Research Associate in Geotechnical Modelling for Climate-Resilient Earthworks

Overview

Loughborough University invites applications for a Research Associate in Geotechnical Modelling for Climate-Resilient Earthworks within the School of Architecture, Building and Civil Engineering. The position involves working closely with Professor Alister Smith and a research group of doctoral researchers on a major research programme focused on climate-resilient earthworks. The role is offered as a full-time, fixed-term contract for 24 months with a possible extension. Work arrangements include both hybrid and onsite options based at the university.

What you get

The position offers a salary ranging from £35,608 to £36,636 per annum on Specialist and Supporting Academic Grade 6, subject to annual pay awards. Staff benefits include generous time off with 14 university closure days and bank holidays, a holiday purchase scheme, flexible and hybrid working options, and family-friendly support. Additional perks include access to world-class sporting facilities alongside various financial, health, and sustainability benefits.

Requirements

Applicants must have experience in performing simulations of hydraulic and mechanical behaviour utilizing geotechnical numerical analysis packages. Candidates need experience in developing numerical models for geotechnical problems while calibrating and validating them against laboratory and field measurements. A strong understanding of unsaturated soil mechanics, constitutive models for soil behaviour, and the impacts of environmental loading on geotechnical assets is required. Additional qualifications include strong communication, interpersonal, self-management, and organisational skills, alongside a demonstrated ability to write high-quality journal papers and present to academic and industry audiences. A willingness to work collaboratively in a team and build relationships with industry partners and stakeholders is also essential.

Key dates

The closing date for applications is 8 November 2026.