ASP projects
Students participate to multidisciplinary projects, focusing on real and relevant problems, proposed as a collaboration between universities and external institutions (i.e., firms, governmental or research institutions).
Project teams consist of 6/7 students from different schools and are therefore intrinsically multidisciplinary. Each project team is assisted by tutors with a multifaceted background, selected among the Faculty of Politecnico di Milano and Politecnico di Torino as well as among experts of the proposing external institutions. Tutors advice students and periodically review their intermediate results.
Teams are provided with funds that allow them to make study trips, attend conferences, buy books and materials to help develop the project. The project plan and budget is defined by the team and agreed with the tutors.
Projects are focused on four “problem-based learning” tracks:
These projects are based on investigating innovation opportunities in a variety of industries. As an example, they can try to identify the benefits at company level of the new technologies available in the market.
These projects are based on creating and furthering knowledge for companies, public and private institutions for structuring and solving complex problems.
These projects are based on investigating entrepreneurial opportunities with a particular focus on hi-tech start-ups. These projects try to analyse the scenario of high-tech start-ups and evaluate their impacts at different levels.
These projects have the aim of understanding potential positive changes that an organization can implement to address a pressing social issue and favouring people engagement for social and community development.
For more information, please write an email to projects@asp-poli.it.
The results of the projects from the 1st to the 15th ASP cycle are reunited and published in books that can be downloaded here.
Last ASP projects
Industry & Innovation
AI-STABLEPOWER aims at developing methodologies for the analysis of power system stability by means of state-of-the-art artificial intelligence (AI) techniques. Indeed, monitoring stability is a major concern for Transmission System Operators (TSOs), as the ongoing displacement of conventional generators by renewable generation technologies has reduced system inertia, thus affecting system stability.
The project aims to research, develop and implement a highly accurate 24/7 cloud-type classification system (CTCS). This classification system uses two advanced all-sky smart cameras that capture images in both visible and infrared domains, enabling accurate sky coverage classification. Smart all-sky cameras sensors refine and improve data collections and incorporate numerous measures to ensure a consistent data flow and minimize classification errors.
Aim of the project is to carry out a comprehensive and multidisciplinary evaluation of the potential to upgrade the plastic sorting plants with such technologies; this will include some preliminary theoretical evaluations, some practical testing on both an experimental facility owned by Corepla and a full-scale sorting plant, an environmental, economic and social assessment, the latter related to the potential loss of work. Finally, the outcome of the work will become inputs for the eco-design of the plastic products that will allow a better sorting and handling at the plants.
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.
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.
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.
Academic research
The BIMChain for Site 4.0 project represents a groundbreaking solution, fusing BIM and blockchain technologies to revolutionize communication, transparency and management methods.
The aim of the project is to face bone fractures crisis adopting a twofold approach, considering both fracture prevention and treatment.
With the digital boom disrupting traditional retail paradigms, Sunglass Hut, part of the Italian-based Luxottica Group, recognized the imperative to adapt to the new trend asking the Alta Scuola Politecnica team to develop a strategy that could seamlessly merge the attributes of both virtual and physical realms, fulfilling the customers’ desires for an encompassing user experiences.
The increase of life expectancy, together with a greater occurrence of many illnesses (such as stroke), has caused a huge
The Green roof Technology Assessment (GreenTA) project investigated the cost and benefits arising from the installation of green roofs, while
The world is facing a great challenge in transitioning to new, clean energy systems to contrast climate change, while the
A damper is a device that suppresses vibrations and dissipates their energy in the form of heat. The aim of
Motorway service areas are generally seen as fast transit place, where to stop only if strictly needed. TNA(A22)MSA aims to
The AISS4SA project aims to optimize water usage by implementing a modular system that monitors water levels in different paddy field chambers.
The AMBROSE project aims to address the challenge described above by introducing a modern, integrated, multidisciplinary SHM framework. This system will utilize automated monitoring, a combination of direct and indirect sensing methods, and advanced data analysis to detect structural issues early, enabling predictive maintenance and reducing the need for costly, urgent repairs.
The Augmented Reality Vehicle Interface (ARVI) project main goals are: enjoy a unique experience in a rapidly growing startup, learn by doing & get a working methodology, work on cool stuff, having the freedom to build new things from scratch. The project is designed for students that are willing to be out of their comfort zone, ready for complex tasks and to be hands-on.
The BASTA (Bio-inspired and Adaptive Strategies to TAckle fragility fractures) project aims to design an advanced bone scaffold, more efficient than existing commercial products.
Considering the huge environmental impact of cruise ships, the project aims at detecting solutions for a more sustainable cruising. The latter must also consider the economic interests of the maritime industry, considering first and foremost the welfare of the cruise ship’s customer-passenger.
The goal of the chatIMPACT project is to bridge this gap, building a platform that allows users to easily access the knowledge they need in the LLMs domain.
The COSMICA project is developed within the framework of space architecture, embracing a sustainable, circular design approach for future habitats on the Moon or Mars.
The aim of this project is to explore how the power of generative technologies can support the design of new products or services to help people in a shift toward more environmentally sustainable behaviors
The FutureHome project aims to revolutionize the smart home market by developing an innovative business model and digital platform that allows users with low expertise level in automation in implementing their smart solution. FutureHome will offer a fair and objective comparison among different smart home devices and suggestion tailored to costumers’ needs. The prominent goal is optimizing energy consumption, promoting significant economic savings, and ultimately improving the overall quality of life for its users.
Fans can invest directly in their favorite artists’ music production (or other activities), receiving a return based on their success. This model allows emerging artists to self-finance without long-term, often unfair, contracts with labels, and enables established artists to fund new or independent projects with direct support from their fanbase. Quarkk’s goal is to provide artists a space for expressing themselves freely and financing their projects with direct support from their fans.
OASIS: Optimal Allocation and Sizing of Infrastructure for charging electric
vehicle basing on predictive Simulations.
Unlike traditional methods that search for the best model only considering the performance on the downstream task, NebulOS also takes into the energy consumption when training a model on a specific hardware, producing tailored designs on a variety of different devices. This ensures that the final model aligns with the end-user’s unique needs, resources, and preferences.
The FoSCHe project represents an innovative advancement in the field Children’s Palliative Care, by proposing to integrate a design-driven methodology in such a delicate healthcare environment. At the core of this initiative is the Liber- meta-design framework, which serves as a comprehensive tool for developing innovative and inclusive design projects: it emphasizes a holistic approach, addressing the emotional, psychological, social, and spiritual needs of children and their families, trying to promote human connections and interpersonal relationships.
The ZeCRoCo project aims to enhance the environmental sustainability of a 28-storey social housing building by focusing on two main areas: reduction of Embodied Carbon and reduction of Operational Carbon.
The AQUA project aims to create a set of guidelines for Aquaseek to enter the humanitarian water market.
In the wake of increasing incidents of violence against women, the ‘Signal for Help’ (SFH) has surfaced as an invaluable silent beacon. Developed as a discrete hand gesture for women under duress to indicate their plight, its importance became even more pronounced during the pandemic when virtual communication surged. The S2CITIES project seeks to amplify the efficacy of this signal through technology.
Groma study deals with the creation of a Cultural Pole in Ivrea devoted to the valorization of the city and
Host2026 is a research project that originates from the challenge of the 2026 Olympic and Paralympic Games (OPGs) in Valtellina.
ASP Politecnico di Milano
Piazza Leonardo da Vinci 32 – 20133 Milano
Ph. +39 02.2399.9801
info-mi@asp-poli.it
ASP Politecnico di Torino
Corso Duca degli Abruzzi 24 – 10129 Torino
asp@polito.it
Copyright © 2025 ASP – Alta Scuola Politecnica | Privacy Policy