Francesco Lissoni

The Aquapan is an innovative project developed in collaboration with a psychologist and music therapist, aimed at aiding children with disabilities in their rehabilitation journey by stimulating their five senses and enabling self-expression through musical notes. We have successfully designed and created several prototypes of this unique instrument.

The core functionality of Aquapan involves the use of an electric sensor that allows users to play musical notes by touching the water… Meer weergeven

The Aquapan is an innovative project developed in collaboration with a psychologist and music therapist, aimed at aiding children with disabilities in their rehabilitation journey by stimulating their five senses and enabling self-expression through musical notes. We have successfully designed and created several prototypes of this unique instrument.

The core functionality of Aquapan involves the use of an electric sensor that allows users to play musical notes by touching the water contained within its petals. This interactive feature engages the senses and provides a therapeutic and enjoyable experience for the users.

Developing the Aquapan has been a significant challenge, requiring meticulous effort and dedication. However, we are excited to announce that we are on track to launch the finished product in the coming months. Minder weergeven

I successfully completed a major project to reorganize the department layout, eliminating unnecessary phases and processes while optimizing space to minimize tool movement time. Thanks to a new visual approach with colored floor markings that make the work status immediately clear, and by optimizing the workers' paths, we significantly reduced the cycle time. Additionally, the space optimization allowed for the installation of an exclusive cleanroom for our department, improving the quality and… Meer weergeven

I successfully completed a major project to reorganize the department layout, eliminating unnecessary phases and processes while optimizing space to minimize tool movement time. Thanks to a new visual approach with colored floor markings that make the work status immediately clear, and by optimizing the workers' paths, we significantly reduced the cycle time. Additionally, the space optimization allowed for the installation of an exclusive cleanroom for our department, improving the quality and efficiency of processes. Minder weergeven

Complete design and configuration of a Vimar home automation system for controlling lights, blinds, cameras, thermostats, and smart devices in both home and my laboratory. Implementation of custom scenarios and integration with Amazon Alexa for intuitive voice control. Monitoring of energy consumption in the laboratory through a smart dedicated smart meter.

This cheese mold is the result of a collaborative project with a dairy company from Bergamo, aimed at creating an innovative mold for cheese with unique shapes. Specifically, we are working on a Christmas tree-shaped cheese mold, intended to be introduced to the market at the end of this year. The goal is to offer something new and allow the company to stand out from the competition.

Prototyping this kind of object posed a significant research and development challenge. We explored the… Meer weergeven

This cheese mold is the result of a collaborative project with a dairy company from Bergamo, aimed at creating an innovative mold for cheese with unique shapes. Specifically, we are working on a Christmas tree-shaped cheese mold, intended to be introduced to the market at the end of this year. The goal is to offer something new and allow the company to stand out from the competition.

Prototyping this kind of object posed a significant research and development challenge. We explored the use of 3D printing technology to create food-safe molds, and to minimize any risk of contamination, we utilized food-grade ABS plastic. The printing settings had to be heavily modified, and the entire mold was coated with a non-toxic epoxy resin to ensure safety and quality.

This project represents a significant step forward in innovative cheese production, offering the possibility to produce cheese in distinctive, eye-catching shapes that enhance market appeal. Minder weergeven

This project involved the creation of a prototype for a plug-and-play server specifically designed to host a Bitcoin node. It was an excellent opportunity to challenge myself in the design and assembly of various components from scratch. The design process required meticulous attention to detail, ensuring that all parts fit together seamlessly. This project not only tested my engineering and design skills but also expanded my understanding of blockchain technology and its practical applications.

This project was one of my first try into reverse engineering, where I took on the challenge of recreating a support device tailored to the specific needs of a local doctor. This project provided a valuable learning experience in reverse engineering principles and customization to meet user-specific needs.

This chef ask me to think a solution to avoid the time-consuming task of manually adding the black seeds with chocolate in order to make 400 cookies. To address this, I designed a stamp that incorporated the seed pattern directly into the cookie shape. This innovation simplified the process, saving the chef hours of labor. To ensure the stamp was food-safe, I used food-grade ABS plastic and coated it with non-toxic epoxy resin. This project allowed me to apply my design skills to develop a… Meer weergeven

This chef ask me to think a solution to avoid the time-consuming task of manually adding the black seeds with chocolate in order to make 400 cookies. To address this, I designed a stamp that incorporated the seed pattern directly into the cookie shape. This innovation simplified the process, saving the chef hours of labor. To ensure the stamp was food-safe, I used food-grade ABS plastic and coated it with non-toxic epoxy resin. This project allowed me to apply my design skills to develop a practical tool that enhanced efficiency and precision in a professional kitchen setting. Minder weergeven

Upon discovering lithophanes, I tryed to create customizable lamps, marking my first experience in designing a project that integrated basic electronics. This case studio show my effort to not only utilize 3D design solutions but also experiment with the combination of different materials. It was the first time I incorporated fluorescent filament into a more complex project.

This project demonstrates my ability to merge aesthetics with functionality, creating personalized and visually… Meer weergeven

Upon discovering lithophanes, I tryed to create customizable lamps, marking my first experience in designing a project that integrated basic electronics. This case studio show my effort to not only utilize 3D design solutions but also experiment with the combination of different materials. It was the first time I incorporated fluorescent filament into a more complex project.

This project demonstrates my ability to merge aesthetics with functionality, creating personalized and visually appealing lamps. The process involved learning and applying new skills, from electronic components assembly to the artistic design of the lithophanes, resulting in a unique and customizable lighting solution. Minder weergeven

For a university project, I created a Greek column designed to emphasize its historical significance by incorporating a semi-transparent section to complete a damaged column. This project involved meticulous research and attention to detail to authentically replicate the original structure while innovatively highlighting the restoration process.

The semi-transparent section served to visually distinguish the new from the old, symbolizing both preservation and modern intervention. This… Meer weergeven

For a university project, I created a Greek column designed to emphasize its historical significance by incorporating a semi-transparent section to complete a damaged column. This project involved meticulous research and attention to detail to authentically replicate the original structure while innovatively highlighting the restoration process.

The semi-transparent section served to visually distinguish the new from the old, symbolizing both preservation and modern intervention. This project demonstrated my ability to blend historical accuracy with creative design, resulting in a piece that honors ancient architecture while showcasing contemporary restoration techniques. Minder weergeven