Where Anatomy Meets Technology

Healthcare technologies are developing rapidly, transforming how we visualise, investigate and understand the human body.

At the same time, advances in areas such as medical imaging, simulation, diagnostics and medical device development continue to depend upon a detailed understanding of anatomy, biological function and human variability.

For me, that close relationship between anatomy and technology sits at the heart of this programme.

My own work has involved using imaging, modelling and biomechanical approaches to investigate anatomical structure and function, alongside collaborative work contributing to software and device development. Increasingly, many of the challenges emerging within healthcare technology require not only engineering and computational expertise, but also detailed understanding of anatomy.

Whether designing imaging tools, surgical technologies, implants or diagnostic systems, technologies must ultimately function within highly variable biological systems. Anatomical knowledge, therefore, plays an important role not only in understanding the body itself, but also in informing, evaluating and improving the technologies designed to investigate or interact with it.

The PGCert/PGDip/MSc in Health Technology and Human Anatomy has been designed to bring these areas together through a combination of advanced anatomical study and practical engagement with current and emerging healthcare technologies.

What makes this programme distinctive?

The programme combines hands-on anatomical study with exploration of a range of current and developing healthcare technologies. Students will work within specialist anatomy facilities, including anatomical dissection, while also engaging with areas such as medical imaging, AI-assisted image analysis, segmentation, 3D modelling and printing, simulation, computer-aided diagnosis and wider healthcare technologies.

These approaches have growing applications across healthcare and research, ranging from patient-specific surgical planning and medical simulation to medical device development and the creation of digital anatomical models for education and clinical practice.

Importantly, the programme is not simply about learning to use technology. It is about understanding how anatomy, imaging, engineering, and healthcare technologies interact, and developing the ability to critically evaluate how these approaches can be applied safely, effectively, and meaningfully within healthcare, education, and research settings.

Students will also work alongside anatomists, clinicians and medical engineers, gaining insight into the increasingly interdisciplinary nature of modern healthcare innovation and practice.

Who is the programme for?

One of the strengths of the programme is its interdisciplinary nature. Students may come from backgrounds including healthcare, anatomical sciences, medical imaging, engineering, education or related disciplines, and may already be working within clinical, technical or academic settings.

For some students, the programme offers an opportunity to strengthen their understanding of anatomy and biological systems. For others, it provides greater insight into imaging, modelling, simulation and emerging healthcare technologies. In many cases, students are looking to bridge gaps between disciplines and develop a broader understanding of how anatomy and technology increasingly interact within modern healthcare and education.

The programme has therefore been designed to support students with a wide range of professional interests and backgrounds, including those wishing to build upon existing clinical, technical, research or educational experience.

Preparing students for future practice and innovation

Healthcare and healthcare education are continuing to evolve rapidly, and many of the roles students may eventually work within will themselves continue to change over time. Rather than focusing on a single technology or career pathway, the programme aims to help students develop the anatomical understanding, critical thinking and interdisciplinary perspective needed to engage confidently with emerging developments across healthcare, research and education.

Flexible study routes

Recognising that many prospective students may already be working within professional or clinical roles, the programme offers flexible study options including Postgraduate Certificate, Postgraduate Diploma and MSc routes, together with part-time study opportunities.

This flexibility allows students to tailor their level of study according to their individual interests, career goals and existing commitments.

Find out more about the PGCert/PGDip/MSc in Health Technology and Human Anatomy.

About Dr Laura Fitton

Dr Laura Fitton is an anatomist whose work focuses on the relationship between anatomical structure, function and technology. She has over 20 years’ experience working across interdisciplinary environments spanning anatomy, biomechanics and medical engineering, including roles within both anatomy and medical engineering departments.

Her research and collaborative work have involved imaging, biomechanical modelling, software development and translational healthcare technologies, with interests in craniofacial development, anatomical form and function, and the application of engineering approaches to biological and clinical questions.