A wide shot of a ceramics studio, featuring students working with pottery wheels and other tools.
Black and white portrait of a white man

Baudouin Saintyves

Senior Lecturer

Bio

Baudouin Saintyves (he/him) is a physicist, engineer, and multimedia artist. He is a faculty member at INRIA Lyon (France) and a visiting researcher at the University of Chicago’s James Franck Institute. He is the founding director of the live cinema project Shapes of Emergence. His artwork spans performance and installations at the cross of real-time video, experimental physics and robotics, and was shown in multiple international venues and festival including ISEA, Ars Electronica Festival, the Chicago Architecture Biennial, and Current New Media Festival. His hybrid scientific and artistic research explores how patterns and behaviors self-organize in nature and how this can lead to artificial life and intelligence in robotic matter. 

Portfolio

Courses

Title Department Catalog Term

Description

Curious about the links between sand riddles in the desert, shape-shifting robots, and the cracks on an old painting? This class examines the physics behind shape formation, both in nature and in the work of humans. Concrete interdisciplinary examples spanning engineering, biology, architecture and beyond, will reveal underlying concepts of physics that are omnipresent around us, while questioning the common distinction our society tends to make between those who observe natural systems and those who create as engineers, designers and artists. Formal lectures will provide students with a conceptual and methodological background for scientific implementation, while hands-on labs will confront them to the medium. They will put this into practice in producing their own scientific project within their artistic medium. Seminars featuring renown international speakers will expose the students to current experts and cutting-edge interdisciplinary research. The combination of these activities, from lectures to labs and hands-on projects, will introduce science as a practice and a method students can themselves implement, while exposing them to the surprising forms that discovery & invention can take.

Class Number

2406

Credits

3

Description

Curious about the links between sand riddles in the desert, shape-shifting robots, and the cracks on an old painting? This class examines the physics behind shape formation, both in nature and in the work of humans. Concrete interdisciplinary examples spanning engineering, biology, architecture and beyond, will reveal underlying concepts of physics that are omnipresent around us, while questioning the common distinction our society tends to make between those who observe natural systems and those who create as engineers, designers and artists. Formal lectures will provide students with a conceptual and methodological background for scientific implementation, while hands-on labs will confront them to the medium. They will put this into practice in producing their own scientific project within their artistic medium. Seminars featuring renown international speakers will expose the students to current experts and cutting-edge interdisciplinary research. The combination of these activities, from lectures to labs and hands-on projects, will introduce science as a practice and a method students can themselves implement, while exposing them to the surprising forms that discovery & invention can take.

Class Number

2407

Credits

3