A selective Bachelor of Science at Aristotle University of Thessaloniki, jointly delivered by Mechanical Engineering, Chemistry and Agriculture — designed for international students who want scientific depth, engineering competence and a career in one of the defining sectors of the 21st century.
The world does not only need people who understand energy policy. It needs graduates who can analyse, design, improve and defend the systems that make clean energy possible.
The BSc in Clean Energy Science and Engineering places scientific foundations and engineering practice at the centre of the student experience. Students learn how energy systems work, how they are designed and optimised, and how they respond to climate, sustainability and resource-security challenges.
The programme is deliberately interdisciplinary. Chemistry explains the materials, reactions and electrochemical processes behind storage and conversion. Mechanical Engineering provides the system-design, thermofluids, modelling and optimisation core. Agriculture connects clean energy to biomass, bioenergy, land use, circularity and applied production environments.
Clean energy systems
Infrastructure · laboratory science · applied engineering
Several universities teach energy. Few teach it like this — as engineering, in English, at public-university cost, from a position no competitor in the region holds.
Excellence in research & innovation
The School of Chemistry — a partner in this programme alongside Mechanical Engineering and Agriculture — is consistently ranked among the strongest in the country. You learn from leading chemistry faculty.
Externally funded research and engineering activity over recent years — the lead School behind the programme. (Video slot ready for a lab/facility film.)
A ranking of this level demonstrates the Institutes recognised strength in agricultural education and research, positioning it among Europe’s notable academic institutions in the field.
Research from this department has reached beyond Earth. Your future supervisor may have worked on a space mission.
Chemistry faculty ranked among the world's most distinguished scholars by lifetime academic contribution.
Student-led engineering excellence born from these departments — applied at speed.
The programme combines lectures, laboratories, computational work, case studies and final-year projects. Students are expected to analyse evidence, communicate technical results and work in interdisciplinary settings.
A maximum of 40 students per year supports close academic guidance, while each student is assigned an academic advisor from the beginning of their studies.
Students encounter laboratory, fieldwork or applied components across a significant part of the curriculum, linking theory with measurement, evidence and practice.
Programming, data analytics, modelling, materials simulation, ASPEN Plus, GAMS and smart systems strengthen the computational profile of the degree.
The Senior Project and Capstone Project require students to integrate science, engineering and sustainability into original, supervised academic work.
The BSc is structured as a 240-ECTS, EQF Level 6 qualification, taught fully in English and designed within the European Higher Education Area. This gives graduates a clear academic foundation for employment, postgraduate study and research progression in Greece, Europe and internationally.