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Systems Engineering Approaches for Indian Public Health


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1 Systems Engineer and Researcher, New York, United States of America., India
 

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The Indian Public Health system exhibits attributes similar to artificially engineered complex systems. The multi-dimensional nature of these attributes, such as variable access to health facilities in rural vs urban settings; paucity of public funds dedicated for the betterment of healthcare; a clear fragmentation in the quality of care provided by public health systems and private hospitals; and several interacting components within the health system such as patients, hospitals, trained practitioners; as well as other interfacing parameters with direct impact on health, such as literacy, sanitation, drinking water facilities - closely mirror the complexity observed in any artificially designed systems and products such as a computer, aircraft, medical devices, etc. By juxtaposing the common system-level attributes, patterns, and constraints observed in the design of such artificial systems, and employing systems engineering-based modeling approaches, better solutions can be incrementally and efficiently deployed for public health.


Keywords

System, architecture, design, complexity, health, facilities, complex adaptive systems
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  • Haskins C, Forsberg K, Krueger M, Walden D, Hamelin D.Systems engineering handbook. In: INCOSE; 2006 Jun, Vol. 9, pp. 13-16.
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Abstract Views: 264

PDF Views: 109




  • Systems Engineering Approaches for Indian Public Health

Abstract Views: 264  |  PDF Views: 109

Authors

Venkata Srinivas Dangeti
Systems Engineer and Researcher, New York, United States of America., India

Abstract


The Indian Public Health system exhibits attributes similar to artificially engineered complex systems. The multi-dimensional nature of these attributes, such as variable access to health facilities in rural vs urban settings; paucity of public funds dedicated for the betterment of healthcare; a clear fragmentation in the quality of care provided by public health systems and private hospitals; and several interacting components within the health system such as patients, hospitals, trained practitioners; as well as other interfacing parameters with direct impact on health, such as literacy, sanitation, drinking water facilities - closely mirror the complexity observed in any artificially designed systems and products such as a computer, aircraft, medical devices, etc. By juxtaposing the common system-level attributes, patterns, and constraints observed in the design of such artificial systems, and employing systems engineering-based modeling approaches, better solutions can be incrementally and efficiently deployed for public health.


Keywords


System, architecture, design, complexity, health, facilities, complex adaptive systems

References