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A canvas-based tool that helps designers and developers reflect on the impact of technology on different human dimensions.
An ongoing personal and artistic exploration of how digital technology empowers and weakens my human nature, bit by bit. A journey collected through a diary and displayed on my body.
Generating a vision of how emerging and future technologies will transform health and safety practices in the next 3-5 years. In the research phase, we selected six relevant technologies and six compelling health and safety issues to address in the project.
Designing and building tangible prototypes to showcase the future solutions that compose our vision for health and safety.
11th Conference on Design and Semantics of Form and Movement at MIT (Oct 9-11, 2019). The conference explored the implications of recent and emerging technological transformations in the practice of design, with a particular focus on the aesthetics, human experience, and ethics of these new systems. (Conference chair).
Use case videos and virtual reality experiences showcasing the results of the Augmented health and safety. Future vision project.
How will a city convey the idea of “caring” in 2035? The project explored how future connected and intelligent lighting infrastructures can be used to create caring experiences for citizens.
What if the city of the future could take care of its inhabitants through lighting? We designed an AI agent connected to an ecosystem of private and public lighting solutions and generated use cases for different city inhabitants.
Designing and developing a working prototype of a smart safety helmet ideated within the Augmented Health and Safety vision.
Designing interactive solutions to augment the tailor’s artisanal activities through non-intrusive, invisible technology.
Designing and prototyping a control system and user mobile interface for smart home appliances and devices, based on the IFTTT technology.
Developing design thinking tools to help designer-entrepreneurs face the challenges related to new design-intensive startups (DIS) development.
Generating a roadmap that represents the most suitable technologies to be implemented in the design of an advanced inspection robot (MIT Design Lab - project under NDA).