The School of the Built Environment has strong relationships with industry, professional institutions and governments around the world (and especially UK and Malaysia). This allows us to develop and transfer knowledge beyond the boundaries of the academic environment to provide you with the unique opportunity to conduct research in this part of the world.
Excellence in research
In the latest Research Excellence Framework (REF) 2021, 100% of the University of Reading's research in Architecture, Built Environment and Planning is rated of international standing (REF 2021, combining 4*, 3* and 2* submissions), and 100% of our research impact in the same Unit of Assessment has been classed ‘outstanding’ or ‘very considerable’ (REF 2021, combining 4* and 3* submissions).
The University is also ranked 6th in the UK for research power in Architecture, Built Environment and Planning (Times Higher Education, Institutions Ranked by Subject, based on its analysis of the latest REF 2021).
The School draws together expertise across a range of disciplines including organisation and management, design, sustainability, procurement and economics. There are many opportunities to explore research topics, which span interdisciplinary boundaries including:
- Architecture
Our architecture research explores the design of buildings and spaces that respond to social, cultural, environmental, and technological contexts. It integrates creative design thinking with evidence-based research, addressing contemporary challenges such as urbanisation, climate responsiveness, heritage conservation, and user-centred design. Through interdisciplinary collaboration, our work connects architectural innovation with sustainability, digital design tools, and real-world construction practices to shape resilient and future-ready built environments. - Energy and Environmental Engineering
Research in energy and environmental engineering focuses on improving building performance, reducing energy consumption, and minimising environmental impact. This area addresses topics such as building energy efficiency, renewable energy integration, thermal comfort, indoor environmental quality, and carbon reduction strategies. By combining engineering principles with advanced simulation and monitoring technologies, our research supports the development of low-carbon, climate-responsive, and energy-efficient buildings aligned with global sustainability goals. - Construction Project Management
Our construction project management research examines how projects can be planned, delivered, and governed more effectively in increasingly complex environments. Key themes include project performance, risk management, leadership, stakeholder engagement, cost and time control, and decision-making processes. This research supports the development of best practices that enhance productivity, accountability, and value creation across the construction lifecycle, with strong relevance to both public and private sector projects. - Sustainable Construction
Sustainable construction research addresses the environmental, social, and economic dimensions of the built environment. It focuses on reducing carbon emissions, promoting resource efficiency, improving lifecycle performance, and embedding sustainability principles in construction processes and policies. By integrating sustainability into design, materials selection, construction methods, and asset management, this research contributes to the delivery of resilient, ethical, and environmentally responsible built assets. - Digital Technologies in the Built Environment
This research area investigates the transformative role of digital technologies in shaping the future of the built environment. It covers Building Information Modelling (BIM), digital twins, artificial intelligence, data analytics, automation, and smart construction systems. Research in this domain enhances collaboration, decision-making, and performance across design, construction, and operation stages, supporting the digital transformation of the construction and property sectors. - Construction Contracts and Procurement
Research in construction contracts and procurement focuses on legal, commercial, and organisational frameworks that govern construction projects. Key areas include contract administration, risk allocation, dispute resolution, procurement strategies, and collaborative delivery models. This research supports the development of fair, efficient, and transparent contractual practices that improve project outcomes, reduce conflict, and align stakeholder interests across the supply chain. - Civil and Structural Engineering
Our civil and structural engineering research addresses the design, analysis, and performance of infrastructure and structural systems. It covers areas such as structural safety, materials innovation, durability, resilience, and infrastructure sustainability. By combining engineering theory with applied research and digital tools, this area contributes to the development of safe, robust, and sustainable structures capable of meeting current and future societal needs.
Find a PhD supervisor
For more details of the research interests of our academic staff:
Our UK academic staff will act as co-supervisors to provide support for the students.
What to do next?
For informal inquiries regarding the PhD programme, please contact
Once you are ready to make a formal application, you can apply through our online application service. This allows you to include electronic copies of your curriculum vitae, initial research proposal, academic transcripts, certificates and other supporting information.
Here’s what to expect after submitting your application:
- Academic Requirements Screening: Your application will first be reviewed to ensure that you meet the necessary academic requirements.
- Initial Review by Head of School (HoS): If the requirements are met, the HoS will review your application to evaluate the strength and academic quality of your proposal, as well as to determine whether a suitable potential supervisor is available in your proposed area. Applicants are therefore strongly encouraged to submit research proposals aligned with the School’s research priorities and staff expertise. Proposals outside these areas are less likely to be considered.
- Research Proposal Presentation (Optional): You may be invited to present your initial research proposal to the School.
- Refinement with Potential Supervisor: Once a potential supervisor with relevant expertise and interest is identified, you will have the opportunity to work with them to refine your proposal and develop it into a novel research project that will make significant contributions to your field.
- Submission for Review: After your supervisor approves the refined proposal, it will be submitted to the DPGRS and the HoS. This version will form the basis of your PhD interview.
- PhD Interview: You will be invited to give a presentation of your refined research proposal, followed by a Q&A session. This allows the panel to assess the rigour of your research, your understanding of the topic, and your suitability for the PhD programme.
- Decision Notification: The outcome of your application will first be communicated via email, followed by the official decision on RISIS.
