Testing the Tests: Advancing understanding of performance evaluation and innovations for sustainable, resilant and healthy buildings

Research Aims

The project aims to build on LSI’s internationally recognised expertise in BPE and may include:

• Refinement and critical evaluation of established measurement techniques such as co-heating tests
• Development of complementary or hybrid methodologies (e.g., synthetic data validation approaches)
• Exploration of novel paradigms and emerging testing regimes, including concepts such as co-cooling tests
• Investigation of the assumptions, limitations, and evolution of current BPE standards and practices
• Contribution to major national and international initiatives, including the UK SMETERs programme and the International Energy Agency Annex 94

A distinctive feature of this PhD is access to LSI’s world-leading research infrastructure, including a fully instrumented historic test building, two highly energy-efficient experimental test cells, and extensive datasets and calibrated building energy models with measured in-situ performance. These facilities will enable both controlled experimental studies and exploratory analysis, including investigation into the role of synthetic and hybrid datasets in building performance research.

The project is interdisciplinary in scope. While primarily technical, it may also consider the social and behavioural dimensions of building performance measurement, including how results are interpreted, trusted, and used by stakeholders across contexts such as new build and retrofit.

Expected Outcomes and impact

The research will generate new data sets, practical guidance and validation of existing and innovative BPE methodologies, which will inform practitioners and policy makers, and support assurance and finance models for innovations and BPE to promote sustainable, resilient and healthy buildings and communities.

Duration of funding: 36 months (three years)

Stipend Value: £21,805 (UKRI 2026/2027 rate)

Stipends are tax-free and paid pro-rata in monthly payments

We are seeking a highly motivated candidate with an interest in building performance, energy systems, and decarbonisation.

Applicants should have:

• A first or upper second-class honours degree (or equivalent) in a relevant subject such as:
• Building Physics
• Architectural Engineering
• Civil or Mechanical Engineering
• Environmental or Energy Engineering
• A Master’s degree in a relevant discipline (desirable but not essential)
• Strong analytical and problem-solving skills
• An interest in experimental methods, data analysis, and/or modelling
• Ability to work independently and as part of an interdisciplinary research team

Experience with building simulation tools, programming (e.g., Python, MATLAB), or experimental measurement techniques would be advantageous.

To apply, please visit the application portal which can be found through the Apply Now button. You need to select the project you would like to apply for, and include the application reference number clearly in your application. Please ensure that you include the following documents for a complete application:

• Your research proposal - you are advised to read through the research proposal guidance
• A statement of purpose (maximum 1000 words) that should include:
  • What knowledge, skills, and training would you bring to the proposed research? This may include relevant academic study, relevant experience as a professional or practitioner, and any specific training in research skills/methods
  • Why do you want to undertake this research at Leeds Beckett University?
  • How does the proposed research relate to your career goals?
• Scanned copies of your degree certificates (e.g. undergraduate or masters degree certificates) and transcripts
• Scanned copies of your English language qualification
• A current CV - you should include your employment history or other professional experience, including internships
• One academic reference