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NEWS AND ACTIVITIES
Discover who we are and what we do!
DESIGN AFTER GENERATION EXHIBITION
For the Computational design has the potential to revolutionize biomimicry projects by enabling designers to analyse, simulate, and replicate the complex processes and structures found in nature. By using advanced algorithms, data analysis, and simulation tools, designers can better understand how natural systems work and adopt solutions to develop their projects. Furthermore, by combining computational design with other technologies such as artificial intelligence and machine learning, designers can create innovative solutions that are optimized for specific conditions. This approach can lead to more sustainable and efficient products, services, and technologies that are inspired by nature’s solutions.
COURMAYEUR DESIGN WEEK-END
Another field that deserves attention is that of hybridization between different sectors, such as architecture and fashion. In this regard, we have just been at the Courmayeur Design Week-end 2023 where, in collaboration with professor Troy Nachtigall from the Amsterdam University of Applied Sciences and designer and researcher Malou Beemer, we employed artificial intelligence technologies for a fashion design project. This has allowed us to broaden our perspectives and to face a new challenge in the field of architecture. Working with fashion designers for an approach of unity between the arts certainly gives the opportunity to experiment, and this is what interests us the most.
FRONTIDA PROJECT - WHEELCHAIR DESIGN
The Wheelchair Foundation states that 3,500 new wheelchairs are needed daily, with about 130 million people worldwide requiring one, yet only 40 million have access. Many users report discomfort due to heat, leading to issues like sweating, skin irritation, and infections. To address this, a new wheelchair design uses personalized thermography data. An algorithm transforms 2D thermography images into 5D data to inform computational design. The solution features a custom laser-cut fabric for the seat and backrest, ventilation technology, temperature sensors, and a microcontroller that activates fans when heat is detected. This modern wheelchair combines aesthetics with function, offering customizable perforated patterns. Sustainability is prioritized through the use of recyclable materials like composite foam, recycled plastic, and cork.
