Domenico Iamartino — People — Network — School — ECAL

Domenico
Iamartino

Projects

INDUSTRIAL DESIGN

Mobile Fan

with Christian Spiess

Fans with USB power supply for mobile use, for the Swiss brand Stadler Form. Stadler Form is a Swiss company that produces fans, humidifiers, purifiers and other air treatment devices. For this project, the students in 2nd year Bachelor Industrial Design, directed by designer Christian Spiess, had to make a “personal” fan, equipped with a USB power supply for mobile use. They had to think of new scenarios and contexts where a small fan would be useful. They were free to explore different usage scenarios, materials, etc. other than those currently in the Stadler Form catalog. The projects had to meet Stadler Form’s high standards of industrial design, but also challenge and question their existing products. Vidéo ECAL x Stadler Form - Agnes Murmann Vidéo ECAL x Stadler Form - Alex Nguyen Vidéo ECAL x Stadler Form - Stéphane Mischler Vidéo ECAL x Stadler Form - Lucie Herter Vidéo ECAL x Stadler Form - Alexandre Desarzens Vidéo ECAL x Stadler Form - Constance Thiessoz

INDUSTRIAL DESIGN

Home Working

with Dylan van den Berg, Wieki Somers

Projects on the subject of working from home or remote working, which marks our time and leads us to question both what work is, and how and where we work. The recent remote working experience gave us many new insights. This experience could lead to new ways of working in the future, as the COVID19 pandemic amplifies and accelerates. This is a good opportunity to re-evaluate the concept of home office, which started with the emerging computization and technology from the 1950/60s, but has never happened on a global scale like this until now. From the Industrial Revolution until fairly recently, most people worked outside their homes in factories, offices, public buildings or outdoors. Those places and our ways of working in them were designed accordingly. “Home working” or “remote working” marks our time questioning both what is work, and how and where we work. Public and private spaces collapse into one realm with all its social, economical and political consequences. For this project, we wanted to see visionary ideas about where and how we will work in the future and solutions for home working, translated in a surprising/relevant design. This new “home work station” could be a piece of furniture, or an object, or a transforming space.

INDUSTRIAL DESIGN

Step by Step

with Elric Petit

The "Step by Step" exercise is organised, as its title indicates, in steps - the first is to design a walking stick and the second is a ladder. What Walking sticks and ladders have in common, is that they have to withstand heavy loads. Nonetheless they can be drawn with great care.

INDUSTRIAL DESIGN

Into the Wild

with Stéphane Halmaï-Voisard

Re-design of objects and accessories to practice wild camping or bivouac, realized by the 1st year students in Bachelor Industrial Design.

#Materials #Research #Baskets

INDUSTRIAL DESIGN

#Materials #Research #Baskets

with Christophe Guberan

Proposition of baskets obtained through a series of explorations of the properties and advantages of the different materials addressed, in this case: metals, wood and its substitutes, plastics and textiles. This project was carried out by the 1st year students in the Bachelor of Industrial and Product Design.

INDUSTRIAL DESIGN

Ring My Bell

with Cédric Duchêne, Stéphane Halmaï-Voisard, Mathieu Rivier

DONG! TRRRRRR! Or maybe even GLING! Or BLING!, MHHHH! And sometimes even BRAOUM! ECAL/University of Art and Design Lausanne presents an offbeat collection of interactive doorbells developed by first-year Bachelor Industrial Design students, under the joint guidance of Stéphane Halmaï-Voisard, Head of Bachelor Industrial Design, and Mathieu Rivier, a Bachelor Media & Interaction Design graduate. Sound and object design are two notions that industrial designers rarely have the opportunity to associate. However, most common objects potentially produce sounds. All you have to do is pull a chair, open and close a drawer or press a switch to generate sound. Common factors: movement, friction and interaction, which allow basic physics processes to create tones. In this perspective, the students offered a fresh and original look at an ordinary object, often invisible, but never discreet: the doorbell. Whether mechanical or electrical, the bells they have invented reveal a unique, sometimes even thundering, sound experience. Here, the classic carillon gives way to a curious metallophone powered by a perforated card reminiscent of traditional mechanical music boxes. The old door knocker is exchanged for a vibrating dong! The familiar buzzer is replaced by an efficient drum roll. The usual bell replaces a strange device that makes a great sound. Finally, the usual ding-dong is swapped for a resounding mhhhhh ! dear to the bovine race, to name but a few of the devices presented. Come in and ring the bell! www.ecal-ringmybell.ch