School Priorities - SNV
School Priorities - SNV
School Priorities - SNV
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Information Management<br />
What types of phones can we use?<br />
Twaweza, an East African non-profit organisation that supports transparent governance,<br />
purchased Java-enabled mobile phones for the pilot and the CCIS managed the project’s<br />
software and hardware.<br />
These phones, which cost approximately $50, have several advantages over regular mobile<br />
phones. First, they can easily be identified as belonging to a school, lessening the chance<br />
that they will disappear. Second, they use forms, which make it easier to enter data. Most<br />
importantly, they use inexpensive GPRS technology, with each message costing 1 UGX,<br />
compared to 260 UGX for an SMS. Bringing CU@SCHOOL to scale would further<br />
reduce the cost per school. While providing mobile phones to headteachers throughout<br />
Uganda would cost approximately $400,000, the software has already been developed<br />
and tested. Collecting the data using GPRS (based on 5 sent messages per school per<br />
week for each primary school in Uganda) would only cost US$ 300 a year, making the<br />
project easily sustainable.<br />
3. The data is synchronised onto<br />
computers at district local government<br />
(DLG) offices and integrated with the<br />
national EMIS database.<br />
All of this happens instantly. The system<br />
can function without a paper trail and there<br />
is no need to re-enter the data. But the<br />
best part is that—because the information<br />
is viewable on multiple computers<br />
simultaneously and does not rely on the<br />
DLG to distribute it—the system has the<br />
potential to make school attendance figures<br />
truly transparent, as everyone receives the<br />
information they need to look together for<br />
solutions to the attendance problem.<br />
It increases transparency in four ways:<br />
First, district education officer (DEOs) and<br />
district inspectors of schools (DISs) have<br />
instant data, so they can easily identify<br />
which schools have attendance problems<br />
and follow up.<br />
Second, the database automatically<br />
generates easy-to-understand reports<br />
that are sent to schools, subcounties and<br />
parishes, so officials can ensure the data<br />
being sent by headteachers is accurate.<br />
Third, by providing attendance reports<br />
through newspapers, local radio and<br />
automated SMSs along with suggestions on<br />
how to engage with their schools to improve<br />
their children’s education, the project<br />
stimulates parents and communities to take<br />
ownership of their local schools.<br />
Fourth, the project posts the database<br />
on the Internet in the form of interactive<br />
maps with individual schools’ data as well<br />
as subcounty “heat maps” that compare<br />
attendance in different areas.<br />
Did making attendance rates more<br />
transparent improve attendance? And if so,<br />
did increased attendance lead to increased<br />
learning?<br />
Since the pilot spanned only two terms,<br />
any improvements to student learning<br />
were expected to be minimal, so the main<br />
focus was to increase teacher attendance.<br />
<strong>SNV</strong> oversaw spot checks to validate the<br />
information sent by headteachers; districts<br />
continuously monitored attendance figures<br />
for improvement throughout the pilot. A<br />
follow-up study at the end will compare the<br />
2009 baseline results against the current<br />
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