Research Associate In Geotechnical Modelling Climate-Resilient Earthworks

Full time, Fixed-term for 24 months with a possible extension.

We are seeking a highly motivated Research Associate in ‘Geotechnical Numerical Modelling for Climate-Resilient Earthworks’ to work closely with Professor Alister Smith in the School of Architecture, Building and Civil Engineering at Loughborough University. Professor Smith holds a Network Rail and Arup / Royal Academy of Engineering Research Chair and leads a research group comprising nine doctoral researchers focused on climate-resilient earthworks.

The Research Associate will support the delivery of this major research programme through the development, calibration and validation of advanced numerical modelling frameworks, forensic analyses of historical earthwork failures, assessment of earthwork performance under extreme weather and future climate scenarios, and evaluation of asset intervention strategies. The postholder will also help coordinate the research group and play a leading role in disseminating and translating research outcomes through publications, presentations, stakeholder engagement and collaboration with industry partners.

The School of Architecture, Building and Civil Engineering (ABCE) was ranked 2nd (by both GPA and Power) amongst all UK institutions submitting to the Architecture, Built Environment and Planning Unit in REF
2021.

ABCE's research environment, which supports colleagues to develop and deliver cutting‑edge research and innovation, received the highest possible score, with 100% rated world‑leading (4*). ABCE is an integrated Built Environment School delivering degree courses in Civil Engineering, Architectural Engineering, Architecture, Construction Engineering Management, Construction Management and Quantity Surveying, and Urban Planning.

Our faculty comprises around 80 academics spanning these disciplines. We strive for academic excellence and provide a research environment where everyone can thrive. Further information is available at:

• Experience in performing simulations of hydraulic and mechanical behaviour using geotechnical numerical analysis packages.
• Experience developing numerical models for geotechnical problems and calibrating and validating them using laboratory and field measurements.
• Strong understanding of unsaturated soil mechanics, constitutive models for soil behaviour, and the impacts of environmental loading on geotechnical assets.
• Excellent communication and interpersonal skills.
• Excellent self‑management and organisational skills, together with a committed and proactive approach to work.
• Willingness to work as part of a team, with evidence of effective performance in collaborative research environments.
• Ability to develop and maintain strong collaborative relationships with industry partners and other stakeholders.
• Demonstrated ability to write high-quality journal papers and deliver presentations to academic and industry audiences.

This post offers an opportunity to apply and further develop your technical skills in geotechnical engineering, work alongside a cohort of doctoral researchers, collaborate with academics and industry partners, and contribute within a collaborative and supportive environment. The role offers a wide range of opportunities for technical, professional and career development.