Aeromedical Economics

Learning outcomes

By the end of the course, participants will have developed a comprehensive understanding of the fundamental principles of health economics and their application to aeromedical services, including helicopter emergency medical services (HEMS) and fixed-wing air ambulance systems. They will be able to explain how scarcity of resources, opportunity cost, efficiency, equity, and market failures shape decision-making in aeromedical care, where time pressure, high fixed costs, and life-critical outcomes make economic choices both unavoidable and ethically significant.

Participants will be able to analyze the full cost structure of aeromedical operations, distinguishing between fixed readiness costs and variable mission-related costs, and understanding how utilisation, base configuration, fleet composition, and geographic coverage influence overall efficiency. They will gain the ability to interpret and critically assess the true economic cost of aeromedical readiness, including hidden and opportunity costs such as downtime, delayed access, and lost health outcomes.

Moreover, learners will develop the skills to evaluate the cost of care delivered during aeromedical missions, including advanced and ICU-level interventions such as trauma resuscitation, neonatal transfer, and ECMO-capable transport. They will be able to assess how mission type, clinical complexity, and crew configuration affect both expenditure and health outcomes, and to compare interventions using internationally accepted economic metrics such as cost-effectiveness, cost-utility, and cost per quality-adjusted life year (QALY).

Participants will also acquire the competence to conduct and interpret budget impact analyses and cost–benefit analyses for aeromedical systems. They will be able to quantify the economic value of reduced response times, avoided mortality, prevented disability, and restored productivity, translating clinical performance into societal and economic benefits that are meaningful for policymakers, funders, and health system leaders.

In addition, learners will understand and critically compare the major strategic funding and governance models used worldwide for aeromedical services, including publicly funded systems, insurance-based reimbursement, membership schemes, public–private partnerships, charitable models, and hybrid approaches. They will be able to evaluate the strengths, limitations, and sustainability of each model in different national and regional contexts, particularly under conditions of fiscal constraint, crisis, or increased demand.

Finally, participants will be able to apply systems-level and evidence-based thinking to real-world aeromedical scenarios, integrating economic analysis, clinical outcomes, and strategic planning to support robust decision-making. Through these competencies, they will be equipped to design, justify, and defend aeromedical systems that maximise health gains, ensure equitable access, and deliver long-term value for patients, health systems, and society.