This weekend, I got an opportunity to volunteer with a non-profit called Junglescapes. We took a day trip to the Bandipur forest in Karnataka where they have done extensive work in forest restoration. One of their success stories is working with the locals to remove invasive species such as Lantana from the forest. Junglescapes volunteers and locals carry out regular line transact surveys to determine the impact of their interventions. One of the goals for my participation was to see if we can replace the cumbersone paper forms and handheld GPS devices with a mobile-phone based survey using ODK. I am sharing my notes on how we setup the survey and mapping of the result.

Continue reading

The Association for People with Disability (APD) is a non-profit organization based out of Bangalore, India. Their mission is to reach out and rehabilitate people with disability from the under privileged segment. Over the past year, I along with my colleagues have been volunteering with them to develop a system that can help improve their field data collection efforts.

Problem

APD provides variety of services rehabilitate under privileged people with disabilities. Before they can render any service, they need register the individuals with the organization and collect basic background information. Registrations are mostly done in their field offices or at camps organized in rural areas. Paper forms were filled at the site and shipped to their field office. A staff member entered the data manually into their software platform.

A registration camp

This has many problems:

  • The text on the paper form was often illegible. Some fields were missing or inaccurate.
  • Data entry was laborious and introduced errors.
  • 4–6 weeks of lag time before the data was available in the system.

Our solution

We helped APD implement a process using OpenDataKit (ODK) that allowed capture of the form using android devices. With the new system, the data is captured on the mobile device using the ODK Collect app in the field and sent to a ODK Aggregate server running on Google AppEngine. The data ends up in a shared spreadsheet which is imported to APD’s system after each registration camp.

APD staff using the ODK collect mobile app

This new workflow offers several advantages over the paper based forms:

  • Reliable data collection in areas with poor network connectivity. ODK Collect app can work completely offline and the data is stored on the device memory. Once the staff members are back in office and connect to a WiFi network — the data is sent to the server.
  • The mobile app enforces checks, so all the data is consistent and there are no missing fields.
  • Allows for the capture of pictures and additional metadata (such as time, location, staff id).
  • The data is exported from the spreadsheet and imported to their system the next day — cutting the lag from weeks to hours.

Timeline

  • October 2014: Met with the APD registration team to understand their requirements and design a process.
  • November 2014: A prototype is created by migrating the registration form to ODK using XLSForm. APD trains field staff on using the mobile app. Successful field test.
First field test of the app with newly trained staff
  • December 2014: First full-fledged camp with 3 devices. Successful registration of 55 participants. Staff is very happy with the increased speed, accuracy and reduction in delay in getting the registrations processed.
First ‘real’ deployment.Staff had paper forms as backup, but did not need it
  • January 2014: APD moves their registrations completely to mobile devices. All registrations are completely paperless and have the added benefit of having participant’s picture as part of the registration process. Over 500 registrations processed without a problem.
Completely paperless registration camp after migration to the mobile app

While this is a great start, we are looking at helping them with other challenges in the field. In the coming months, we want to tackle the following problems:

  • Migrate patient visit and treatment forms to OpenDataKit. These require having access to the patient’s medical history in the field. OpenDataKit’s 2.0 suite of tools would be a good fit.
  • Task allocation and scheduling optimization for the field staff.
  • Encoding the knowledge from the training manual to a mobile app.