Bio-Engineering
Bio-engineering the Future
Improving quality of life through novel healthcare technologies - Creating advanced medical solutions through innovative biomaterials.
Exemplar Research
Multi Functional Biomaterials
Structural Tissue Scaffolds
Our primary aim is to develop advanced porous structures with optimised mechanical properties and biological functionality.
Clinical Orthopaedics and Surgical Techniques
Artificial Joint Design and Optimisation.
Working closely with Clinicians, we are optimising surgical techniques to bring direct benefits to patients undergoing total joint replacements.
Bioresorbable Materials
Tuning Material Behaviors to Enhance Biological Processes
Our primary aim is to develop advanced bone fixation devices which 'resorb' over time and are replaced by natural tissue.
Virtual Reality
Providing Insight To Injury
Using advanced virtual reality systems to gain insight into digital representations of biological systems .
Our Research Family
Dr Alex Lennon
Lecturer
Cell and tissue mechanobiology, implant biomechanics, bio-engineering simulation
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Dr Pamela Walsh
Senior Lecturer
Development and functionalisation of marine materials, mainly seaweeds and microalgae
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Dr Eoin Cunningham
Senior Lecturer
Biomedical device development, biodegradable polymers, hard tissue scaffold production
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Prof. Biqiong Chen
Professor
Biomimetic elastomers and nanocomposite hydrogels for soft tissue engineering, nanocomposites for drug delivery, nanoparticles for bioimaging and cancer therapy
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