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Social Value of the Built Environment

Social Value of the Built Environment

How is social value created, defined and measured in both placemaking (urban design, architecture and real estate) and construction (procurement and labour) processes?

Social value has an important role to play in the delivery of the SDGs. A rebalancing of value to include social and environmental value, as well as economic and commercial value, is needed to ensure the shaping of communities and places will have wellbeing outcomes. This special issue explores current and potential approaches to defining, delivering, monitoring and evaluating social value in the built environment, its benefits and consequences and its relation to other existing policy mechanisms. 

Guest editors: Flora Samuel and Kelly Watson

The concept of social value has gained significant prominence in recent years in some countries, yet remains misunderstood. There is a recognised need for it to be better defined, interpreted and embedded in planning, design and operation. This will entail measurement and assessment. Social value is increasingly being considered alongside issues of quality of life and wellbeing, to both the individual and the community, but it remains challenging to reconcile social value in a meaningful way with the present value management approaches that dominate the construction and real estate industries.

This special issue brings together a series of contributions to current thinking and critical discussion on social value, including empirical research from across the UK, Europe and Australia. How can planners, clients, designers create and evaluate social value at different scales?  How can local stakeholders (communities) be involved and empowered? How can the intended outcomes be assured? Collectively, the papers in this special issue point to new practices for the planning, design, construction and operation of projects. A series of gaps are also identified in social value research, most notably a discussion of social value in the context of real estate, valuation and 'environmental, social and corporate governance' (ESG).

Table of contents

Social value of the built environment [editorial]
F. Samuel & K. Watson

Politics of social value in the built environment
M.S. Çıdık

Added value and numerical measurement of social value: a critical enquiry
A. Raiden & A. King

Improving social value through facilities management: Swedish housing companies
D. Troje

Assessing social value in housing design: contributions of the capability approach
J.-C. Dissart & L. Ricaurte

Wellbeing fostered by design: a framework for evaluating indoor environment performance
J. Croffi, D. Kroll, V. Soebarto, H. Barrie & K. McDougall

The social value of public spaces in mixed-use high-rise buildings
H. Barrie, K. McDougall, K. Miller & D. Faulkner

Social values and social infrastructures: a multi-perspective approach to place
A. Legeby & C. Pech

Assessing the social values of historic shopping arcades: building biographies
A. Skoura & A. Madden

Feedback on the special issue

Social value: an architect's perspective
Edward Ng


Latest Peer-Reviewed Journal Content

Journal Content

Urban form metrics for building occupancy modelling: applications and impacts
D Reiter, M Jehling & R Hecht

Retrofit realism: affordable low-carbon policies for existing homes
N Eyre & R Khosla

Inside offsite: everyday dwelling in factory-built apartments
L Dorignon & R Horne

MMC for housing: sectoral perception on governance challenges
J Morgan, C Goodier, R Schmidt-III & K Ayinla

Reorganising specification practice for component reuse: an exploratory study
S Gao, K Jones, J Xu & J Glass

Kitchen retrofits to support food practices and wellbeing
F J Andrews, A Sal Moslehian, E Warner & R Tucker

From strategy to delivery: a comparative analysis of MMC roadmaps
G Goldman, D Sorokine, F Suerich-Gulick, C Carbone & M Jemtrud

Thermal comfort, ventilation and mosquito-borne disease risk in Zanzibar hospitals
O Sloan Wood, J B Knudsen, K L Schiøler, E Lupenza, M Msellem & F Saleh

Reusing precast concrete elements in construction: assessing the economic conditions
O Vigren, H Westerlind & T Malmqvist

Institutional readiness for industrialised social housing in Vietnam
T Q Nguyen, B N Nguyen, T H Q To & Z Aziz

Prefabrication for housing retrofit: governance, innovation and resident experience
E Pikas, K Kuusk, P Pihelo, R Liias, J Pukk & T Kalamees

Reframing heat pump transitions: a care perspective
J van der Haer, R Schelwald & F de Haan

Urban informal settlements in Africa: transforming adaptation governance
K Buyana & H Sseviiri

Reusing concrete products in indoor environments: chemical hazard assessment
K Tähtinen, A Helin, E Parshintsev & H Hovi

Negotiating net-zero carbon: an ANT analysis of two buildings
L Schweber & M Green

Design for disassembly: a review of public policy proposals
O Vorobjev, U Uotila, T Joensuu & A Saari

Retrofitting Norwegian residential buildings: an archetype-based dynamic stock model
L S A Rousseau, S Amini, S Akin & E G Hertwich

Decolonising time: vernacular villages and the politics of heritage temporality
R Al-Rabady

Commutes to alternative workplaces: GHG emissions and physical activity
J Taylor, L Thoen, A Espinosa Mireles De Villafranca, P Anashin, J Vanhatalo, D Milián Bernal & I Okkonen

Nine ‘myths’ about the building stock of Great Britain
S Evans, P Steadman, A Neto-Bradley, D Humphrey, R Liddiard,H Shamsi, J Palmer & G Simons


See all peer reviewed articles

Latest Commentaries

Freedom from Stress is Symptomatic of Death

Marcel Schweiker (RWTH Aachen University) and Richard de Dear (University of Sydney) discuss the neutrality fallacy and resilience. They explain why indoor environments do not need to be stress free in order to support their occupants’ resilience.

Photos: (c) Michael H. Ramage

At the 2026 Sustainable Buildings and Construction Summit Michael H. Ramage (Manchester School of Architecture, Centre for Natural Material Innovation, Manchester Metropolitan University) explained how new construction can substantially reduce its carbon footprint by using biogenic materials.  These materials lock in carbon during their growth and store it in use as building materials. This provides a significant reduction in CO2 emissions. The premises surrounding an inadequate supply of timber are shown to be false.

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