On December 14th I had the pleasure of critiquing the first term outputs of the latest Urban Morphogenesis Lab cohort. One of The Bartlett Bpro's MArch Urban Design programmes, the research cluster, which is led by ecoLogicstudio cofounder Prof. Claudia Pasquero, "pursues a non anthropogenic understanding of the urban landscape", its intention that of creating territories "of self-organisation and co-evolution of multiple dynamical systems". A juror since the lab's inaugural year [academic session 2013 - 2014], I've been consistently impressed by the students outputs, and by the course leadership and curation, which has gone from strength to strength to become one of the foremost respected research units in its field.
Building on the lab's past interrogations into the potentialities of working with non-human intelligence, including bacteria, fungi, bioluminescent phytoplankton, algae, and ants, this year's MArch students are exploring the material, engineering, design and computing possibilities of working with slime moulds, silk worms, and arachnids, including tarantulas. Aims and objectives of the experimental works include the identification of new applications for ecological intelligence within architecture, urban design and planning, the scalability thereof, and associated risks and opportunities, including the creation of new design morphologies, methods, approaches, and aesthetics (see slides above and below).
A programme with close links across the biodesign, biotechnology, and biomimetic architectural and urban design community, fellow jurors of the Urban Morphogenesis Lab include Pasquero's ecoLogicstudio cofounder, Marco Poletto; Professor of Experimental Design at University of Newcastle, Rachel Armstrong; author and founder/director of the Emergent Technologies and Design Programme in the Graduate School of the Architectural Association, Michael Weinstock; and Bartlett professors including Mark Smout and Marcus Cruz; amongst others.
Read more about the Urban Morphogenesis Lab and The Bartlett's Bpro programme:
Melissa Sterry, design scientist, systems theorist, futurologist, cross disciplinary designer developing Bionic City®, and PhD Researcher.
Asking the question "how would nature design a city" since 2010.
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