EPSRC FIBE3 CDT PhD Studentship with Buro Happold and Ramboll – Prediction of Future Technical Performance of Lower-Carbon Concretes
University of Cambridge – Department of Engineering
Cambridge, United Kingdom
General Description
The University of Cambridge invites applications for a fully funded PhD studentship within the EPSRC Centre for Doctoral Training in Future Infrastructure and Built Environment: Unlocking Net Zero (FIBE3 CDT). This four-year (1+3 MRes/PhD) doctoral programme focuses on advancing sustainable infrastructure through research that supports the transition to net-zero carbon systems.
This project, delivered in collaboration with industry partners Buro Happold and Ramboll, focuses on the prediction of future technical performance of lower-carbon concretes. Cement production currently accounts for approximately 5–7% of global CO₂ emissions, reflecting society’s heavy reliance on concrete for infrastructure. A rapid transition toward lower-carbon concrete technologies is therefore essential to meet climate and sustainability targets.
By the 2030s, the construction sector is expected to adopt a wider range of concrete technologies with improved performance characteristics, less prescriptive design codes, and more flexible performance-based standards. However, many innovative concrete formulations are not currently covered by existing building codes and standards, and incorporating new materials into regulatory frameworks often requires extensive validation over long timeframes. This lack of validated pathways for assessing long-term performance remains a major barrier to the adoption and scaling of low-carbon concrete technologies.
The doctoral research will investigate methods to better predict the long-term performance of emerging low-carbon concrete materials. The project will combine advanced experimental techniques with multi-physics modelling to understand how different binder and concrete formulations perform over time. Experimental work will utilise the latest digital measurement technologies and state-of-the-art equipment available in the Cambridge Civil Engineering laboratories.
The research aims to generate insights that support the development and specification of concrete compositions capable of achieving scalability, reliable performance in both fresh and hardened states, and reduced carbon intensity. Outcomes of the project will contribute to improved confidence in novel concrete technologies and help accelerate their adoption in infrastructure and construction.
The successful candidate will join the FIBE3 CDT cohort, benefiting from interdisciplinary doctoral training, collaboration with industry partners, and engagement with a research community dedicated to sustainable infrastructure innovation.
Eligibility Criteria
Applicants should have, or expect to obtain before the start of the programme, at least a high Upper Second Class (2:1) honours degree, preferably a First Class degree, in engineering, physical sciences, or another relevant discipline. A Master’s level qualification in a relevant subject area is desirable.
Fully funded studentships covering tuition fees and maintenance are primarily available for eligible Home (UK) students. A limited number of international applicants may also be considered for funding later in the recruitment process.
Required Expertise/Skills
Strong academic background in engineering, materials science, civil engineering, or a related scientific discipline
Interest in sustainable construction materials and low-carbon infrastructure technologies
Knowledge or interest in concrete materials and structural performance assessment
Ability to conduct experimental research and computational or multi-physics modelling
Strong analytical and problem-solving abilities
Excellent written and verbal communication skills suitable for academic and technical reporting
Capacity to work independently and collaboratively within multidisciplinary research teams
Salary Details
The studentship provides full funding including tuition fees and a maintenance stipend at the prevailing UKRI doctoral rate for the duration of the programme.
Application Deadline
15 April 2026