Litcius/Paper detail

The Rise of ‘Wicked Problems’—Uncertainty, Complexity and Divergence

Brian Head

202227 citationsDOIOpen Access PDF

Abstract

Abstract Rittel and Webber argued that scientific and technocratic approaches for tackling the difficult issues of social policy and urban planning were bound to be inadequate. A ‘scientific’ approach to understanding the nature of these problems necessarily overlooks the significance of different stakeholder perspectives in the framing or constituting of social problems. Recognising these differences is thus crucial for developing acceptable solutions to the policy challenges. Science and engineering approaches produce reliable knowledge but are appropriate only for technical issues where the key variables are measurable, and optimal solutions can be agreed. These are the ‘tame’ or ‘benign’ problems, with clear boundaries and agreed solutions. By contrast, modern social problems are ‘wicked’ problems, because stakeholders disagree about the nature of these problems, about possible solutions, and about the values or principles that should guide improvements. Hence, policies addressing social problems can never be optimal in the engineering sense, but robust policies could incorporate insights from stakeholder engagement. With the growing popularity of ‘wicked’ terminology, recent scholarly analysts have worried it has become a catchword rather than a critical concept. They have also wished to reconsider the stark contrast between ‘tame’ and ‘wicked’ problems, calling for refinement of the ‘either/or’ dichotomy. And other writers have raised epistemological issues about the respective contributions of scientific, political and stakeholder knowledge for understanding and resolving difficult issues.

Topics & Concepts

Framing (construction)TechnocracyTerminologyStakeholderWicked problemPopularityPoliticsEpistemologySocial engineering (security)Divergence (linguistics)Political scienceSocial issuesManagement scienceSociologyComputer sciencePublic relationsEconomicsEngineeringLawComputer securityLinguisticsPhilosophyStructural engineeringSoftware engineeringSustainability and Climate Change GovernanceComplex Systems and Decision Making