Hey! Jose Luis and I will be running a workshop called Mind Ex Machina at the forthcoming SmartGeometry conference in Toronto (May 7–12, 2018). We will be exploring the creative potential of human-robot interfaces with machine intelligence. You should come!
SmartGeometry is a bi-annual workshop and conference which "[gathers] the global community of innovators and pioneers in the fields of architecture, design, and engineering."
Each year, the event takes place at a location around the world (previous locations include Gothenburg, Hong Kong, London, or Barcelona) and features a challenge to be tackled by each of the ten "clusters" that conform the Conference’s workshops.
This year's challenge—Machine Minds—will take place at the University of Toronto, Canada, May 7–12, 2018. The four-day workshop, May 7–10, will be followed by a two-day conference, May 11–12.
As mentioned before, this year, Jose Luis García del Castillo and I are leading the Mind Ex Machina cluster, which will explore the possibilities of creative human-robot interactions with the use of machine intelligence. Here is a more detailed description of our cluster's goals.
Robot programming interfaces are frequently developed to maximise performance, precision and efficiency in manufacturing environments, using procedural deterministic paradigms. While this is ideal for engineering tasks, it may become constraining in design contexts where flexibility, adaptability and a certain degree of indeterminacy are desired, in order to favour the exploratory nature of creative inquiry. This workshop will explore the possibilities of goal-oriented, non-deterministic real-time robot programming through Machine Intelligence (machine learning and artificial intelligence) in the context of collaborative design tasks. We argue that these new paradigms can be particularly fit for robot programming in creative contexts, and can help designers overcome the high entry barrier that robot programming typically features. Participants will be encouraged to explore this possibility through the conception and implementation of machine intelligence-aided interfaces for human-robot collaborative tasks.
Machine intelligence is becoming ubiquitous, and slick, complex mathematical models are being developed (and open sourced) to provide our machines with pieces of intelligence to perform a wide variety of tasks (from object or face or speech recognition to image style transfer, drawing, or even music composition).
It is our responsibility as architects, designers, and engineers, to envision how we will use these technologies in our own field, to explore new paradigms of interaction and discover their role in our creative processes.
Cluster applications for SmartGeometry 2018 are still open. (There are only a few spots left!) Take a look at all different clusters and sign up here. You can also keep track of our cluster's work on our private mailing list.