Synthetic Landscape Laboratory

Image: Mycofiltration Kamchatka: Architectural implementation of intelligent mycelium myco filtration system in Kamchatka by Kilian Rothmaya, Institute of Urban Design Synthetic Landscape Lab.


​On 27th January I had the pleasure of joining the students, staff, and fellow guest critics of the Synthetic Landscape Lab at University of Innsbruck for the end of winter term juries. Assembled remotely, via Zoom, faculty members inc. Prof. Claudia Pasquero, Dr. Marco Poletto, Annarita Papeschi, and Maria Kuptsova and guest critics inc. Prof. Liss C. Werner, Dr. Mathilde Marengo, Ivan Valdez, and I critiqued works-in-progress across four courses: theory course, BA design studio, MA design studio, and pre-diploma. 

Streamed live on the lab's YouTube channel, works presented included theoretical statements to explorations of virtual reality spaces to designing radical bio-digital design visions, all exploring the idea of synthetic landscapes, which the lab defines as "a design philosophy that encompasses all the processes and systems, humans, animal, microbiological and digital, that are currently accelerating the transformation of our urbansphere". 

Featuring projects from the first Masters design studio to be conducted entirely in virtual reality, such as Thole Althoff's project [below], the immersive session invited assembled faculty and guests to view the projects using an array of devices and platforms, including Oculus VR sets. Integrating data and processes including satellite imaging and DeepGreen AI design protocol, the Masters projects illustrated how current and emerging technologies may enable complex landscape and related systems to be modelled in ways which help efforts to mitigate environmental issues. 

Below: Mycofiltration Kamchatka: Architectural implementation of intelligent mycelium myco filtration system in Kamchatka by Kilian Rothmaya. Bottom: EcoLogical Motion by Max Lorenz and Michel Schweiger.

Previous
Previous

The Future is Beautiful

Next
Next

Biosphere Futures