"I was looking for a future-oriented master’s program that could combine a strong mechanical and automotive engineering background with sustainability, one of the greatest challenges of our century. Mechanical Engineering for Sustainability gave me a two-eye approach to design, integrating high performance with sustainability and circular economy principles. Today, I work at Ferrari in the Body in White Concept & Innovation team for GT cars, where I explore cutting-edge technologies and advanced materials to reduce weight and CO₂ emissions in the next Ferrari generation, combining sustainability into performance." - Emma Paoletti"As a Syrian international student, the University of Florence’s Mechanical Engineering for Sustainability (Energy Technologies) program has been a transformative experience that equipped me with practical, sustainability-driven engineering skills, enabled my current research career in sustainable energy and circular economy, and empowered me to apply engineering knowledge toward meaningful real-world and humanitarian impact." - Shaman Alwawi"The Master’s degree in Mechanical Engineering for Sustainability (Energy Technologies Curriculum) gave me a solid technical foundation rooted in classical mechanical engineering while also introducing sustainability-driven concepts and innovative methods that are often missing from traditional programs. Taught entirely in English, it created an international environment that I really enjoyed and that strongly supported my professional and personal growth. Today, in my research activity at the Department of Industrial Engineering at the University of Florence, I use these tools daily to model and compare the performance of technologies such as batteries, wind turbine generators, and integrated energy systems across several EU- and nationally funded projects, applying what I learned to real-world problems." - Andrea Caponi Gragnani"The Master’s Degree in MES, particularly the Energy Technologies curriculum, was crucial for my professional development. The international setting was a major asset: studying in English refined my fluency and professional confidence. I also valued the small class sizes, which allowed for direct mentorship from professors, while thehands-on projects effectively bridged the gap between theory and industrial reality. The program taught me to view sustainability as a fundamental engineering requirement, not just an abstract concept. This mindset proved essential during my six-month R&D internship at Baker Hughes Nuovo Pignone, where I solidified my interest in turbomachinery through a thesis on robust design. Currently, at the ICAD Consortium, I apply this background to my research on centrifugal compressors, focusing on performance optimization and energy reduction." - Pietro Gradi"The Mechanical Engineering for Sustainability (MES) programme strongly shaped my professional journey by combining technical depth with forward-looking approaches such as Life Cycle Assessment, circular economy, and electrification. These skills proved essential for understanding the rapid transformation of the mobility sector. While completing my degree, I joined CLEPA, the European Association of Automotive Suppliers, where I now work as Technical Regulation Manager, coordinating emissions-related working groups. Thanks to MES, I have been able to contribute to major EU and UN regulatory developments, including Euro 7 and CO₂ standards, applying engineering expertise to high-impact policy making." - Valerio Nardomarino"The Master's degree in Mechanical Engineering for Sustainability, Mobility curriculum, offered highly competitive and forward-looking knowledge that goes well beyond traditional mechanical engineering training. The program taught me to approach product design and optimization not only from a technical and economic perspective, but also through the lens of sustainability and circular economy principles. It provided a deep understanding of the European regulatory framework and the reasoning behind strategic company decisions, helping me see why certain design choices are made and how they align with broader corporate and societal goals. Today, as Sustainability and R&I Manager at CLEPA, I am able to bridge these worlds, comprehending regulatory requirements while appreciating the practical needs of companies, positioning myself at this intersection to pursue both my personal interests and a strategic, high-impact career in sustainable mobility." - Davide Zagari"Today, in my research activity at the Department of Industrial Engineering at the University of Florence, I use these tools daily to model and compare the performance of technologies such as batteries, wind turbine generators, and integrated energy systems across several EU- and nationally funded projects, applying what I learned to real-world problems." - Valerio Falcini"The MSc in Mechanical Engineering for Sustainability, Energy Technologies track, gave me a solid and future‑oriented preparation. It strengthened my expertise in sustainability and energy technologies, including renewables and turbomachinery, while maintaining a rigorous engineering approach. This path also provided a clear overview of the regulatory framework and allowed me to broaden my profile through elective courses in project management and economics, as well as through several side projects. This background enabled me to complete an internship at Baker Hughes, contributing to the company’s sustainability initiatives. Today, as an Energy Specialist for US operations at Sofidel SpA, I apply the holistic mindset developed during my studies to contribute to decarbonization strategies, manage energy procurement and reporting in all the US sites, and contribute to the company’s European ETS strategy, operating effectively in international and cross‑functional environments." - Mirko Borsi
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Last update
26.02.2026
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