78 Energy Degree Programs

Choose this master’s if you are motivated by the challenge of fast-moving international energy and finance markets. Designed for ambitious, analytical minds, the course prepares you to lead in energy trading, financial investment, commodity markets and risk management.

Renewable energy sources have long since made the leap out of their niche. But despite the innovative and sustainable technologies available, progress is not fast enough to achieve our climate protection goals. We must continue to increase our efforts to ensure a successful energy transition. We cannot postpone the necessary steps any longer - it is high time to act decisively.

The Master of Science in Engineering: Energy lies at the heart of a viable future. The programme addresses the main issues of mechanical and electrical engineering while offering students the chance to make a lasting impact on the global stage.

The Master in Energy Technology for Sustainable Development offers you a unique opportunity to enter a vital and expanding sector. In a global context where the transition to renewable energies is imperative, this master's degree qualifies you to lead innovative projects that promote self-consumption of electricity and advance the use of hydrogen as an energy vector.

Singapore, as a global hub for innovation and sustainability, plays a vital role in the energy transition. With strong commitments under the Singapore Green Plan 2030, the nation leads in maritime decarbonization, hydrogeneconomy, and energy-efficient data centres. This offers students unique opportunities to link rigorous academic training with real-world challenges in an international setting.

Embark on an electrifying journey to shape a future that is secure, environmentally responsible and economically successful with the Energy Systems Engineering and Management at Heilbronn University of Applied Sciences.

The program promotes research excellence and educates students on the scientific frontiers and advanced methodologies at the vanguard of interconnected issues related to Climate and Atmospheric Sciences, Energy, Hydrology, Sustainable Built Environment, and Sustainable Policy.

The objective of the degree in Engineering of Mining and Energy Resources is to provide the training and skills necessary for the exercise of the regulated profession of technical engineering in mines. There are three technologies offered: "Energy Resources, Fuels and Explosives", "Mine Exploitation" and "Mineralurgy and Metallurgy". The degree delves into training related to the investigation and exploitation of mining resources (rocks and minerals, underground spaces, water...). In addition, it provides suitable training in the field corresponding to the transformation and use of these resources in industry: production and use of metallic materials, steels, polymers and compounds.

Webinar: Sustainability Is Reshaping Careers. Are You Ready? January 20 at 5:00 PM (GMT) Join our live webinar to learn how an MBA or DBA in Energy & Environmental Sustainability can help you build in-demand skills and advance your career. Featuring guest speaker Professor Dr. Mark Starik.

Webinar: Sustainability Is Reshaping Careers. Are You Ready? January 20 at 5:00 PM (GMT) Join our live webinar to learn how an MBA or DBA in Energy & Environmental Sustainability can help you build in-demand skills and advance your career. Featuring guest speaker Professor Dr. Mark Starik.

The aim of this MBA programme is to provide you with the opportunity to engage in an experience that will enhance your ability to develop and lead a sustainability agenda that focuses on the change in the energy sector. It can act as a catalyst to your knowledge and infuse new perspectives to your professional goals.

A Joint Initiative with IOSD (the International Organization for Sustainable Development), this specialized and affordable MBA is a coached Oxford-style program that sets the bar in terms of core knowledge, thematic scope, and depth, as well as global applicability.

The 14-week Certificate in Alternative Fuels course offers a close look at a range of new fuel alternatives – including LPG, methanol, hydrogen, biofuels, ammonia, nuclear and renewable energy – that will not only meet existing and possible future restrictions but can also be used to drive efficiency, minimise costs and reduce environmental impacts.

The global challenges with respect to the environment and sustainability are huge and can only be addressed in an interdisciplinary approach. Since it is impossible to address all these issues equally in a Master's degree program, specialization is essential.

The main objective of the degree is to train highly qualified professionals in the study and specific analysis of power electronics applications (power generation, renewables, industrial applications, traction); in the study and specific analysis of electronic power converters (design, modeling, control and analysis); and in the study and specific analysis of electrical machines (design, modeling, control and analysis).