🎓 Bioengineering PhDs

Explore neuromodulation and spinal cord stimulation techniques to advance human motor control understanding. Develop innovative therapies using high-density EMG and movement analysis at Lehigh University with an interdi…

This research tackles critical challenges in neurological rehabilitation by developing new stimulation and diagnostic technologies that cou…

Explore the performance of an innovative microbial fuel cell reactor to treat wastewater while producing electricity. Investigate removal efficiencies for pollutants and gain expertise in advanced chemical and electroch…

This research advances sustainable water treatment by combining pollutant removal with renewable energy generation, addressing critical env…

Develop advanced computational models of neonatal brain connectivity using multimodal MRI data. Investigate neurodevelopmental conditions through integrated structural and functional brain networks, leveraging mathemati…

This research could redefine understanding of early brain development by creating models that connect brain structure and function in neona…

Explore synthetic peptide hydrogels to replace animal-derived ECM in organ-on-a-chip models. Test PeptiMatrix formulations for musculoskeletal tissue engineering across leading OoC platforms. Innovate animal-free 3D mic…

This project addresses critical limitations of current organ-on-a-chip models by eliminating animal-derived ECM components, reducing animal…

Explore innovative cross-disciplinary methods to prevent and reverse vascular disease progression. Engage with cutting-edge multi-omics, AI imaging, and regenerative biology to identify novel therapeutic targets for car…

This research addresses critical unmet needs by targeting secondary prevention of vascular diseases, which are leading causes of death glob…

This PhD develops patient-specific multiphysics computational models to study the anatomy, biomechanics, haemodynamics, and electrophysiology of the right heart before and after pulmonary valve replacement in patients w…

This PhD investigates the coupled aeroelastic and aerodynamic behaviour of badminton shuttles, combining computational modelling and experimental analysis to predict flight stability, drag, and performance.

Fully funded PhD at Cranfield University on MOF-based carbon capture combining experimental work and CFD modelling to develop scalable industrial decarbonisation solutions.

Fully funded EPSRC UDLA PhD studentships at Imperial in biomedical engineering and medicine, covering synthetic biology and cardiac imaging with interdisciplinary training and strong research support.

This PhD will develop computational workflows to generate thermodynamically consistent bond graph models from molecular dynamics simulations, bridging molecular biophysics and systems-level physiological modelling.

10 fully funded 4-year PhD positions on human models of cardiovascular disease (CVD), integrating bioengineering, multi-omics, and AI-powered health data, with interdisciplinary training across King’s and Imperial.

Three-year postdoctoral position at Leibniz-HKI in Jena, Germany, focusing on computational microbiome research and multi-omics integration to study gut bacteria’s systemic impact on human physiology.