28 Energy Sciences MSc Degree Programs

The programme emphasizes a balance of both technical and soft sciences. Students are required to complete four core courses (total of 12 credit units). Further to this, students are also required to complete additional 18 credit units either as six elective courses (3 credit units each), or four elective courses (3 credit units each) and a Dissertation (6 credit units).

The Master of Science in Energy Systems Management program brings together diverse and highly motivated students from various academic and professional backgrounds, both U.S. and international. The two-year course of study meets the needs of both full-time students and working professionals, with classes held on weekday evenings at USF's downtown San Francisco campus.

The Master of Materials & Energy Transition focuses on engineering solutions for the energy transition and the circular economy. You learn to implement these technologies and make an impact as a professional.

The MSc/MPhil in Environmental and Energy Sciences promotes research excellence and educates students on the scientific frontiers and advanced methodologies at the vanguard of interconnected issues related to Meteorology and Atmospheric Sciences, Water Sciences, Energy and Sustainability.

The MSc Decentralized Smart Energy Systems (DENSYS) plays a vital part in the transition towards a low-carbon society by integrating renewable energy sources in the energy system. Students in the programme acquire skills to design, size, optimize and operate these energy systems.

The MSc Energy Business & Climate Strategy (MEBCS) program at GEM addresses the pressing issues of sustainable development, energy, and the natural environment, preparing students to drive transition in the energy system, from the supply side to the demand side and its governance.

The Materials for Energy and Environment MSc is designed to give students a strong foundation in advanced materials science with a focus on energy and environmental applications. The course covers key topics like sustainable materials, energy storage…

The MSc Nuclear Energy Engineering educates tomorrow's nuclear engineers in how to address the key technical, social and environmental challenges faced by the industry. The joint programme helps tomorrow’s engineers understand nuclear power in the context of a diverse energy mix.

The MSc in Energy Systems and Data Analytics (ESDA) is designed to prepare students for the rapidly evolving energy industry by blending technical skills with data analysis. The program covers key topics like energy system modeling, smart grids, sust…

The MSc Renewable Energy (EIT InnoEnergy) covers Renewable Energy, a growing area with tremendous opportunities for new technologies, businesses and ideas. Students gain in-depth knowledge of all major renewable technologies and the opportunity to specialise in areas of interest.

The MSc Environomical Pathways for Sustainable Energy Systems (SELECT) joint programme equips students with skills to minimise the environmental impact of current and future energy systems. Students gain a broad knowledge of energy systems and follow a specialisation.

MSc in Management of Energy Transitions Master essential technological skills that deepen your understanding of energy systems. Our society is undergoing an unprecedented energy transformation driven by decarbonization, electrification and digitalization, which is changing the way we produce, consume and interact with the world. This change involves complex technologies, diverse organizations and political interests, requiring strong business skills to manage large-scale, long-term projects.

The two-year Master’s programme Energy Science is aimed at students who want to play a key-role in the transition towards sustainable energy systems. The interdisciplinary programme covers multiple aspects of the energy transition from a natural/environmental sciences and a technical point of view, and also addresses the socio-economic context and aspects. The focus of the programme is on energy systems at large, while also considering individual energy technologies.

To achieve net zero emissions a new relationship is required between how we produce, supply and consume energy: innovative smart energy technologies and services are crucial. UCL’s Smart Energy and the Built Environment MSc gives you the skills and knowledge for a career at the forefront of the smart energy revolution. It focuses on how renewable energy resources can be integrated with the built environment to enable global transformation, ensuring resilience and security of supply and controlling costs. There is a worldwide demand for specialists with deep expertise in this field, whether in business, policy or consultancy.

The MSc Chemical Engineering for Energy and Environment equips students with advanced knowledge and practical tools to design various processes along the value chain. Learn to analyse and design processes crucial for sustainable energy, clean water, emissions reduction, and circular resource flows.

The Master's Programme in Energy Conversion is clear that we need more energy and that we need clean energy. The Master's program in Energy Conversion gives you a comprehensive understanding of how different energy production and conversion methods relate to each other and act as components in energy systems. In this program, you will learn to understand how different production/conversion methods are used and how they compare with each other in different applications.

The MSc Nuclear Energy (EIT InnoEnergy) joint programme covers smart electric grids, a critical component in the creation of a sustainable power supply. Students develop the engineering and entrepreneurial skills needed to understand, design, implement and manage smart grids.

Global warming and declining fossil-fuel resources have placed the development and implementation of sustainable energy systems at the top of the political agenda worldwide. Major investments in new energy technologies and systems will revolutionize our societies and economies in the coming decades. With unique research facilities and instruction from world-leading researchers and industry professionals, this state-of-the-art education will prepare you to operate at the forefront of that revolution.