Ingegneria energetica

After completing my Bachelor's degree at the Free University of Bolzano, I chose to continue my Master’s studies here for the same reasons that initially drew me to Bolzano: its unique location, small class sizes, and vibrant international environment. The university’s strong collaboration with Eurac Research provided me with the opportunity to spend eight months with the Energy Efficient Buildings research group, where I conducted my thesis on an innovative smart glazing technology, combining experimental studies with simulations. I now work at Arup in London, an international engineering consultancy, helping global clients with a diverse range of projects. My work focuses on building physics, including dynamic thermal modelling, daylight and radiation modelling, computational fluid dynamics, and microclimate studies.

The Energy Engineering Master’s program focus aligned perfectly with my interests, covering topics such as energy efficiency in buildings, systems, products, and processes, as well as clean and green energy technologies for sustainable energy supply. My thesis, which involved a fluid-thermodynamics analysis of a product patented by Enolgas, was recognized as the best Italian thesis in the energy field by AiCARR and was subsequently published in the AiCARR Journal. Professionally, I began my career in the building automation sector at Ekon GmbH as a project developer for digital buildings, focusing on energy savings and occupant comfort. I later transitioned to the HVAC field at Clivet S.p.A., joining the Research and Development department. Currently, I hold the position of Energy Solution Specialist at EPTA Group, where I focus on analyzing the energy consumption of retail stores and developing high-efficiency system solutions.

I am actively engaged in designing plastic components for the automotive industry, including fuel tanks, oil reservoirs, electrical circuits, and containment frames for battery cells. My role involves supporting the design process by conducting various validation tests and optimization assessments through Computational Fluid Dynamics (CFD) simulations. I work with a range of physical phenomena, including fluid dynamics, thermal management, electrical systems, and, more recently, electromagnetic and optical simulations. The Master’s program significantly enriched my academic journey and equipped me with critical knowledge and skills that have been instrumental to my professional development.

I pursued this Master’s in Energy Engineering to deepen my knowledge of renewables and conventional systems. I valued the program's balanced focus on renewable energy, energy efficiency, and conventional energy systems and its international perspective with courses in English. After graduating, I was a researcher at Fondazione Bruno Kessler, focusing on green fuels like hydrogen and ammonia. I then joined SolydEra S.p.A. expanding my expertise in advanced energy systems. Later, seeking broader experience, I joined Consorzio Assoenergia Confindustria Trento, providing consultancy to local companies and engaging with stakeholders like ENEA, CSEA, and GSE. This experience has enabled me to apply my technical background in a practical context, while strengthening my expertise in the energy field.

I have always been passionate about building efficiency and sustainable design, which led me to pursue the Master’s in Energy Engineering. This program stood out for its multidisciplinary and international approach, with courses conducted in English that prepared me to work in a global environment, including abroad. During my studies, I gained practical experience through projects that integrated theory with real-world applications, enabling me to develop skills directly connected to my current role. The professors and research assistants were highly dedicated, promoting a dynamic and supportive learning environment that encouraged innovation and critical thinking. Today, as a Building Physics Specialist at Atmos Lab (London, UK), I use the expertise acquired during my Master's to optimize building performance and conduct simulations for energy efficiency and comfort.