Driven by curiosity. Driving changeHealthcare - research theme
Improving human health is a complex challenge that spans biology, engineering, medicine and data science. It requires approaches that move beyond individual technologies to consider systems, scale and real-world use.
Research in the Department of Chemical Engineering and Biotechnology approaches healthcare as a whole-system problem. Our work spans biological systems, medical technologies, materials and data-driven methods, with a shared focus on improving diagnosis, treatment and prevention of disease. It also aligns with one of the most significant areas of global research activity and investment, shaped by complex biological and societal challenges that require long-term, cross-disciplinary solutions.
How we approach healthcare
Our research in healthcare is grounded in chemical engineering and biotechnology, combined with insights from physics, chemistry, mathematics and computation. This enables researchers to design and engineer systems that operate effectively within biological environments while remaining practical and scalable.
Across the department, healthcare research focuses on:
- diagnostic technologies for earlier and more accurate detection
- materials and systems for targeted therapies and drug delivery
- medical devices and imaging approaches for monitoring and intervention
- data-driven methods to support personalised and predictive medicine
This work is carried out in close connection with clinical, industrial and translational contexts, ensuring that engineering innovation is informed by real healthcare needs.
A distinctive strength of the department is the integration of chemical engineering and biotechnology. This combination enables new approaches to healthcare, from understanding biological systems at a molecular level to designing engineered technologies that interface directly with living systems.
Research principles
Healthcare research in the department is guided by a commitment to accessibility, robustness and long-term impact. We focus on approaches that are scalable, reliable and applicable across diverse healthcare settings.
Instead of focusing on isolated technologies, our work emphasises integrated solutions that bring together engineering, biology and data science to address healthcare as a systems challenge.