This activity showcases important interdisciplinary health research led by PhD students at the Centre for Doctoral Training in Complex Systems for Defence and Security at the University of Southampton. With support from biologists, engineers, computer scientists, and physiotherapists, you will explore how new technologies can address health challenges in high-risk environments, from combatting infectious diseases to preventing musculoskeletal (MSK) injuries.

Learn about phage therapy, where naturally occurring viruses selectively kill bacteria, as a promising solution to antimicrobial resistance (AMR) which is being explored for treatment of urinary tract infections in servicewomen in high-risk geographical settings. You can also join the Phage Collection Project to discover phages, learn how they are identified, and even find and name one yourself. Interactive demonstrations include mobile phage laboratory models and VR experiences that bring the science of phage therapy and AMR to life.

Wearable technology can support more equitable, tailored advice and predictors of injury that could reflects differences in age, gender, and environment. This activity will explore wearable tech for monitoring movement, load, and fatigue to prevent MSK injuries. You can explore how gender differences can affect safety and performance, and how inclusive, data-driven design can improve wellbeing for all users, addressing inequities in devices often designed around male bodies.