Erasmus Mundus Master: Decentralised Smart Energy Systems

For students who want to be at the forefront of this transition, the Decentralised Smart ENergy SYStems (DENSYS) 2.0 programme offers an exceptional opportunity. The global energy sector is undergoing one of the most profound transformations in modern history.

As countries accelerate the shift toward renewable energy, digitalization, and sustainability, there is a growing demand for highly skilled professionals capable of designing, managing, and optimizing decentralized smart energy systems.

DENSYS 2.0 is a prestigious Erasmus Mundus Joint Master’s Degree that equips students with advanced technical knowledge, interdisciplinary expertise, and international exposure. Designed for ambitious graduates with a passion for sustainable energy, this programme prepares future leaders who will shape tomorrow’s energy systems.

DENSYS 2.0 is a two-year, full-time Master’s programme focused on decentralized and smart energy systems
. It is delivered by a consortium of top European universities and coordinated by Université de Lorraine in France
. The programme combines engineering excellence with systems thinking, ensuring graduates can tackle complex energy challenges from both technical and societal perspectives.

Students earn a joint or multiple Master’s degree
, recognized across Europe and internationally. The curriculum is carefully structured to balance theoretical foundations, practical applications, and research-based learning, making DENSYS graduates highly competitive in the global job market.

The DENSYS programme runs over two academic years (120 ECTS credits) and is divided into distinct phases that gradually build expertise.

In the first year
, students receive a strong foundation in energy engineering and smart systems. Core courses cover topics such as energy conversion, decentralized energy technologies, system modeling, optimization methods, and digital tools used in modern energy management. Students also develop essential skills in data analysis, system integration, and multidisciplinary problem-solving.

In the second year
, students specialize according to their academic interests and career goals. They study at one of the partner universities and focus on advanced topics related to smart grids, renewable integration, energy storage, and sustainable system design. The programme concludes with a Master’s thesis
, allowing students to conduct in-depth research or applied projects in collaboration with industry or research institutions.

This international mobility experience is a defining feature of DENSYS, offering students the chance to study in different European countries while gaining exposure to diverse academic and professional environments.

The energy transition requires more than technical knowledge — it demands professionals who understand the complex interaction between technology, economics, policy, and society
. DENSYS is uniquely designed to meet this need.

Key benefits of the programme include:

• Advanced training in decentralized and smart energy systems
• A strong focus on renewable energy and sustainability
• Multidisciplinary education combining engineering, digitalization, and system analysis
• International study experience across multiple European universities
• Strong links to industry, research institutions, and innovation networks

Graduates leave the programme with not only technical expertise but also the strategic vision needed to lead energy projects, influence policy, or pursue doctoral research.

DENSYS 2.0 is open to students from all nationalities. Applicants are expected to have a Bachelor’s degree (or equivalent) in engineering, science, or a closely related discipline. A solid background in mathematics, physics, or energy-related subjects is essential to succeed in the programme.

Because the programme is taught entirely in English, applicants must demonstrate English language proficiency through recognized tests or previous academic studies conducted in English.

Admission is competitive, and…