Marcello Franzini

Currently developing sustainable materials for vehicle interior heating and cooling, with the goal of reducing energy consumption, supporting decarbonization strategies, and integrating innovative solutions for climate-aligned mobility.

Development of sustainable materials for automotive applications, with a focus on energy efficiency, cost optimization, and emissions reduction. Active involvement in dissemination and coordination activities, including student supervision and international presentations. Experience in patent review and drafting. Skilled in circular economy principles, applied sustainability, and environmental impact assessment, with collaboration alongside a leading automotive company. Expertise in integrating sustainability into industrial processes and driving green product innovation.

GPA: honors

Design, testing, and optimization of solar cell technologies, with a focus on innovative transparent catalytic materials to enhance efficiency and sustainability.

Design, development, and performance assessment of planar and flexible p–n thermoelectric modules, leveraging organic and next-generation thermoelectric materials to enable sustainable energy solutions

Development and testing of innovative photovoltaic devices, including semiconductor formulation and advanced electrode design, with a focus on performance optimization and sustainability.

Investigation and formulation of conductive conjugated thermoelectric materials