancies, manufacturers, governments and research organisations.
Engineering roles may focus on mechanical systems, electrical power, materials, controls, modelling, project delivery, operations or energy analysis.
Courses selected by UCO Aero for this pathway.
A specialist MSc combining renewable energy, geoscience, geophysics, artificial intelligence and data science for renewable-energy site assessment and development.
A 120 ECTS engineering MSc covering renewable-energy conversion, energy systems, photovoltaic technologies, storage, heat pumps and sustainable energy management.
An interdisciplinary energy MSc combining renewable energy, power engineering, energy systems, economics, policy, industry experience and advanced research.
A multidisciplinary MSc integrating renewable energy, storage, smart demand, buildings, energy data and low-carbon technologies for net-zero energy systems.
A one-year MSc focused on advanced materials for renewable energy, energy storage, efficient energy use, carbon capture and low-carbon technologies.
A two-year engineering MSc covering renewable-energy integration, smart grids, battery storage, hydrogen, wind energy and future electrical power systems.
A multidisciplinary MSc covering solar, wind and marine generation, clean technology, power systems, low-carbon energy and intelligent buildings.
A one-year engineering MSc covering wind, solar, wave and tidal energy, smart grids, energy storage and sustainable energy-system design.
A one-year MSc covering photovoltaics, batteries, fuel cells, wind, wave and tidal energy, electrical power systems and low-carbon energy technologies.
A one-year interdisciplinary MSc covering renewable energy, energy conversion, Power-to-X, electrical systems, sustainability and future energy technologies.
Editorially selected programmes supported by ranking information recorded in the UCO Aero CMS.
No Top-Ranked Courses have been selected for this pathway yet.
Indian students can enter renewable-energy careers through dedicated renewable-energy programmes or mechanical, electrical, energy, chemical and materials engineering degrees with relevant electives, projects or postgraduate specialisation.
No active India programmes are currently linked to this pathway.
International programmes commonly specialise in renewable-energy engineering, sustainable energy, wind energy, solar technology, hydrogen, energy storage, power systems and energy policy.
A 21-month advanced MSc covering power systems, smart grids, HVDC, renewable integration, storage, AI-enabled energy networks and regulation.
An advanced MSc in lightweight metallic and composite structures, structural analysis, crashworthiness, finite elements and sustainable engineering design.
An advanced materials MSc covering metallurgy, composites, manufacturing, materials processing and industrial materials engineering.
A specialist MSc focused on advanced materials for energy storage, batteries, renewable energy, materials processing and sustainable energy technologies.
A one-year MSc covering advanced materials structure, properties, applications, research methods, innovation and materials entrepreneurship.
An advanced materials MSc covering materials selection, processing, composites, functional materials, additive manufacturing and sustainable engineering applications.
An advanced master's programme covering traditional and emerging areas of mechanical engineering, including aerotechnologies, engine performance, robotics and clean energy.
An advanced mechanical engineering MSc offering flexible technical study across mechanics, fluids, energy, materials, aerospace and engineering management.
An advanced mechanical engineering MSc combining modelling, energy engineering, systems design, technical leadership and industry-focused projects.
An advanced mechanical engineering MSc specialising in energy systems, power technologies, energy modelling and nuclear power engineering.
An 18-month mechanical engineering MSc combining advanced technical study with an 8-to-12-week professional industrial placement.
A modern automotive MSc combining mechanical systems, electronics, software, control, electrified powertrains and intelligent vehicle technologies.
A one-year MSc combining climate science, carbon management, policy, business and sustainability for professional climate-change leadership.
Numerical modelling and simulation of fluid flow, heat transfer and engineering systems.
A multidisciplinary MSc applying data science and artificial intelligence to sustainability, environmental and net-zero challenges.
A multidisciplinary BEng combining mechanical, electrical, software and control engineering for intelligent machines, vehicles and energy systems.
A multidisciplinary MEng combining mechanical, electrical, electronic, software and control engineering for vehicles, aircraft, robotics and energy systems.
A specialist MSc in electrical power systems, renewable integration, smart grids, storage, power markets and modern energy infrastructure.
An integrated Master's focused on digital electronics, embedded computing, communications, signal processing, sensors and advanced electronic systems.
An accredited BEng covering electronics, electrical power, communications, control, software, renewable energy and modern engineering systems.
An integrated Master's covering advanced electronics, electrical power, communications, control, computing and renewable-energy technologies.
A flexible MSc spanning electronics, electrical power, embedded systems, automation, communications and intelligent engineering technologies.
An interdisciplinary energy MSc combining renewable energy, power engineering, energy systems, economics, policy, industry experience and advanced research.
A 120 ECTS engineering MSc covering renewable-energy conversion, energy systems, photovoltaic technologies, storage, heat pumps and sustainable energy management.
An environmental engineering MSc focused on environmental protection, contaminated land, urban regeneration and sustainable infrastructure solutions.
Engineering solutions for pollution control, resource recovery, resilience and environmental protection.
A one-year MSc examining environmental governance, regulation, policy, institutions and political-economic approaches to sustainability challenges.
A one-year MSc covering environmental management, climate change, biodiversity, water resources, governance and practical sustainability solutions.
Environmental strategy, systems thinking and sustainability leadership for organisations.
A two-year interdisciplinary MSc covering climate, ecology, pollution, environmental policy, landscapes and human-environment systems with professional experience.
A one-year interdisciplinary MSc applying science, technology, economics and policy to environmental management and sustainable development challenges.
An 11-month MPhil focused on advanced materials, characterisation and device technologies for low-carbon energy generation, storage and sustainable systems.
An engineering MPhil focused on energy technologies, efficiency, generation and sustainable energy systems through taught study and an individual research project.
An 11-month professional MPhil integrating engineering, sustainability metrics, management and systems thinking for sustainable development leadership.
An intensive engineering master's combining manufacturing systems, industrial projects, technology management and real-world experience across multiple industries.
An intensive engineering MPhil covering nuclear power, reactor technology, fuel cycles, safety, policy and the future development of nuclear energy.
A two-year MSc offering advanced specialisations in electronics, communications, control, signal processing, networks and electrical energy systems.
A 120 ECTS MSc offering advanced specialisations in microelectronics, signal processing, IoT, communications, AI and nano/optoelectronics.
A research-intensive master's covering advanced materials, energy storage, nanomaterials, semiconductors, biomaterials, quantum devices and computational modelling.
An interdisciplinary engineering MSc exploring energy technologies, production, infrastructure and systems through taught modules, case studies and a dissertation.
A one-year MSc integrating environmental science, policy design, systems thinking and research methods for leadership on global environmental change.
A two-year interdisciplinary master's combining engineering, design, systems thinking and innovation to solve complex real-world technical and societal challenges.
A flexible 30-credit professional nuclear engineering master's covering advanced reactor, radiation and nuclear technology topics for working engineers.
A flexible environmental management Master's covering climate change, conservation, policy, environmental assessment, resource management and sustainable transitions.
A research-focused master's combining advanced materials science coursework with laboratory research across metals, ceramics, semiconductors and emerging materials.
A research-focused master's programme combining advanced mechanical engineering coursework with an original thesis across areas such as mechanics, design, energy, controls, manufacturing and robotics.
A 45-unit terminal MS providing advanced training in solid-state fundamentals, materials engineering, laboratory methods and materials-focused electives.
A two-year MSc covering advanced materials design, processing, characterisation and applications across metals, ceramics, polymers, composites and nanotechnology.
A two-year MSc combining advanced materials science, research, industrial experience and engineering applications across modern material systems.
A one-year MSc focused on advanced materials for renewable energy, energy storage, efficient energy use, carbon capture and low-carbon technologies.
An accredited undergraduate mechanical engineering degree covering design, mechanics, thermodynamics, fluids, materials, control and engineering systems.
A professionally accredited mechanical engineering degree covering mechanics, thermofluids, dynamics, materials, design, manufacturing and energy systems.
An interdisciplinary MSc covering nanoscale physics, chemistry, materials and state-of-the-art nanoscience research and characterisation methods.
A specialist MSc covering nuclear decommissioning, radioactive waste processing, disposal, radiation protection, remediation and environmental management.
A professional graduate programme combining advanced nuclear engineering with technical leadership, innovation and applied engineering practice.
A two-year MSc covering nuclear fission and fusion, reactor systems, safety, nuclear materials, fuel cycles and radiation technologies.
An advanced engineering master's covering fission, fusion, nuclear materials, radiation transport, radiation detection, policy and radiological sciences.
A one-year multidisciplinary MSc covering nuclear fission and fusion, reactor physics, nuclear engineering, materials, safety culture and industry practice.
A multidisciplinary MSc covering nuclear science, reactor technology, radiation, fuel cycles, safety and advanced technologies for the nuclear sector.
A specialist reactor-engineering MSc covering reactor physics, radiation transport, fuel cycles, nuclear materials, reactor control and fusion technology.
A specialist MSc in plasma physics and nuclear fusion covering tokamaks, stellarators, inertial confinement, simulations and experimental diagnostics.
A two-year engineering MSc covering renewable-energy integration, smart grids, battery storage, hydrogen, wind energy and future electrical power systems.
A specialist MSc covering renewable energy, smart grids, hydrogen, carbon capture and technologies for industrial decarbonisation.
A renewable-energy MSc with engineering and management routes covering solar, wind, hydrogen, energy systems, economics and sustainability.
A multidisciplinary MSc covering solar, wind and marine generation, clean technology, power systems, low-carbon energy and intelligent buildings.
A specialist MSc combining renewable energy, geoscience, geophysics, artificial intelligence and data science for renewable-energy site assessment and development.
A multidisciplinary MSc integrating renewable energy, storage, smart demand, buildings, energy data and low-carbon technologies for net-zero energy systems.
An interdisciplinary MSc covering sustainability, environmental management, circular economy, policy and environmental impact assessment.
An interdisciplinary MSc developing sustainability strategy, systems thinking, environmental assessment and practical approaches to sustainable transition.
A one-year interdisciplinary MSc covering renewable energy, energy conversion, Power-to-X, electrical systems, sustainability and future energy technologies.
A one-year engineering MSc covering wind, solar, wave and tidal energy, smart grids, energy storage and sustainable energy-system design.
A one-year MSc covering photovoltaics, batteries, fuel cells, wind, wave and tidal energy, electrical power systems and low-carbon energy technologies.
A specialist MSc combining sustainable engineering with offshore renewable-energy technologies, marine systems and industry-focused projects.
A cross-disciplinary MSc covering renewable energy systems, storage, solar, wind, hydro, buildings, environmental control and sustainable engineering.
A two-year MSc integrating sustainable management, technology, biotechnology, materials and circular economy for climate-neutral business transformation.
A sustainability MSc combining resource economics, public policy, circular economy and transition management for equitable and efficient resource use.
Gas turbines, propulsion, thermal systems and low-emission power engineering.
A specialist MSc covering wind turbines, wind farms, offshore wind, grid integration, energy storage, modelling and wind-energy regulation.
Browse every active programme currently linked to the Renewable Energy pathway.
A 21-month advanced MSc covering power systems, smart grids, HVDC, renewable integration, storage, AI-enabled energy networks and regulation.
An advanced MSc in lightweight metallic and composite structures, structural analysis, crashworthiness, finite elements and sustainable engineering design.
An advanced materials MSc covering metallurgy, composites, manufacturing, materials processing and industrial materials engineering.
A specialist MSc focused on advanced materials for energy storage, batteries, renewable energy, materials processing and sustainable energy technologies.
A one-year MSc covering advanced materials structure, properties, applications, research methods, innovation and materials entrepreneurship.
An advanced materials MSc covering materials selection, processing, composites, functional materials, additive manufacturing and sustainable engineering applications.
An advanced master's programme covering traditional and emerging areas of mechanical engineering, including aerotechnologies, engine performance, robotics and clean energy.
An advanced mechanical engineering MSc offering flexible technical study across mechanics, fluids, energy, materials, aerospace and engineering management.
An advanced mechanical engineering MSc combining modelling, energy engineering, systems design, technical leadership and industry-focused projects.
An advanced mechanical engineering MSc specialising in energy systems, power technologies, energy modelling and nuclear power engineering.
An 18-month mechanical engineering MSc combining advanced technical study with an 8-to-12-week professional industrial placement.
A modern automotive MSc combining mechanical systems, electronics, software, control, electrified powertrains and intelligent vehicle technologies.
A one-year MSc combining climate science, carbon management, policy, business and sustainability for professional climate-change leadership.
Numerical modelling and simulation of fluid flow, heat transfer and engineering systems.
A multidisciplinary MSc applying data science and artificial intelligence to sustainability, environmental and net-zero challenges.
A multidisciplinary BEng combining mechanical, electrical, software and control engineering for intelligent machines, vehicles and energy systems.
A multidisciplinary MEng combining mechanical, electrical, electronic, software and control engineering for vehicles, aircraft, robotics and energy systems.
A specialist MSc in electrical power systems, renewable integration, smart grids, storage, power markets and modern energy infrastructure.
An integrated Master's focused on digital electronics, embedded computing, communications, signal processing, sensors and advanced electronic systems.
An accredited BEng covering electronics, electrical power, communications, control, software, renewable energy and modern engineering systems.
An integrated Master's covering advanced electronics, electrical power, communications, control, computing and renewable-energy technologies.
A flexible MSc spanning electronics, electrical power, embedded systems, automation, communications and intelligent engineering technologies.
An interdisciplinary energy MSc combining renewable energy, power engineering, energy systems, economics, policy, industry experience and advanced research.
A 120 ECTS engineering MSc covering renewable-energy conversion, energy systems, photovoltaic technologies, storage, heat pumps and sustainable energy management.
An environmental engineering MSc focused on environmental protection, contaminated land, urban regeneration and sustainable infrastructure solutions.
Engineering solutions for pollution control, resource recovery, resilience and environmental protection.
A one-year MSc examining environmental governance, regulation, policy, institutions and political-economic approaches to sustainability challenges.
A one-year MSc covering environmental management, climate change, biodiversity, water resources, governance and practical sustainability solutions.
Environmental strategy, systems thinking and sustainability leadership for organisations.
A two-year interdisciplinary MSc covering climate, ecology, pollution, environmental policy, landscapes and human-environment systems with professional experience.
A one-year interdisciplinary MSc applying science, technology, economics and policy to environmental management and sustainable development challenges.
An 11-month MPhil focused on advanced materials, characterisation and device technologies for low-carbon energy generation, storage and sustainable systems.
An engineering MPhil focused on energy technologies, efficiency, generation and sustainable energy systems through taught study and an individual research project.
An 11-month professional MPhil integrating engineering, sustainability metrics, management and systems thinking for sustainable development leadership.
An intensive engineering master's combining manufacturing systems, industrial projects, technology management and real-world experience across multiple industries.
An intensive engineering MPhil covering nuclear power, reactor technology, fuel cycles, safety, policy and the future development of nuclear energy.
A two-year MSc offering advanced specialisations in electronics, communications, control, signal processing, networks and electrical energy systems.
A 120 ECTS MSc offering advanced specialisations in microelectronics, signal processing, IoT, communications, AI and nano/optoelectronics.
A research-intensive master's covering advanced materials, energy storage, nanomaterials, semiconductors, biomaterials, quantum devices and computational modelling.
An interdisciplinary engineering MSc exploring energy technologies, production, infrastructure and systems through taught modules, case studies and a dissertation.
A one-year MSc integrating environmental science, policy design, systems thinking and research methods for leadership on global environmental change.
A two-year interdisciplinary master's combining engineering, design, systems thinking and innovation to solve complex real-world technical and societal challenges.
A flexible 30-credit professional nuclear engineering master's covering advanced reactor, radiation and nuclear technology topics for working engineers.
A flexible environmental management Master's covering climate change, conservation, policy, environmental assessment, resource management and sustainable transitions.
A research-focused master's combining advanced materials science coursework with laboratory research across metals, ceramics, semiconductors and emerging materials.
A research-focused master's programme combining advanced mechanical engineering coursework with an original thesis across areas such as mechanics, design, energy, controls, manufacturing and robotics.
A 45-unit terminal MS providing advanced training in solid-state fundamentals, materials engineering, laboratory methods and materials-focused electives.
A two-year MSc covering advanced materials design, processing, characterisation and applications across metals, ceramics, polymers, composites and nanotechnology.
A two-year MSc combining advanced materials science, research, industrial experience and engineering applications across modern material systems.
A one-year MSc focused on advanced materials for renewable energy, energy storage, efficient energy use, carbon capture and low-carbon technologies.
An accredited undergraduate mechanical engineering degree covering design, mechanics, thermodynamics, fluids, materials, control and engineering systems.
A professionally accredited mechanical engineering degree covering mechanics, thermofluids, dynamics, materials, design, manufacturing and energy systems.
An interdisciplinary MSc covering nanoscale physics, chemistry, materials and state-of-the-art nanoscience research and characterisation methods.
A specialist MSc covering nuclear decommissioning, radioactive waste processing, disposal, radiation protection, remediation and environmental management.
A professional graduate programme combining advanced nuclear engineering with technical leadership, innovation and applied engineering practice.
A two-year MSc covering nuclear fission and fusion, reactor systems, safety, nuclear materials, fuel cycles and radiation technologies.
An advanced engineering master's covering fission, fusion, nuclear materials, radiation transport, radiation detection, policy and radiological sciences.
A one-year multidisciplinary MSc covering nuclear fission and fusion, reactor physics, nuclear engineering, materials, safety culture and industry practice.
A multidisciplinary MSc covering nuclear science, reactor technology, radiation, fuel cycles, safety and advanced technologies for the nuclear sector.
A specialist reactor-engineering MSc covering reactor physics, radiation transport, fuel cycles, nuclear materials, reactor control and fusion technology.
A specialist MSc in plasma physics and nuclear fusion covering tokamaks, stellarators, inertial confinement, simulations and experimental diagnostics.
A two-year engineering MSc covering renewable-energy integration, smart grids, battery storage, hydrogen, wind energy and future electrical power systems.
A specialist MSc covering renewable energy, smart grids, hydrogen, carbon capture and technologies for industrial decarbonisation.
A renewable-energy MSc with engineering and management routes covering solar, wind, hydrogen, energy systems, economics and sustainability.
A multidisciplinary MSc covering solar, wind and marine generation, clean technology, power systems, low-carbon energy and intelligent buildings.
A specialist MSc combining renewable energy, geoscience, geophysics, artificial intelligence and data science for renewable-energy site assessment and development.
A multidisciplinary MSc integrating renewable energy, storage, smart demand, buildings, energy data and low-carbon technologies for net-zero energy systems.
An interdisciplinary MSc covering sustainability, environmental management, circular economy, policy and environmental impact assessment.
An interdisciplinary MSc developing sustainability strategy, systems thinking, environmental assessment and practical approaches to sustainable transition.
A one-year interdisciplinary MSc covering renewable energy, energy conversion, Power-to-X, electrical systems, sustainability and future energy technologies.
A one-year engineering MSc covering wind, solar, wave and tidal energy, smart grids, energy storage and sustainable energy-system design.
A one-year MSc covering photovoltaics, batteries, fuel cells, wind, wave and tidal energy, electrical power systems and low-carbon energy technologies.
A specialist MSc combining sustainable engineering with offshore renewable-energy technologies, marine systems and industry-focused projects.
A cross-disciplinary MSc covering renewable energy systems, storage, solar, wind, hydro, buildings, environmental control and sustainable engineering.
A two-year MSc integrating sustainable management, technology, biotechnology, materials and circular economy for climate-neutral business transformation.
A sustainability MSc combining resource economics, public policy, circular economy and transition management for equitable and efficient resource use.
Gas turbines, propulsion, thermal systems and low-emission power engineering.
A specialist MSc covering wind turbines, wind farms, offshore wind, grid integration, energy storage, modelling and wind-energy regulation.
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