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© EO2HEAVEN Consortium EO2HEAVEN Earth Observation and ENVironmental modelling for the mitigation of HEAlth risks Fraunhofer experience with a mobile app.

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Presentation on theme: "© EO2HEAVEN Consortium EO2HEAVEN Earth Observation and ENVironmental modelling for the mitigation of HEAlth risks Fraunhofer experience with a mobile app."— Presentation transcript:

1 © EO2HEAVEN Consortium EO2HEAVEN Earth Observation and ENVironmental modelling for the mitigation of HEAlth risks Fraunhofer experience with a mobile app to record health data in the field Uganda prototype – Design and Implementation Dr. Hylke van der Schaaf Dr. Siegbert Kunz Dr. Kym Watson Fraunhofer IOSB EU FP7 244100 2/2010-5/2013

2 Current recording procedure 1.TC: Health worker registers patient details on paper 2.TC: Health worker enters record into computer 3.TC: Record is emailed and faxed to District Health Center 4.DHC: Records digitized (if faxed) 5.DHC: Records from TCs merged 6.DHC: Records sent to MoH (by email & fax) 7.MoH: Records digitized (if faxed) 8.MoH: Response started TC: Treatment Center DHC: District Health Center MoH: Ministry of Health

3 Paper sheets filled in by hand Difficult to read correctly Variations in spelling of the Village and Subcounty Often incomplete Current recording procedure

4 Paper sheets were archived in folders The cholera patient data have to be typed into an Excel-sheet Several time delays hinder an early detection of the beginning of a cholera outbreak Incomplete, missing and duplicate records hinder research Photo: KIT Current recording procedure

5 Design requirements An application for recording cholera cases, on a hand- held mobile device, using possibly unreliable internet technologies 05/02/2010WP4 Kick-off, Madrid

6 Easy to use without the need of special IT knowledge User friendly data input Auto-complete village & county names Integrates into existing workflows Printable weekly records Export to Excel Records must be updateable Fully functional with no or bad Internet connectivity Reliable data transfer No Server  Device patient data transfer Design requirements

7 Android 2.3.3 and higher, native application Local patient database on the device Local village database Sub-county, county, district relations Coordinates Maps rendered from local vector files Communication to server using HTTPS REST JSON encoded data Export of patient data as CSV Export of “old style” patient line list as PDF Architectural design

8 Current prototype

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12 Workshops in Uganda

13 Done: Offering epidemiological data in a WMS Future: Offering patient data in an SOS What are the features? What are the sensors? What are measurements? How to anonymize / aggregate the data? GeoPackage for maps, village/county/district lists SDMX-HD data exchange OGC Standards & Health

14 Thank you for your attention Dr. Hylke van der Schaaf hylke.vanderschaaf@iosb.fraunhofer.de Dr. Kym Watson kym.watson@iosb.fraunhofer.de Dr. Siegbert Kunz siegbert.kunz@iosb.fraunhofer.de www.eo2heaven.org The research leading to these results has received funding from the European Community's Seventh Framework Programme (FP7/2007-2013) under grant agreement n° 244100


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