Medical Technology Design for Global Health

Healthcare challenges in developing regions require innovative, low-cost, and highly resilient technological solutions. Designing medical devices under strict resource constraints is key to making a lasting global impact. This course guides you through the entire design lifecycle of medical technologies for resource-limited settings. You will transition from understanding core global health challenges to conceptualizing practical, culturally appropriate, and sustainable medical devices. What you will learn: Understand the unique clinical, environmental, and economic constraints of healthcare in developing regions; Apply human-centered design principles to identify real-world medical needs and user requirements; Learn how to design low-cost diagnostic, therapeutic, and assistive technologies; Explore modern digital health solutions, including telemedicine and mobile health applications for rural clinics; Navigate international regulatory pathways, safety standards, and WHO guidelines for medical devices; Evaluate sustainable manufacturing, local sourcing, and maintenance strategies for long-term device viability. The course begins with foundational definitions of global health metrics and resource constraints before moving into design methodologies, case studies, and regulatory considerations. You will read through detailed design scenarios and analyze real-world device applications. This course is designed for beginners, aspiring biomedical engineers, global health enthusiasts, and product designers with no prior medical hardware experience. Start learning how to design life-saving technologies that can thrive in any environment.