Improved Infection Control Reporting through Interactive Data Visualisation
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Examensarbete för masterexamen
Programme
Model builders
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Abstract
1928 Diagnostics is a company in Gothenburg that strives to preserve the power
of antibiotics by providing hospitals with a tool they can use in their work with infection
control. The platform they have developed analyses NGS data and presents
the results to the user in different ways. Today, the main users of the platform are
microbiologists that use it for identifying disease outbreaks, among other things.
An important task that the microbiologists are faced with is to report this result to
the infection control unit at the hospital so that they can take action if an outbreak
has occurred.
Currently, the reporting step in the infection control workflow is problematic since
there is a large knowledge gap between the microbiologists and the infection
control unit which puts high requirements on how the tests results are communicated.
Furthermore, the microbiologists have no tool that includes all information
they need to include in the reports they are creating which lead to a lot of extra
work. Therefore, this master’s thesis will focus on how interactive information visualisation
can be used to design a tool that makes the reporting easier for the
microbiologists and improves the communication with the infection control unit.
Before the concept development phase a literature study of the area and user
study were carried out in order to build a good foundation for the project. An
iterative design process was applied to the execution phase, where each iteration
consisted of idea generation, prototyping suited to the goal of the iteration, user
testing and an analysis of the results.
The project resulted in a set of design guidelines that should be considered a
starting point for further research. The Guidelines were developed alongside a
prototype that can be seen as an example of how the guidelines could be applied
in a design.
Description
Keywords
interaction design, information visualisation, infection control, NGS