Research in the School of Science and Engineering

We explore fundamental and applied research to build on our knowledge, creativity and expertise in addressing global challenges.

Soil Engineering Masters student
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Our research strategy for the next five years is to harness the transdisciplinary power of the School across Anatomical Science, Computing, Forensic Science, Engineering (Biomedical, Civil, and Mechanical and Industrial), Mathematics, and Physics to focus on the following key strategic themes, engaging with internal or external partners in joint challenge-led ventures:

  • Empowering Society through Science and Technology – ensuring the protection and development of a fair, just and equitable society.
  • Enhancing Human Health and Wellbeing – addressing challenges in healthcare, quality of life and accessibility.
  • Ensuring Environmental Sustainability – enabling future generations to operate in an environmentally sustainable way regarding energy consumption and impact on natural resources.

Our research is organised in six clusters of excellence that bring to bear the mix of talent, expertise and skills required to address these societal challenges.

Biomedical Imaging and Technology

Biomedical Sciences

Using imaging and technology to address challenges in medicine and the life sciences through the application of optical imaging and microscopy, ultrasound, endoscopy, biomechanics, machine learning and anatomy.

Biomedical Imaging and Technology

Computer Science and Informatics

a student working at a desk with paper and a computer

Research and collaboration spanning a range of areas including artificial intelligence, argument technology, medical image analysis, computer vision, and human-centred computing.

Computer Science and Informatics

Forensic Sciences

2 people in a lab looking at bones

Using unconventional, novel and ground-breaking methodologies, interactions and engagement with multiple stakeholders and the public to build trust in science and its implementation in the justice system.

Forensic Sciences

Future Infrastructure and Environment

Engineering students using water tank

Contributing to the United Nations Strategic Development goals through interdisciplinary research involving Concrete Technology, Structural Engineering, Geotechnical Engineering, and Fluid Mechanics.

Future Infrastructure and Environment

Mathematical Sciences and Computational Physics

glowing red lights

Developing mathematical theories as well as numerical, computational and observational methods to understand how complex systems in biology, physics and astrophysics work.

Mathematical Sciences and Computational Physics

Material Science and Engineering

Large Hadron Collider at CERN

Addressing the need for improved material properties for related industrial sectors to create a range of innovatory functional materials and micro/nano-structured surfaces and coatings.

Materials Science and Engineering