Metadata
Title
Smart Construction and Impact Assessment (SC&IA)
Category
graduate
UUID
d93174b4fc8449f8b55675bddce4160f
Source URL
https://www.brookes.ac.uk/research/units/tde/groups/scia
Parent URL
https://www.brookes.ac.uk/engage-and-innovate/consultancy
Crawl Time
2026-03-19T05:18:36+00:00
Rendered Raw Markdown

Smart Construction and Impact Assessment (SC&IA)

Source: https://www.brookes.ac.uk/research/units/tde/groups/scia Parent: https://www.brookes.ac.uk/engage-and-innovate/consultancy

Group Leader(s): Professor Esra Kurul

Contact:

ekurul@brookes.ac.uk

+44 (0)1865484322

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About us

Research impact

Leadership

Membership

Projects

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About us Research impact Leadership Membership Projects

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About us

The SC&IA research group undertakes fundamental and applied research, and engages in knowledge exchange activities with an emphasis on dealing with global challenges and the climate emergency. The pedagogic implications of these challenges for the built environment disciplines is another strong theme.

Our activities cover a wide range of specialist and interdisciplinary areas, including:

Our aim is to provide the industry and policy makers with innovative decision-making tools and solutions for planning, procuring and delivering infrastructure and building projects and services that maximise economic, social and environmental benefits to society. The group has a wealth of expertise in assessing these impacts and benefits for ensuring there is equity and quality of life.

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Research impact

Our experts on environmental impact assessment have pioneered research on the local socio-economic impacts of major power station projects. Resultant insights have included:

Our group leader, Esra Kurul, was one of the co-authors of the working paper on climate change education published by the COP26 Network.\ \ A study led by Professor John Glasson provided a unique insight into the actual local impacts of the early construction years of the Hinkley Point C Project, currently one of the largest construction projects in Europe.

Leadership

Professor Esra Kurul

Professor of Sustainability Transitions in the Built Environment

View profile for Esra Kurul

Membership

Staff members

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Staff

Name Role Email
Dr Adeyemi Akintola Senior Lecturer in Quantity Surveying and Commercial Management aakintola@brookes.ac.uk
Dr Omar Amoudi Senior Lecturer in Construction Project Management oamoudi@brookes.ac.uk
Dr George Blumberg Senior Lecturer in Built Environment gblumberg@brookes.ac.uk
Professor Martin Broderick Visiting Professor & Examining Inspector for National Infrastructure Projects, Planning Inspectorate mbroderick@brookes.ac.uk
Dr Bridget Durning Reader in Environmental Assessment & Management bdurning@brookes.ac.uk
Professor John Glasson Professor Emeritus in Planning and Impact Assessment jglasson@brookes.ac.uk
Mr Max Muncaster Senior Lecturer in Building Services mmuncaster@brookes.ac.uk
Dr Husein Perez Research Fellow in Construction Informatics hperez@brookes.ac.uk
Dr Adrian Robinson Senior Lecturer in Construction Technology arobinson@brookes.ac.uk
Professor Joe Tah Pro Vice-Chancellor, Research and Innovation jtah@brookes.ac.uk
Dr Graham Wood Associate Professor in Environmental Planning and Spatial Analysis gjwood@brookes.ac.uk

Projects

Active projects Completed projects

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Active projects

Project title and description Investigator(s) Funder(s) Dates
BIM-Based End-of-Life Planning for Temporary Modular Buildings Funded by the Research Grant Council of Hong Kong Special Administrative Region. The Hong Kong government is developing modular social housing to help vulnerable individuals and households transition into long-term housing. Temporary modular buildings (TMBs) are vital for urgent needs like social housing but often create significant waste at the end of their lives. This study aims to find a more sustainable solution by exploring and evaluating the deconstruction of these buildings for reuse and recycling. The research will develop a new evaluation method to assess the economic and environmental benefits of TMB deconstruction, using a statistical model to identify the most influential factors. The project will also create a unique BIM (Building Information Modelling) plug-in to provide a quick and easy tool for assessing sustainability. The results will give planners and project teams the necessary information to make more sustainable end-of-life decisions for these structures. Dr Jackie Yang RGCHK From: January 2023 Until: December 2025

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