Funded Research Projects

Exploring innovative solutions for healthier, more sustainable buildings through our pump-priming research projects.

Healthy Buildings Research

Pump-Priming Research Projects

In early 2025, the Healthy Buildings Network awarded funding to four innovative research projects exploring different aspects of healthy building environments. These projects represent collaborative efforts across multiple disciplines.

4

Funded Projects

Each project received £3,000 in funding to conduct exploratory research over a 6-month period. These pump-priming projects were selected for their innovative approaches, cross-disciplinary collaboration, and potential to generate preliminary data for larger funding applications.

11
University Departments
9
Different Institutions
15
Investigators

Meet Our Projects

Living in Clover

With a clover living roof

Project Overview

This project explores the potential of clover (Trifolium spp.) as a versatile and sustainable option for living roofs. Going beyond traditional green roof benefits of insulation and carbon capture, the team investigates how clover’s hardy, nitrogen-fixing qualities can support pollinators, boost soil health, and even serve as a potential protein source. The project aims to create multifunctional rooftop spaces that enhance urban biodiversity, improve water retention, and promote circular-economy principles.

Research Team

  • Prof. Gleb Yakubov

    School of Food Science & Nutrition, University of Leeds (Lead Investigator)

  • Mr. Michael Lewis

    Heugh Farm (Farming & crop development)

  • Dr. Gesa Reiss

    Faculty of Biological Sciences, University of Leeds

  • Dr. Alexander Bowler (ECR)

    Faculty of Environment, University of Leeds

Expected Outcomes

  • Develop innovative clover-based living roofs that support pollinators and enrich soil health
  • Produce feasibility assessments, techno-economic analysis, and life-cycle models for clover turf
  • Investigate clover’s potential as a sustainable plant-based protein and end-of-life soil reuse
  • Engage architects, urban planners, and civil engineers to extend adoption of clover roofs
Project Duration: April - October 2025
Project Details

ThermoAge

Indoor Temperature & Falls in Older Adults

Project Overview

THERMOAGE examines how exposure to cold or heat extremes indoors can affect posture, muscle function, and the risk of falling in older adults. By combining controlled climate chamber sessions, biomechanical monitoring, and occupant diaries, the study seeks to identify threshold indoor temperatures where balance and safety may be significantly compromised.

Research Team

  • Dr. Silvia Caggiari (Lead Investigator)

    Faculty of Biological Sciences, University of Leeds

  • Dr. Sally Shahzad

    School of Civil Engineering

Expected Outcomes

  • Identify temperature thresholds linked to increased fall risk
  • Provide building and policy recommendations for older adults’ thermal safety
Project Duration: May - October 2025
Project Details

Human-Centered Housing

Evidence-Based Design

Project Overview

“We shape our buildings, thereafter they shape us.” This project seeks to bridge the gap between compliance-focused housing standards and the real-world needs of residents. By integrating technical regulations with Post-Occupancy Evaluation (POE) data, we aim to embed occupant well-being, health, and happiness into the design process. Stakeholders—including developers, policymakers, architects, and residents—will collaborate to ensure new housing actively supports physical and mental well-being.

Research Team

  • Dr. Alexa Ruppertsberg

    Head of Public Engagement with Research, University of Leeds

  • Additional Stakeholders

    Developers, policymakers, local communities (TBD)

Expected Outcomes

  • Collaborative framework aligning technical standards with occupant well-being
  • Practical design guidelines to create healthier, more inclusive housing
Project Duration: Early 2025 – 31 October 2025
Project Details

Indoor–Outdoor Air

Passive Houses Study

Project Overview

Investigating how airtight, energy-efficient designs like Passive Houses influence indoor and outdoor air quality (I-O AQ). This project monitors pollutants such as NOx, CO₂, PM2.5, and ultrafine particles, correlating them with occupant behavior and ventilation practices.

Research Team

  • Prof. Alison Tomlin

    SCAPE, University of Leeds

  • Dr. Douglas Booker

    Civil Engineering, University of Leeds

Expected Outcomes

  • Establish experimental protocols for I-O AQ studies in Passive Houses
  • Gain insights into the role of occupant practices on indoor pollutant levels
Project Duration: Starting April 2024
Project Details

Research Impact

Health Benefits

Our research aims to improve indoor environments to reduce respiratory issues, allergies, and stress-related health problems, while enhancing overall wellbeing.

Environmental Impact

By developing more sustainable building practices and technologies, our projects help reduce energy consumption, carbon emissions, and resource use.

Social Equity

Our research emphasizes inclusive approaches that benefit diverse populations, with particular attention to vulnerable groups and underserved communities.

Pathway to Impact

1

Pilot Research

Small-scale studies to test concepts and gather preliminary data

2

Expanded Research

Larger studies based on promising pilot results

3

Real-World Impact

Implementation of findings in policy and practice

Future Funding Opportunities

Next Funding Round

We plan to launch our next round of pump-priming research funding in October 2025. Like our initial round, projects will receive £3,000 in funding and should address one or more aspects of healthy buildings research.

We especially encourage:

  • Cross-disciplinary collaborations that bridge technical and social perspectives
  • Projects with potential for scaling up or securing larger external funding
  • Research addressing health inequalities and climate resilience

Key Dates

  • 1

    October 2025

    Call for proposals opens

  • 2

    November 2025

    Application deadline

  • 4

    January 2026

    Projects begin

External Funding Opportunities

We also help connect our members with external funding opportunities in healthy buildings research. Join our network to receive regular updates on grants from agencies like UKRI, Innovate UK, and the Wellcome Trust.

Join Our Network

Connect With Our Researchers

Interested in learning more about our projects or exploring potential collaborations? Connect with our research teams directly.

Email Us

Reach out to our network directors with questions about projects or funding opportunities.

healthy_buildings_network@leeds.ac.uk

Join Our Seminars

Attend our regular seminars to meet researchers and discuss ongoing projects.

View Upcoming Events

Join Our Research Community

Become part of our growing network of researchers, practitioners, and innovators working together to create healthier, more sustainable built environments.