Durham University
Postdoctoral Research Associate - Biomechanics
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Postdoctoral Research Associate - Biomechanics
Postdoctoral Research Associate in Bioengineering
About the Department
The Department of Engineering at Durham University is recognised as one of the very best in the UK. In the 2021 Research Excellence Framework (REF), the Department achieved:
- 95% of its publications rated as 3/4**
- All impact case studies graded 3/4**
The department showcases significant research excellence across multiple disciplines, with current focus areas in three Research Challenges:
- Sustainable Infrastructure
- Future Energy Systems
- Advanced Materials, Electronics and Communications
Additionally, research is grouped under eight Research Nodes, based on technical expertise and shared interests.
The Department thrives on collaborative, interdisciplinary research, supported by strong partnerships with industry. Its strategic vision includes growth over the next five years, with enhancements to the research portfolio and enrichment of:
- Undergraduate provision
- Postgraduate taught programmes
- Postgraduate research opportunities
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The department values an open, supportive, collegial, and diverse culture, advancing this mission through:
- The Equality, Diversity, Inclusion and Wellbeing Committee
- Its Athena Swan Silver Award
The Role
Applications are invited for a Postdoctoral Research Associate (PDRA) in Bioengineering at Durham University.
About the Position
We are looking for a highly motivated and ambitious researcher with expertise in:
- Biomechanics
- Finite element modelling (FEM)
- Medical image processing
- Additive manufacturing (AM)
This role will be conducted in close collaboration with Alma Mater Bologna and Great Ormond Street Hospital and is funded by the Academy of Medical Sciences.
- Fixed-term contract (21 months)
- Start date: 1/10/2026
- End date: 30/6/2028
- Ideal start: 1/10/2026
Project Overview
Title: "Biomechanical Design of Patient-Specific Fixation Methods for Mandibular Reconstruction Surgery"
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Project Goals
The project aims to develop patient-specific mandibular fixation methods for reconstruction surgery, tailoring the shape and mechanical properties of implants (such as miniplates and reconstruction plates) using additive manufacturing (AM). The goal is to optimise outcomes for long-term surgical success.
Key Objectives
- Finite Element Modelling (FEM) coupled with Design of Experiments (DoE) will guide the design of miniplates.
- Mechanobiological models of bone healing will be adjusted to create a robust predictive framework for patient-specific surgical outcomes.
- The validated model will help assess the performance of different fixation methods for mandibular reconstruction.
- A protocol for personalised, metal 3D-printed miniplates will be designed and experimentally validated.
The successful candidate should align with these objectives while delivering innovative research outcomes.
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