- Home
- Programmes
- Energy Engineering
530 Master's degrees in Energy Engineering
Energy Engineering is a fascinating field that combines principles of engineering, physics, and mathematics to develop efficient and sustainable energy solutions. If you're considering pursuing an Energy Engineering programme, it's essential to be aware of the tuition fee ranges. The lower-end tuition fee, represented by €1,198, provides an idea of the minimum cost you might incur. On the other hand, the higher-end tuition fee, indicated by €44,581, gives you an understanding of the maximum potential cost. The typical tuition fee, denoted by €15,000, offers a middle-ground perspective.
It's worth noting that a significant proportion of Energy Engineering programmes fall within an affordable range, as indicated by 11%. This means that there are plenty of options available for students with different budget constraints. Additionally, the growing trend of online learning is reflected in the 12% of online Energy Engineering programmes. This provides flexibility for students who may prefer or require remote learning options.
When choosing an Energy Engineering programme, it's important to consider not only the tuition fees but also the quality of education, faculty expertise, research opportunities, and industry connections. By carefully evaluating these factors alongside the cost, you can make an informed decision that aligns with your academic and career goals.

Nuclear Energy Production and Industrial Applications
This Nuclear Energy Production and Industrial Applications MSc programme from IMT Atlantique - Graduate Engineering School specializes in nuclear sciences applications including energy production (power reactors) and industrial applications (particles beams technology, instrumentation).

Sustainable Energy Systems
InnoEnergy Masters+ Master's in Sustainable Energy Systems equips you with the skills to tackle environmental challenges through innovative technical solutions. Beyond the technical aspects, you’ll delve into the vital roles of innovation, economics, and commerce, gaining a comprehensive understanding of the engineer’s responsibilities in a sustainable energy landscape.

Renewable Energy Engineering
The Renewable Energy Engineering master degree offered by Brunel University of London gives graduates and engineering professionals interested in finding sustainable solutions to climate change and energy security the theoretical and practical skills needed to pursue careers in the growing field of renewable energy technology.

Medical Applications
This Medical Applications MSc programme from IMT Atlantique - Graduate Engineering School develops fundamental scientific, technical and industrial knowledge of the different nuclear technologies used in the medical field.

Renewable Energy
Gain the theoretical and practical skills to explore the growing field of renewable energy technologies under the Renewable Energy programme offered by the Edinburgh Napier University

European Master in Nuclear Energy
InnoEnergy Masters+ European Master in Nuclear Energy equips you with the expertise to lead in the transition to a low-carbon energy landscape. As Europe seeks energy security and rapid decarbonisation, nuclear energy out as a key player and the need for talent to achieve this is at a record high.

Renewable Energy
Discover the dynamic world of renewable energy and seize vast opportunities in a rapidly evolving sector. InnoEnergy Masters+ Master’s in Renewable Energy offers a comprehensive insight into this innovative industry, nurtured through collaborations with prestigious universities, cutting-edge innovation centres, established firms, and burgeoning start-ups.

Advanced Energy Systems and AI
Join the forefront of energy innovation with our programme, where artificial intelligence and digital technologies meet real-world energy challenges. You’ll learn how AI can optimise energy use, power advanced electrification solutions, and support behind-the-meter applications like energy storage, EV charging, and demand-side management. Our curriculum combines hands-on digital skills with technical know-how, preparing you to create intelligent, decentralised, and sustainable energy systems that keep pace with a rapidly evolving industry.

Advanced Nuclear Waste Management
This Advanced Nuclear Waste Management MSc degree from IMT Atlantique - Graduate Engineering School develops fundamental scientific, technical and industrial knowledge, has a particular focus on the backend of the nuclear fuel cycle, waste management, long-term safety and environmental impact assessment and provides strong insights on dismantlement and decommissioning of nuclear installations.

Smart Electrical Networks and Systems
The Smart Electrical Networks & Systems from InnoEnergy Masters+ equips you with the cutting-edge technical expertise and entrepreneurial prowess to revolutionise the electrical power sector. Dive into the world of smart grid design, seamlessly integrating renewable energy sources. Join us to become a trailblazer in creating a greener, more sustainable energy future.

Embedded Electronics Systems
The Master of Science and Engineering in Embedded Electronics Systems programme from JUNIA - Graduate School of Science and Engineering trains engineers who master the material aspects and software implications of high-tech systems that improve our everyday lives by gaining advanced expertise in embedded systems through hands-on work with microcontrollers, FPGA design, high-frequency electronics, and real time computing. Explore microelectronics and nanotechnologies with courses in semiconductor physics, sensors, optoelectronics, and energy harvesting.

Process and Bioprocess Engineering - Project Management for Environmental and Energy Engineering
This Process and Bioprocess Engineering - Project Management for Environmental and Energy Engineering MSc program from IMT Atlantique - Graduate Engineering School objective is to form project leaders or supervisors capable of managing complex engineering projects in the domain of the environment and energy conversion systems within an international context.

Environment and Energy
This Environment and Energy MSc programme from Abertay University covers a blend of scientific, technical, managerial and entrepreneurial topics such as the policies and regulations that impact on environmental management.

Energy Engineering
This Master of Science in Energy Engineering is a multi-university master programme, jointly managed by the Faculty of Engineering of the Free University of Bozen-Bolzano and the Department of Civil, Environmental and Mechanical Engineering of University of Trento.

Energy Technologies (Thesis)
Energy Technologies (Thesis) at Istanbul Aydin University provides advanced education in the field of energy systems and technologies.

Bachelor of Science with Honours in Renewable Energy Systems
Extend your knowledge in a specialised field of science and boost your career opportunities with Bachelor of Science with Honours in Renewable Energy Systems program from Victoria University of Wellington.

Renewable Energy and Low Carbon Solutions
This Renewable Energy and Low Carbon Solutions at The University of Hull is suitable for students with an undergraduate degree in any STEM subject who want to make a difference by contributing to the renewable energy transition. The renewable energy sector is rapidly expanding to deliver the change in our energy systems that we must achieve if we’re to reach net zero.

Renewable Energy Engineering
Through the Renewable Energy Engineering at the University of Birmingham Dubai you’ll develop a deep understanding of renewable energy technologies and how they fit into global systems and policy

Sustainable Energy and Clean Technology (with Advanced Practice)
This Sustainable Energy and Clean Technology (with Advanced Practice) course from Teesside University provides you with the technical depth, systems thinking, and innovation mindset required to design, implement and manage sustainable energy and engineering solutions across diverse sectors.

Electrical Engineering
Studies in Electrical Engineering from University of Vaasa give broad systemic view on future smart and flexible power systems as well as provides good analytical skills and knowledge about key smart energy system and components related technologies and emerging new market and business models.