Thematic Working Group V

Occupant Needs and Behaviour

Thematic Working Group V

Led by The University of Strathclyde

University of Strathclyde Glasgow
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TWG V key research areas

Understanding occupant needs and aspirations, addressing fuel poverty and evaluating the impact of energy-related interventions

TWG V will harness existing expertise in energy behaviours and social science, to undertake multi-dimensional studies ‘pre and post works’, through engaging with building users to better understand occupant needs to enhance decision-making. Work in this area will draw on key agency experts such as the Existing Homes Alliance, Energy Savings Trust, WWF, Scottish Federation of Housing Associations and LA Chief Housing Officers all of which are focussed on the need for a Just Transition to net zero, with a particular focus on alleviation of Fuel Poverty and a better understanding of building users’ needs and aspirations to ensure alignment of new and innovative solutions with reality on the ground. This will be achieved by gathering knowledge through community engagement and drawing on the experience of working group partners. The work will benefit multi-stakeholders including residents, policymakers, technology developers, and housing providers by enabling a user-focused and evidence-based approach managing energy in homes for net-zero delivery.

Dr Lori McElroy

Academic Lead

Lori McElroy
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Dr Lori McElroy MBE is Professor of Smart, Resilient Cities in the Department of Architecture at the University of Strathclyde. Active for over 30 years in practice and research, Lori is an internationally recognised expert in the application of building performance simulation in architecture and sustainable design.

Dr Muhammad Zaeem Farooq

Postdoctoral Research Associate

Muhammad Zaeem
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Zaeem is a Research Associate at Department of Architecture in University of Strathclyde. He holds a PhD in Mechanical Engineering from Strathclyde. His research interests surround indoor air quality and ventilation and includes building simulation, physics of airflow dynamics and energy efficiency of buildings.

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