🎓 Biomedical Engineering PhDs

Explore multiscale blood flow and cell mechanics through computational and machine learning models. Integrate experimental data with simulations to advance biomedical applications in blood diseases.

This research addresses critical challenges in understanding blood flow mechanics and disease pathology through integrated computational an…

Explore the challenges of securing and modernizing power systems as you research grid stability, smart grids, and cybersecurity. Join a vibrant, multidisciplinary team at Toronto Metropolitan University driving innovati…

This research is vital for securing and stabilizing modern energy infrastructures globally as renewable energy sources and digital controls…

Explore advanced optical, ultrasound, and photoacoustic imaging technologies for biomedical applications. Develop innovative multimodal imaging systems to improve diagnostic precision and healthcare outcomes.

This research advances diagnostic medical imaging by developing integrated optical and acoustic systems that enable early and accurate dise…

Develop and validate AI-enhanced CBCT workflows for adaptive lung cancer radiotherapy. Integrate imaging and liquid biopsy data to personalize treatment and improve outcomes. Collaborate in a multidisciplinary team at a…

This research could transform lung cancer treatment by enabling real-time adaptive radiotherapy based on daily anatomical and biological tu…

Explore cutting-edge AI techniques like generative and foundation models to advance medical image analysis. Investigate multimodal and vision-language models to develop robust, explainable algorithms that improve clinic…

This research enhances healthcare by developing AI models that improve diagnostic accuracy and clinical workflows, leading to better patien…

Explore how mechanical forces control immune cell behavior to innovate therapies for bone fracture healing. Join Trinity College Dublin's Hoey Lab for a multidisciplinary PhD integrating biomechanics, immunology, and bi…

This research addresses the critical unmet need for improved treatments of osteoporosis-related fractures that currently result in high mor…

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 how a digital health platform integrating continuous glucose monitoring and multilingual education can improve gestational diabetes management in Malaysia's diverse population. Investigate innovative biomedical …

Gestational diabetes is a growing health challenge in Malaysia, affecting diverse ethnic groups with varying language and cultural needs. T…

Explore how microplastics influence tumour growth by combining laboratory experiments and computational simulations. Investigate their role in altering tumour mechanics to impact cancer progression.

This research uncovers the effects of environmental microplastics in cancer biology, potentially influencing cancer initiation and progress…

Explore novel methods to separate microplastics from blood using acoustics and electrostatic forces. Develop clinically relevant devices leveraging multidisciplinary engineering techniques.

This research addresses a pressing public health concern by advancing methods to remove potentially harmful microplastics from blood, reduc…

Investigate novel separation techniques combining acoustic, electrostatic, and inertial forces to remove microplastics from blood. Develop innovative biomedical devices with potential clinical applications to reduce hea…

This research aims to develop clinically applicable devices to separate microplastics from blood, potentially mitigating associated health …

PhD at Monash University Malaysia focused on developing personalised glycaemic control systems for gestational diabetes using computational modelling and real-time data.