R&D
Marine Offshore Renewable Energy Lab
Marine Offshore
Renewable Energy Lab
Areas of research
SEAform is the result of research activities carried out at the Marine Offshore Renewable Energy Lab, a group within the Politecnico di Torino.
The team possesses diverse skills encompassing the design of offshore technologies, power generation solutions, and the management of self-sufficient energy networks. Additionally, they handle permitting processes, certifications for offshore systems, architectural design, patent management, and technology transfer.
/ Mooring
Research
/ Structures
Research
/ Test
Research
/ Energy
Research
/ Waves
Research
/ Wind
Research
/ Mooring
research
/ Structures
research
/ Test
research
/ Energy
research
/ Waves
research
/ Wind
research
Tesi@PoliTo
Master Thesis
Theses completed by students from various disciplines and faculties at Politecnico di Torino, in collaboration with or under the guidance of SEAform.
Comparative analysis of environmental impacts between floating platforms and dredging | Letizia
Master's Degree in Engineering For The Environment And The Territory 2023.
The results of the analysis conclude that floating platforms have significantly less environmental impact than dredging, thus validating the sustainability of the SEAform solution.
Tutors: Antonello Sirigu, Francesco Laio and Costantino Manes.
Read moreThe results of the analysis conclude that floating platforms have significantly less environmental impact than dredging, thus validating the sustainability of the SEAform solution.
Tutors: Antonello Sirigu, Francesco Laio and Costantino Manes.
Architectural design of a floating pavilion | Andrés Medardo Calero
Master's degree in Architecture for Sustainable Design 2023.
Proposal for a prefabricated modular building performing in the maritime context.
Tutors: Roberto Giordano and Giuliana Mattiazzo.
Read moreProposal for a prefabricated modular building performing in the maritime context.
Tutors: Roberto Giordano and Giuliana Mattiazzo.
Architectural design of a floating pavilion | Gabriele Porporato
Master's degree in Architecture for Sustainable Design 2023.
Proposal to reduce the environmental impact of floating architecture on aquatic ecosystems. A study in the Venice Lagoon.
Tutors: Roberto Giordano and Giuliana Mattiazzo.
Read moreProposal to reduce the environmental impact of floating architecture on aquatic ecosystems. A study in the Venice Lagoon.
Tutors: Roberto Giordano and Giuliana Mattiazzo.
Modeling and design of a flexible connector for modular floating platforms | Vincenzo Boccanfuso
Master's degree in Mechanical Engineering 2023.
The connector is based on elastomeric bearings, a well-known technology used mainly in civil engineering to dampen vibrations and oscillations in bridges and earthquake-resistant buildings, but also widely used in marine environments.
Tutors: Giovanni Bracco, Giuliana Mattiazzo and Sergej Antonello Sirigu.
Read moreThe connector is based on elastomeric bearings, a well-known technology used mainly in civil engineering to dampen vibrations and oscillations in bridges and earthquake-resistant buildings, but also widely used in marine environments.
Tutors: Giovanni Bracco, Giuliana Mattiazzo and Sergej Antonello Sirigu.
Nano-grid technologies | Ludovica Gullo
Master's degree in energy and nuclear engineering 2022.
Development of a tool for energy feasibility analysis of a floating city.
Tutors: Giuliana Mattiazzo, Sergej Antonello Sirigu and Beatrice Fenu.
Read moreDevelopment of a tool for energy feasibility analysis of a floating city.
Tutors: Giuliana Mattiazzo, Sergej Antonello Sirigu and Beatrice Fenu.
Balancing the substructure | Domenico Castellano
Master's degree in mechanical engineering 2022.
Numerical modeling and design of floating platforms for seasteading.
Tutors: Giuliana Mattiazzo and Sergej Antonello Sirigu.
Read moreNumerical modeling and design of floating platforms for seasteading.
Tutors: Giuliana Mattiazzo and Sergej Antonello Sirigu.
Project Finance | Emanuela Chiaves
Master's Degree in Engineering Management 2022.
Application of project financing to the feasibility analysis of an innovative project. Case study: Modular floating platforms project.
Tutors: Giuseppe Scellato and Giuliana Mattiazzo.
Read moreApplication of project financing to the feasibility analysis of an innovative project. Case study: Modular floating platforms project.
Tutors: Giuseppe Scellato and Giuliana Mattiazzo.
Comparative analysis of environmental impacts between floating platforms and dredging | Letizia
Master's Degree in Engineering For The Environment And The Territory 2023.
The results of the analysis conclude that floating platforms have significantly less environmental impact than dredging, thus validating the sustainability of the SEAform solution.
Tutors: Antonello Sirigu, Francesco Laio and Costantino Manes.
Read moreThe results of the analysis conclude that floating platforms have significantly less environmental impact than dredging, thus validating the sustainability of the SEAform solution.
Tutors: Antonello Sirigu, Francesco Laio and Costantino Manes.
Architectural design of a floating pavilion | Andrés Medardo Calero
Master's degree in Architecture for Sustainable Design 2023.
Proposal for a prefabricated modular building performing in the maritime context.
Tutors: Roberto Giordano and Giuliana Mattiazzo.
Read moreProposal for a prefabricated modular building performing in the maritime context.
Tutors: Roberto Giordano and Giuliana Mattiazzo.
Architectural design of a floating pavilion | Gabriele Porporato
Master's degree in Architecture for Sustainable Design 2023.
Proposal to reduce the environmental impact of floating architecture on aquatic ecosystems. A study in the Venice Lagoon.
Tutors: Roberto Giordano and Giuliana Mattiazzo.
Read moreProposal to reduce the environmental impact of floating architecture on aquatic ecosystems. A study in the Venice Lagoon.
Tutors: Roberto Giordano and Giuliana Mattiazzo.
Modeling and design of a flexible connector for modular floating platforms | Vincenzo Boccanfuso
Master's degree in Mechanical Engineering 2023.
The connector is based on elastomeric bearings, a well-known technology used mainly in civil engineering to dampen vibrations and oscillations in bridges and earthquake-resistant buildings, but also widely used in marine environments.
Tutors: Giovanni Bracco, Giuliana Mattiazzo and Sergej Antonello Sirigu.
Read moreThe connector is based on elastomeric bearings, a well-known technology used mainly in civil engineering to dampen vibrations and oscillations in bridges and earthquake-resistant buildings, but also widely used in marine environments.
Tutors: Giovanni Bracco, Giuliana Mattiazzo and Sergej Antonello Sirigu.
Nano-grid technologies | Ludovica Gullo
Master's degree in energy and nuclear engineering 2022.
Development of a tool for energy feasibility analysis of a floating city.
Tutors: Giuliana Mattiazzo, Sergej Antonello Sirigu and Beatrice Fenu.
Read moreDevelopment of a tool for energy feasibility analysis of a floating city.
Tutors: Giuliana Mattiazzo, Sergej Antonello Sirigu and Beatrice Fenu.
Balancing the substructure | Domenico Castellano
Master's degree in mechanical engineering 2022.
Numerical modeling and design of floating platforms for seasteading.
Tutors: Giuliana Mattiazzo and Sergej Antonello Sirigu.
Read moreNumerical modeling and design of floating platforms for seasteading.
Tutors: Giuliana Mattiazzo and Sergej Antonello Sirigu.
Project Finance | Emanuela Chiaves
Master's Degree in Engineering Management 2022.
Application of project financing to the feasibility analysis of an innovative project. Case study: Modular floating platforms project.
Tutors: Giuseppe Scellato and Giuliana Mattiazzo.
Read moreApplication of project financing to the feasibility analysis of an innovative project. Case study: Modular floating platforms project.
Tutors: Giuseppe Scellato and Giuliana Mattiazzo.
Students projects
Alta Scuola Politecnica Challenge
2022
Through the F.U.S.S. (floating units for seasteafing) project, a team from the Alta Scuola Politecnica (ASP), representatives of academic excellence from the Polytechnic University of Turin and Milan, actively collaborated with the MOREnergyLab. The challenge they faced was to develop a project dedicated to a floating city, implementing the SEAform technology.
Team members: Agata Bandini, Marta di Castri, Sara Leoni, Edoardo Lo Vecchio, Ludovica Gaia Mariella, Ilaria Turtula, Benedetta Zuccarelli.
Read moreThrough the F.U.S.S. (floating units for seasteafing) project, a team from the Alta Scuola Politecnica (ASP), representatives of academic excellence from the Polytechnic University of Turin and Milan, actively collaborated with the MOREnergyLab. The challenge they faced was to develop a project dedicated to a floating city, implementing the SEAform technology.
Team members: Agata Bandini, Marta di Castri, Sara Leoni, Edoardo Lo Vecchio, Ludovica Gaia Mariella, Ilaria Turtula, Benedetta Zuccarelli.
