Dr Mingyu Zhu
- Research Associate (Urban Studies & Social Policy)
email:
Mingyu.Zhu@glasgow.ac.uk
pronouns:
He/him/his
Urban Big Data Centre 6-203, 7 Lilybank Gardens, University of Glasgow, Glasgow, G12 8RZ
Biography
My research explores how social, civic, and environmental infrastructure adapts to the challenges of increasing urbanisation and societal transitions. With a background in architecture, my work spans civil and geospatial engineering, urban and architectural design, and human-computer interaction.
I employ innovative approaches, including urban big data analysis, participatory social surveys, and multimethod simulation methods. My primary interest lies in cross-disciplinary collaborations that bridge engineering, social sciences, and art & design, with a focus on designing, constructing, and managing urban built environments to enhance sustainability, inclusiveness, and resilience.
I have collaborated with institutional and infrastructural bodies, including the Defence Science and Technology Laboratory, the Port of Tyne, Understanding Society, various social justice charities, and local governments.
Before transitioning to academia, I worked in architectural and planning consultancy, delivering a diverse range of projects globally.
Research interests
Urban Digital Twin
Urban management, Urban design, VR/AR/XR
Socio-spatial Resilience
Participatory planning, Building energy simulation, Parametric design, Retrofitting
Critical Infrastructure
Maritime port, Climate adaptation
Research groups
Publications
Prior publications
Article
Mingyu Zhu, Qunshan Zhao, Jiayi Jin (2026) Hidden Vulnerability and Heat-Triggered Decompensation: Rethinking Urban Overheating Beyond Clinical Risk Crossref. (doi: 10.31235/osf.io/yjebp_v1)
Komali Kantamaneni et al. (2025) Shoreline change assessment in rapidly urbanizing coastal megacities using geospatial techniques AIMS Geosciences Mingyu Zhu. ISSN 2471-2132 (doi: 10.3934/geosci.2025031)
Grants
- 2025-2026. Co-I. Digital Twin for Clyde Port: Building Collaborative Foundations for Sustainable Transitions. ESRC IAA.
Additional information
For more information. Visit personal website. https://mingyuzhu.net/
