Welcome to the Synergistic Collaboratorium pages.
This is a living, thinking, ‘collective intelligence laboratory’. Here the synergistic methods are developed and tested in different projects from around the world.
Synergistics is an art and a science, and a theory and practice. It has evolved over a decade, through many projects, on many themes: urban / regional development: smart technology: energy / environment: policy / governance: foresight / innovation and collective intelligence.
The projects shown here are each exploring different kinds of pathways towards a collective intelligence. You will see a variety of synergistic tools and knowledge management systems. Each project larger or smaller, is a test-bed, an experimental process with a collaborative community.
Beyond Technical (Finland)
Finland is a beautiful and well organized country. But with rapid urbanization, there are growing problems of sprawl, polarization and rural decline. The ‘Bemine’ project (English = ‘Beyond Technical’) project explores pathways for urban development with transformation in economic, technology and governance systems. The Synergistic toolkit is used to help the cross-fertilization of over 60+ research outputs, and the building of integrated ‘Envisions’.
Risk & Resilience (Australia)
This ‘R&R’ programme in Melbourne is a live exploration on the frontiers of resilience thinking. The rising seas and gathering storms of the coming decades call for more than just the building of walls. To adapt and co-evolve, we need to look at how society works, learns, thinks and communicates. The Synergistic methods here point towards the concepts of Resilience-III, and the potential to link resilience action to wider transformations.
Everywhere public services are called to do ‘more with less’, with the benefit of ‘joined up thinking’. The Mini-Lab (Metropolitan INnovation & Intelligence Laboratory) is creating a small pilot demo, a prototype for a collective intelligence program. The theme is energy efficiency and low carbon housing retrofit, together with a wider environmental governance. This aims towards a ‘multi-versity’ of learning and thinking, which links policy makers and civic society with researchers in Greater Manchester.
Smart-Wise Sustainable Cities (India)
Generally, smart city technologies are powerful and innovative, but disruptive of social and economic structures: with risks of power grabs, data extraction, exploitation and widening inequality. This calls for a new agenda – ‘Smart-Wise Inclusive Cities’ (SWIC). This steers the smart innovation process, towards societal policies: i.e. social inclusion, anti-poverty, sustainable business, sustainable livelihoods and effective open governance. This project is a small R&D pilot to test the synergistic methods and tools, and the scaling up to a global urban program.
Looper – Learning Loops in the Built Environment
Looper is setting up 3 ‘Living Labs’ in Brussels, Manchester, and Verona. These are new models for experimental design and innovation at the community level, for practical problems such as air quality, road safety, noise, crime or greenspace. The Looper aims to explore the ‘learning loops’, which transform information into knowledge: knowledge into learning: learning into action: and action into feedback (and further learning). The concepts are adapted from Synergistic thinking, which helps to define direct ‘single loop’: strategic ‘double-loop’: and reflexive ‘multi-loop’ learning for the Lab itself.
Qatar may be at a crossroads in environmental history. With the world’s third-largest natural gas reserves its wealth is huge, but vulnerable. Everything could change with international climate change policy, market effects, or national priorities. For the shift to renewable energy, there is a clear advantage for the first mover. All this points to a Foresight-III approach to building capacity, for collaborative learning, thinking, creating and doing.
Water governance is split across public, private and civic sectors: there are many gaps, overlaps and barriers to integrated catchment management. To design more effective governance structures, we can use Synergistic principles. Then we can address the whole of the water cycle: supply, demand, water quality, groundwater, flood risk management and drainage.
From space, the human impact on the planet is seen by the spread of cities, but cities themselves are spreading into much larger areas of sprawl, around and between them. The planet has arguably entered the ‘Peri-cene’ – a new global human-environment system shaped by peri-urbanization. The PERI-CENE project will provide the first ever comprehensive assessment of global peri-urbanisation, with its climate impacts, risks and vulnerabilities. For more see http://peri-cene.net