Join our innovative Health Technology and Services Research (HTSR) section at the Faculty of Behavioural Management and Social Sciences. We emphasize personal and professional development and encourage social activities. Contribute to future-proofing the healthcare system while maintaining accessibility and quality!
The Challenge
Our healthcare systems are facing growing and multifaceted challenges. The ever-increasing demand for care is outstripping capacity. At the same time, rapid technological advancements require constant adaption of intervention strategies, necessitating responsible use of our resources. These dual pressures highlight the need for innovative solutions to ease the burden on healthcare systems, optimize resource utilization, and enhance patient outcomes. Addressing these challenges requires the development and evaluation of strategies such as integrated care or personalised medicine that account for the complexity and dynamic nature of healthcare systems and their outcomes across various levels.
A highly motivated and skilled PhD candidate is needed to address crucial healthcare challenges using a systems approach, showcasing advanced simulation techniques. This position is ideal for someone with a strong foundation in healthcare systems and/or exceptional quantitative skills, who is driven to improve healthcare efficiency and sustainability.
In this research hybrid simulation model will be developed. This model should combine individual- and system-level elements. The main aim is to evaluate and optimize healthcare strategies through systems thinking. This could involve, for example, optimising cancer pathways through multidisciplinary care coordination.
The research will involve:
- Individual-Level Modeling: Using a bottom-up approach, patients will be simulated at the individual level, capturing unique responses to interventions and interactions with environmental and system resources.
- System-Level Modeling: At a higher level, parameters such as disease dynamics, population trends, and financial flows to provide a complete, system-wide perspective will be integrated.
This project requires partnering with healthcare organizations to make tangible impacts on healthcare delivery.