113 Energy Management and Policy Master's Degree Programs

The program focuses on issues related to the environmental impact of building and infrastructure construction, leading to informed choices of technologies and solutions for both new buildings and infrastructure and the rehabilitation of existing buildings and infrastructure.

ESME’s master program in Power Conversion Management trains engineers capable of designing energy optimization systems and managing their implementation in very diverse and high-demand sectors: space, aeronautocs, automotive, data, robotics, etc.

The focus of the Master Degree Programme in Energy Engineering is to educate professionals in engineering and business management in the field of international energy engineering projects.

Programme is focused to provide the modern knowledge from the electrical energy systems engineering and related fields, necessary for specialists developing modern electric power systems, to develop ability to apply the knowledge professionally. Students will gain special knowledge in electrical energy system engineering, necessary for application of modern technologies and independent development of new products and services, and to perform applied researches in electric power system engineering area. To develop the abilities to creatively apply of theoretical knowledge and scientific investigation results, and to improve professional competence during whole life learning.

This one-year, English-taught Master’s, offered in Leeuwarden, will help you become a change agent at the interface between social, technological, and ecological systems. With a focus on social science disciplines such as management, public policy, governance, and law, you will learn to tackle challenges in the field of energy, water, and environmental management. This Master’s covers themes like sustainable development, resilience, circular economy, social entrepreneurship, environmental quality, and technological innovation – from the perspective of both developed and developing countries.

As a student of the Master’s Programme in Transdisciplinary Studies of Climate, Environment, and Energy (TRACEE) you are empowered to become a change-maker. Our hands-on programme equips you with the tools to understand the complex problems of climate, energy, and environmental systems. By following TRACEE, you will enhance your skills to create innovative solutions from the perspectives of natural science, social science and humanities, through what we call a transdisciplinary approach.

Graduates of the Renewable Energy Sources and Waste Management course have profound knowledge of the technical tasks of engineering and environmental management in the area of RES & WM. They have theoretically founded thorough knowledge of RES & WM, including engineering design of equipment, installations, and structures designed to generate energy from renewable sources, and of waste management issues.

This master's degree will allow you to specialize in two professional areas that are integrated into companies to achieve sustainability goals and that will make you an essential expert leading the sustainable change of the company of the future, being able to deploy and apply technical knowledge through environmental and energy management in different sectors.

Today, the need to save energy is common knowledge. But how could we improve the existing technologies to make energy consumption more efficient? How to reduce energy prices making goods and services more affordable? How to ensure access to energy to all the people without harming the environment? While studying MSc Energy Technologies and Economics at KTU you will analyse similar dilemmas and gain the skills and knowledge needed to tackle the most pressing problems of the contemporary world.

At the crossroads of theory and practice, a Master's programme taking place in Nice and Berlin. For graduate students who wish to understand the complexity of current energy transformations and work as energy policy officers.

Be successful in the green and blue economy. Learn to understand systems and projects both technically and economically in the Master Renewable Energy. Thanks to our skill-based and interdisciplinary concept you'll enjoy first-class job perspectives.

Energy Engineering, thought in both ENGLISH AND ITALIAN, is at the heart of global challenges related to ecological transition, sustainability and technological innovation. The master's degree program trains highly qualified engineers, able to design, manage and innovate systems for the production, conversion and use of energy, with attention to efficiency, environmental impact, use of renewable energy and interdisciplinary integration.

The specialized Masters in “positive energy building” (BE+) relates to the control of energy in the field of construction (thermal building). It aims to train engineers capable of designing buildings with low consumption (BBC) or positive energy.

The Master’s in Environmental, Energy, and Transportation Economics trains students to tackle climate, energy, and resource challenges through an integrated approach combining economics, engineering, and life sciences. It develops advanced skills in analysis, modeling, and governance, preparing graduates to design sustainable strategies and apply them across industry, consulting, and research.

The Specializing Master RIDEF 2.0 of Politecnico di Milano has been training future professionals in the energy and environmental transition since 2003. The Specializing Master focuses on the training and education of those who want to work in the field of sustainability, renewable sources, and energy efficiency. The Specializing Master is suitable for both young graduates and experienced workers.

Gain a unique, career-relevant perspective on your profession with a Master's in Jurisprudence degree from Texas A&M University School of Law. The M.Jur. is designed for non-lawyer professionals who seek legal education and training but do not intend to practice law.

The Master’s Degree program in Energy Engineering provides solid skills necessary to operate with management and R&D functions in the sustainable production, distribution, and use of energy in its various forms (mechanical, thermal, electrical, chemical). Energy engineers will be able to interact with environmental, economic, and regulatory aspects. The programme also prepares professionals in the field of renewable sources and major energy conversions, with in-depth studies on combined plants, cogeneration and nuclear (fusion and fission) plants, energy in buildings, heating and cooling systems. The Programme has received the EUR-ACE accreditation (European Network for the Accreditation of Engineering Education ) that provides a set of standards to identify high-quality Engineering degree programmes in Europe and abroad.