A Model For Developing A Sustainable Hospital In Tanzania
Author(s) -
Greg Mowry
Publication year - 2020
Publication title -
papers on engineering education repository (american society for engineering education)
Language(s) - English
Resource type - Conference proceedings
DOI - 10.18260/1-2--3525
Subject(s) - tanzania , developing country , government (linguistics) , process (computing) , health care , power (physics) , business , computer science , operations management , engineering , economics , economic growth , linguistics , philosophy , physics , quantum mechanics , socioeconomics , operating system
Modern healthcare is expensive. In addition, hospitals are expensive to build and costly to maintain and sustain. In many developing countries the cost of modern healthcare services is prohibitively expensive and typically beyond the financial means of those who could directly benefit from such services. Furthermore, the diagnostics and instruments used in hospitals require a significant amount of electrical power along with the associated maintenance. Unfortunately reliable sources of electrical power are typically unavailable in developing countries. Consequently there are several significant obstacles, such as funding and power, which must be addressed in order to build and sustain a modern hospital in a developing country. A business model was developed which is expected to provide the means and the necessary capital for powering and sustaining a modern hospital in some of the developing countries beyond their initial launch phase, which is typically supported through philanthropy and general humanitarian aid. The pilot hospital project, which is proceeding with the approval of the Tanzanian government, is part of the Dodoma Christian Medical Center (DCMC; see www.dthd.org) and is located near Dodoma, Tanzania. In this paper the characteristics and necessary boundary conditions for success of the business model will be briefly described. Specific attention will be given to the evaluation process and selection of the alternative-energy based power systems that are needed for sustaining the hospital, the student service-learning work performed in support of this project, the engineering challenges, and the requirements for achieving long-term independent sustainability. The preliminary results to date indicate that with the proper set of conditions, modern healthcare can be introduced and sustained in developing countries.
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