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Socio-Technical Systems

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Socio-Technical Systems

designing work systems where the social and the technical evolve together.
What are Socio-Technical Systems?

Socio-technical systems (STS) are work systems — like supermarket self-checkouts, hospital wards, and sales organisations — in which the social and technical elements must be jointly designed and optimised if the system is to perform well.

Where does the Socio-Technical Systems principle originate?

The principle originates in the Institute's 1950s coalfields research, where Eric Trist and colleagues demonstrated that new technologies fail when they fracture the social structures that make work meaningful. Subsequent studies across Vauxhall Motors, Courtaulds and the process industries extended this into high-automation environments.

What is the founding principle of socio-technical practice?

That neither subsystem can be improved at the expense of the other — remains the working grammar of socio-technical practice today.

Innovations in Socio-Technical Systems theory

Recent scholarship has extended socio-technical systems theory, developing an approach called balanced optimisation, which treats demands from the wider ecosystem as equally pressing. Another recent development is called adaptive autonomy, recognising that in human-AI systems, autonomy is not fixed but distributed and renegotiated as tasks and contexts shift.

'We bring an STS lens wherever new tools, agents or platforms are reshaping how people work. 

We are developing a multi-level STS evaluation framework for complex human-AI systems to promote effective labour market policy in Europe as part of our EU-ALMPO programme of research. 

We are also pioneering experiential and arts-based approaches to STS learning, including participatory performances such as Faust Shop and Memory Machine.'

Dr Annja Neumann, Tavistock Institute consultant/artist-researcher

Key references

Lawlor, D., Sher, M. with C. Child (2023), ‘Socio-ecological: Working with Large Complex Collaborative Partnerships (Whole Systems)’, Systems Psychodynamics: Innovative Approaches to Change, Whole Systems and Complexity , D. Lawlor, M. Sher, New York, London.

Trist, E.L. and Bamforth, K.W. (1951). Some social and psychological consequences of the longwall method of coal-getting. Human Relations, 4(1), pp.3–38.

Emery, F.E., Marek, J., Miller, E.J. and Murray, H. (1960). Analysis of automation: a preliminary statement. Tavistock Institute of Human Relations.

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