362 Renewable and Sustainable Energy Degree Programs

In the Master’s Program in Sustainable Energy Systems, global energy consumption is increasing, and at the same time, the environmental impacts of all human-related operations need to be reduced. Understanding complex systems and modern technologies is essential for designing and utilizing clean and efficient energy production.

This course teaches you about solar technology and its ability to combat the effects of global climate change. As fossil fuels become less profitable and sustainable, renewable energy has emerged as the obvious answer to ecological sustainability. Despite its importance, solar power generation technologies are rare and poorly understood. Sign up for this course to take your place on the front lines of the fight against climate change.

Help to solve one of the world's biggest environmental challenges with our MSc Sustainable Energy Engineering. Build the knowledge and skills to lead the change as we transition to a net-zero future.

In this degree program, you will analyze future energy needs, taking into account ecological sustainability and human well-being in a new bioeconomy future. You will acquire essential expertise for energy-related consulting, development, planning, and operation of innovative future concepts in the areas of electricity, heating, and transportation.

The Energy Systems and Markets major (part of the Master’s Programme in Advanced Energy Solutions) provides a firm theoretical foundation and practical skills for analysing and reshaping modern energy systems. It focuses on integration of renewable generation, system flexibility, energy markets, transmission and multi-vector energy systems. The programme combines theory, experimental work, industrial applications and project-based learning to prepare students for roles in industry, consulting, energy companies and research (including doctoral studies).

The Sustainable Engineering and Future Technologies (SET) B.Eng. is an interdisciplinary, English‑taught undergraduate programme combining Mechanical and Electrical Engineering fundamentals with specialisations in energy, mobility, environment, data‑based engineering and robotics. It emphasizes practical, hands‑on learning, industry internships and small cohort advising to prepare graduates for careers in sustainable and future technologies.

This master's programme examines how energy is generated, stored and used in the transition to a more sustainable society. It covers renewable energy and bridging technologies such as carbon capture and storage, using modelling, optimisation and engineering analysis to design and analyse complex energy systems while balancing efficiency and cost.

Provide the knowledge, techniques and systemic vision required to produce scientifically relevant contributions involving the design, analysis, control and operation of systems that support energy, material and information flows, in particular regarding, conversion transport, storage and use of energy, taking into account the availability of natural resources and their relation to climate change, including the study of their mitigation and resilience factors for adaptation to climate change. The main characteristic of this doctoral program is its holistic view, integrating areas of engineering and environment with those of economics and management, providing an analysis of the energy systems in the perspective of sustainable development. It is also an objective of the doctoral program to gradually qualify students for the autonomous development of research and development work by integrating them into research teams with a special emphasis on the preparation and elaboration of the thesis.

The Master of Engineering in Energy Automation Sustainable Engineering (EASE) focuses on sustainable change in energy systems from a local and a global perspective. You will learn how analytical and modelling tools can be implemented in supervisory systems for the purpose of improved understanding.

The Master’s Degree in Materials Engineering and Sustainable Construction equips you to determine the best combination of materials and sustainability in the engineering sector.

The Energy program is designed for students interested in clean energy production, energy infrastructure management, energy use optimization, renewable energy, and offshore energy production. It provides students with advanced expertise in the energy sector.

The MSc in Sustainable Energy develops advanced knowledge and research skills. There are two options: a one-year, thesis-only MSc, which requires a BSc(Hons) for entry, and a two-year MSc consisting of one year of papers and then a thesis year, which requires a BSc or equivalent for entry.

The program, accredited by the International Academy Ruhr University Bochum (IARUB), focuses on business, economic, and energy market issues – topics directly linked to the challenges and trends shaping our time.

Today, humans produce vast amounts of waste and other residual material; at the same time, the demand for products and energy is steadily increasing. This increase also applies to needs for nutrients and minerals that then often end up in landfills or the ocean. This Master’s programme is for those who want to be a part of the important technological leap forwards towards a circular economy and a more sustainable energy system, either as a researcher, an engineer, or within management.

The “Green Economy and Sustainable Transitions” Master’s program at the University of Ferrara is a two-year, 120-credit international degree delivered entirely in English. It is designed for students who want to build interdisciplinary expertise at the intersection of economics, environmental policy, sustainability, and innovation.