Collaborative Development of a Simulation-augmented Health Education Program in Resource-challenged Regions.

Area of Science:

• Global Health
• Medical Education
• Health Systems Strengthening

Background:

• Simulation-based health professional education (HPE) is prevalent in high-resource settings.
• HPE is underutilized or ineffective in resource-poor regions due to a lack of contextual adaptation.
• Failure to adapt educational programs to local infrastructure, literacy, and culture hinders global health progress.

Purpose of the Study:

• To review literature on developing, delivering, and evaluating sustainable HPE programs in resource-poor settings.
• To share authors' experiences in implementing HPE in diverse, low-resource environments.
• To identify strategies for overcoming barriers to effective HPE globally.

Main Methods:

• Literature review of simulation-based health professional education in resource-poor contexts.
• Analysis of authors' practical experiences in program development and evaluation.
• Synthesis of findings to inform sustainable HPE implementation.

Main Results:

• Contextual factors significantly impact HPE program success in resource-poor regions.
• Adaptation of educational content and delivery methods is essential.
• Sustainable HPE requires consideration of local infrastructure, literacy, and cultural norms.

Conclusions:

• Effective HPE in resource-poor settings necessitates context-specific program design and delivery.
• Addressing local contextual factors is key to overcoming the global health obstacle of service delivery failure.
• Sustainable HPE models can improve health outcomes in underserved populations worldwide.