University of Florence

What you'll study

This master's programme combines advanced mechanical engineering fundamentals with subjects specifically focused on environmental performance and sustainability. Teaching typically covers core areas such as advanced thermodynamics, fluid mechanics, heat transfer, solid mechanics and control systems, together with applied modules on renewable energy systems, energy conversion, low‑carbon propulsion, sustainable materials and lightweight design.

• Design for sustainability and life‑cycle assessment — methods to evaluate environmental impacts across product lifecycles and to specify design choices that reduce carbon and resource use.
• Sustainable manufacturing and production technologies — process optimisation, additive manufacturing, waste reduction and circular economy principles for industry.
• Energy systems and renewable technologies — solar, wind, bioenergy, heat pumps and system integration for buildings and transport.
• Advanced computational methods and experimental techniques — finite element analysis, CFD, modelling of multi‑physics problems and laboratory testing for prototypes and components.
• Control systems and mechatronics for efficiency — sensors, actuators and control strategies to optimise performance and reduce energy consumption.
• Project work and research thesis — individual or group projects with laboratory work or company placements, culminating in a substantial thesis on an applied sustainability challenge.

The programme balances lectures, laboratory sessions, project work and opportunities for internships. Elective modules and research projects allow students to specialise in areas such as sustainable transport, building services, materials for recycling, or industrial energy management.

Entry requirements

Applicants are normally expected to hold a recognised undergraduate degree in mechanical engineering, industrial engineering, aerospace engineering, mechatronics or a closely related discipline. Degrees based on the Bologna system (or equivalent) that provide solid foundations in mathematics, physics and core engineering subjects are appropriate preparation.

• Academic transcript demonstrating relevant coursework and satisfactory performance.
• A curriculum vitae and a personal statement describing academic interests and motivation for study in sustainability‑oriented mechanical engineering.
• Depending on the language of instruction, proof of proficiency in the language used for teaching (for example, a CEFR level B2 or equivalent in English or Italian) may be required.
• Some applicants may be asked to provide letters of recommendation and to attend an interview or assessment to discuss their background and suitability for the programme.

Applicants with degrees in related fields who have completed bridging modules in key engineering fundamentals may also be considered; the admissions office can advise on specific preparatory requirements.

Career prospects

Graduates are prepared for technical and managerial roles where mechanical engineering expertise is applied to sustainability challenges. Typical career paths include:

• Design and R&D engineer roles in companies working on low‑carbon vehicles, energy conversion systems and renewable technologies.
• Energy systems and performance analyst roles in utilities, consultancies and engineering firms focused on building services, industrial energy efficiency and district energy.
• Manufacturing and process engineer positions implementing sustainable production, lean manufacturing and circular economy practices.
• Project management or technical consultancy in sustainability assessment, life‑cycle analysis and environmental compliance.
• Further research and academic careers via doctoral study in mechanical engineering, energy systems or materials science.

The programme’s practical project work and links with industry provide routes into internships and partnerships with local and regional companies, research centres and public agencies engaged in sustainability transitions.

Why study at University of Florence

The University of Florence offers engineering education within a long‑established university environment with strong links to regional industry and national research networks. Students benefit from access to modern laboratories, multidisciplinary research groups working on energy, materials and industrial sustainability, and opportunities to collaborate with companies and public research institutes in Tuscany and beyond.

• Hands‑on training in experimental and computational facilities that support applied research in sustainable technologies.
• A multidisciplinary approach that connects mechanical design, materials science, energy engineering and environmental assessment.
• Opportunities for international exchange and collaboration within European research and education programmes.
• Location in Florence provides cultural attractions alongside proximity to a diverse industrial base in central Italy, facilitating industry projects and internships.

Overall, the programme is designed to equip graduates with the technical knowledge and practical experience required to drive sustainable innovation in industry, research and policy.