The goal of this project is to develop a life cycle assessment to evaluate the environmental impact and costs of a hypothetical OAWE farm. Moreover, the analysis would allow one to identify inefficiencies within the actual AWE systems and understand how to improve performance and sustainability, quantifying the impacts by means of standard and customized indicators and adapting AWE to the harsh marine environment
The project focused on renewable materials originating from forestry, as they are a sustainable building solution and display a favourable market outlook. Two case studies were explored to validate the MIP: a MIP prototype for a bamboo bookcase produced by the NGO Casa Congo in Nicaragua and a web-based platform for the LSB panel industrially manufactured by BNext in Italy.
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The Moon Outpost Smart Structures (MOSS) Project has a multidisciplinary research initiative aimed at establishing a sustainable lunar infrastructure using In-Situ Resource Utilization (ISRU) technologies.
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The goal of this project is to develop a comprehensive tool that evaluates the competitiveness of sustainable propulsion systems for heavy-duty vehicles (HDVs), focusing on emerging technologies like Fuel Cell Electric Vehicles (FCEVs) and Battery Electric Vehicles (BEVs).
The uFactory approach not only reduces reliance on global supply chains and lowers transport emissions but also responds to growing market demands for customization, fostering sustainable urban manufacturing ecosystems.
The VisioMAC initiative aims at introducing quality control along the production line of tires. The project was conducted in collaboration with the Michelin site of Cuneo, where we attended to the steps of tire production: mixing and calendaring, extrusion and tissue cutting, carcass assembling, green tire (unvulcanized tire) fabrication, curing, and final inspection.
The AMSHI project aims at contributing to reduce the urban heat island effect, by designing a self-locking paving block with a low degree of embodied energy for public spaces.
The objective of AppDCO2 is to support enterprises with specific applications either in their decision-making process when choosing their tech partner companies or in assessing the impact of their internal applications and finding ways to reduce it.
The ‘Data-Driven Customer Value Systems’ project was conceived as a response to these pressing industry challenges. Our role encompassed a comprehensive examination of the Industry and Market, and the development familias & personas with a specific lens on the 18-30-year-old customer segment, to gain profound insights into customer behaviors, thereby establishing the foundation for innovative service proposals.
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The goal of this project is therefore to develop a comprehensive HEMS, including a control algorithm and a user interface, able to operate with a broad range of devices and achieve previously unattainable performance.