Flourishing Cybernetics. A Biomimetics Post-Secondary Futures Narratives

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Abuseif N., Norris N., Wilson-Lee J.

“Education based solely on past models will fail, whereas education that learns from the past, based on navigating through uncertainty, and built on cooperation, can lead us to create a world we want to live in and pass on to generations to come. The future needs people who are able to synthesize and contextualize information, keep an open mind to continuous change and emergence and look for, and see, a bigger, much bigger picture. Specialist expertise is still essential, but should be linked with other specialist expertise to generate a more comprehensive understanding of the expanding complexity of the emerging world.” (Hodgson, Tony, 2014) Imagine a world where purpose- driven humans shift our economic and bureaucratic systems using a life-long empathy driven ‘changemaker’ pedagogy. The following systemic map is an optimistic narrative based upon a ‘3 horizon economies’ model where we examine how might post-secondary institutions transform to meet the needs of future social innovators, communities and industries. In the map, as we reach the 3rd horizon of a Flourishing Economy, we visualize through panarchy, Changemakers informing the design of systems inspired by Dr. John Ehrenfeld’s Sustainable Satisfaction Delivery Systems (SSDS) ideology. (Ehrenfeld, 2001). Our narrative concludes with an imagined heuristics model to uncover the way in which we will co-evolve and flourish with autonomous technologies conceptualized as “Flourishing Cybernetics.”

Posted Sep-2018

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RSD proceedings are licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License. This permits anyone to copy and redistribute the material in any medium or form according to the licence terms.

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Author(s) (20XX). Article title. In Proceedings of Relating Systems Thinking and Design (RSDX) 20XX Symposium. City, Country, Month X-X, 20XX.

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Systems Mapping

Birger Sevaldson of the Oslo School of Architecture and Design first introduced the gigamap technique. The gigamap takes an architectural and descriptive approach to complex projects. The technique has been extended to synthesis maps and system design complexity maps.

The synthesis map is used at OCAD University to translate multiple knowledge perspectives and illustrate the dilemmas and challenges within a complex system scenario. System design complexity maps are the outcome of an academic project at the National Institute of Design. They use metaphor and a central theme to make complex issues accessible for sharing and participatory work with multiple stakeholders.

Types of Systemic Relations (Urban Habitat Design) by Birger Sevaldson, RSD5

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