![]() The contents documented are the produced work by the student design team but do not necessarily represent the as-built or as-assembled state of a complete and tested design faculty, staff, and other professionals involved in our program may have augmented the student engineering work during implementation, which may not be recorded within this document. They do not constitute professional consultation and require the examination and evaluation by a certified engineer through any product development process. All materials are composed by students of Messiah University and are not certified by any means. The work presented in this document has been provided solely for educational and edification purposes. This poster shows the progress made by the IWP team during this stage of development including the improvements in the volume calculation algorithm as well as the installation jig and procedures.įunding for this work provided by The Collaboratory for Strategic Partnerships and Applied Research. Because of this, the team has been working on improving the accuracy of the calculations made by the Intelligent Water System as well as simplifying the installation procedures to allow installation by in-country pump technicians. The next stage for the IWP team is to prepare for field testing in Zimbabwe. The Intelligent Water System, which improves access to clean water by autonomously monitoring and reporting on the health of hand pumps, has been under development for several years. Proper maintenance of these pumps is impossible without timely reporting on the pump’s operation and state of repair. ![]() ![]() Millions of people in developing countries rely on hand pumps for access to clean water.
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