Community Health: Engineering Collaborations Across Disciplines

Odile Patrick Thalia

Faculty of Biological Sciences Kampala International University Uganda

ABSTRACT

The complexity of contemporary public health challenges exacerbated by globalization, climate change, urbanization, and socio-economic inequality requires a strategic departure from siloed responses toward interdisciplinary collaboration. This paper proposes a participatory action planning framework that leverages engineering innovation, co-design principles, and community engagement to address health disparities and systemic inefficiencies. By integrating insights from epidemiology, systems engineering, bioengineering, and public policy, this framework aims to support equitable health outcomes through collaborative problem-solving and technological advancements. We examine how engineering disciplines have contributed to solving real-world health issues from low-cost diagnostics in low-income regions to mobile health platforms and patient safety initiatives in clinical environments. The paper also explores models of interdisciplinary collaboration, the role of funding, and strategies for community engagement. Ultimately, this research presents a compelling case for the integration of engineering into the fabric of community health, offering new pathways for sustainable and inclusive health solutions.

Keywords: Community Health, Health Disparities Interdisciplinary Collaboration, Systems Engineering, Bioengineering, Participatory Design.

CITE AS: Odile Patrick Thalia (2025). Community Health: Engineering Collaborations Across Disciplines. IAA Journal of Biological Sciences 13(1):96-101. https://doi.org/10.59298/IAAJB/2025/13196101