International Conference on Evolving Cities & Towns
ICEC2025 | 16 – 18 July 2025 in Southampton UK
A SELECTION FROM ACCEPTED ABSTRACTS FOR ICEC 2025
See below for a sample of some of the accepted abstracts, note that the abstract portal is still open with many abstracts currently under review.
- A Data-Analytics Approach for Renewable Energy Forecasting: A Case Study of Najran University, Saudi Arabia
- A Probabilistic Assessment of Hydrogen Pathways for Southampton’s Net Zero Transition
- A study on empirical prediction and monitoring of bridge pier scour depth: implications for asset owners and operators
- Adaptive Thermal Comfort Behaviours in UK Homes: Insights from Occupant Feedback
- AI-Based Rooftop Assessment for PV Deployment in Saudi Arabia
- AI-Driven Urban Well-Being: A Conceptual Framework for Human-Centered Smart Cities and Sustainable Livability
- Anchor Points for Interventions in Decision Making for Cities and Combined Authorities
- An Evaluation of Sustainable Mobility Pattern in a Sub-urban University
- Civic collaborative worldbuilding via role-playing games: recommendations from two case studies
- Climate Change Weather Files: A Comparison of Future Weather Generators for Building Simulation
- Clean energy building components for off-grid architecture
- Coastal cities and sea-level rise
- Effect of E-Mobility in Developing Cities – Case Study in Nairobi, Kenya
- Energy-saving potential of TPV glass integrated into existing and heritage buildings: a case study during a heatwave event and a future climate scenario in a temperate region.
- Enhancing Multi-Level Building Energy Performance Using Benchmarks, Interpretable Data-Driven Models, and Occupancy Insights in a Digital Twin Framework
- European cities in the circular economy: challenges and experiences of a model for urban transformation
- Evaluating EV Infrastructure Requirements in UK Cities/Towns
- Flex in the Background: Preliminary Results from a 3-Year UK Field Trial Testing 3rd Party Control of Domestic Heat Pumps
- Global and Saudi Arabian Perspectives on PV Farm Supply Chains
- Healthy low-carbon transport: Integrating health and wellbeing co-benefits into the UK’s low-carbon transport journey
- Household Acceptance of Building-Integrated Photovoltaic Systems in Saudi Arabia
- Implementing Strategy as Practice in a Higher Educational Context
- Integrating Climate Change Adaptation into Building Design Codes: A Focus on Multi-Story Residential Buildings in Iran
- Integrating Monitoring and Modelling to Optimise Residential PV System Sizing: A Case Study in Jeddah
- Interpretable Data-Driven Digital Twin Approach to Optimise Energy Performance and Influence Sustainable Policy Decisions in University Campus
- Leveraging Blockchain and IoT for Smarter Construction: Digital Transformation of Modular Construction for Sustainability
- Pathways to Achieving Energy Transition in Kenya
- Post-COVID Trends in Staff Commuting at a Higher Education Institution
- Potential Energy Savings and Carbon Reduction of Tropical City using Digital Twin Technology: Case study of BERTAM City, Penang, Malaysia
- Pumped hydro energy storage plants in China: Increasing demand and multidimensional impacts identification
- Spatio-Temporal Transformation of River Island to Built-up Island : A Case of Coastal City, Cuttack, India
- Sustainability Benchmarking for University Sustainability: Understanding the Pathways to Net Zero
- Shared micromobility as a disruptive innovation: How theories of resistance can inform transformational transition in urban transportation
- Study on optical-thermal properties of phase change material transparent envelopes and their comprehensive impact on large-scale building environment
- Synergy of Tidal Power and Flood Alleviation in UK Estuaries
- The ETHOS research project on “Co-developed Environmental Solutions to Mitigate the Impact of Temperature Extremes on the Health of Vulnerable Populations”
- The Role of Anchor Loads in Enhancing Energy Flexibility on Islands
- Transformational Doughnut Infrastructure: Enabling Net Zero and Enhancing Resilience
- Turning the Dial – University of Southampton’s Progression to Net Zero
- Unlocking Heat Pump Demand Flexibility for Electricity Grid Services: A Quantitative Optimisation Approach
- Vulnerability and Risk Assessment Against Climate Change Attributable Extreme Heat and Flooding Events: A Case Study of Southampton
- Vulnerable populations’ perspectives on interventions to reduce the health impacts of exposure to extreme temperatures: a qualitative systematic review protocol