Qualitative Research Computer as Research Assistant Workshop Goals

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Qualitative Research Computer as Research Assistant

Qualitative Research Computer as Research Assistant

Workshop Goals § Demostrate qualitative collection using Web. CT. § Exporting raw data from

Workshop Goals § Demostrate qualitative collection using Web. CT. § Exporting raw data from Web. CT. § Demostrate import, organization and coding of data in N 6. § Briefly discuss analysis of data in N 6.

First Steps § Determine if your research questions and methodology fit with electronic research

First Steps § Determine if your research questions and methodology fit with electronic research (my example). § Become familiar with the online format and asynchronous discussion. § Human Subjects Review - qualitative research and electronic collection. § Determine questioning strategy and collection strategy. Example

Data Collection Strategy Stage 1: Identifying categories Stage 2: Identify core category & construct

Data Collection Strategy Stage 1: Identifying categories Stage 2: Identify core category & construct model Stage 3: Review/refine model Collection Format private asynchronous 1 -on 1 discussion public asynchronous group discussion public synchronous show model and gather input Analysis Goal Duration open coding generate categories generate properties and dimensions Collection: 1 -2 Weeks axial coding interconnect categories causal conditions build “core” category Collection: 1 -2 Weeks selective coding build story of how categories relate discursive theoretical propositions address research questions Collection: 2 Weeks Analysis: 2 Weeks+

Advantages/Disadvantages Advantages Disadvantages Programs provide file systems that assist researchers in storing and organizing

Advantages/Disadvantages Advantages Disadvantages Programs provide file systems that assist researchers in storing and organizing large amounts of textual data. Most programs are complex, and their manuals not very helpful, meaning it takes nonproductive time to learn to use them to their full advantage. Computers can save time and reduce drudgery, especially in the areas of coding, retrieving, displaying, counting and sorting. Researchers may make analytic decisions based on what the computer can do rather than what should be done. Computers force researchers to be organized and to plan well, thus encouraging systematic approaches to analysis. Computer use may encourage researchers to lose sight of the contexts of the study and the data set as a whole. Most analysis programs force researchers to study data line by line, ensuring a more careful reading of the data. As categories are set within computer programs, researchers may be reluctant to rethink or change them. Some programs can create graphic displays from analyses that would take much longer and/or require expertise. Data and completed analysis can potentially be lost through technical failures and human errors.

Next Steps § Organize your discussion board appropriately. (example) § Begin first cycle of

Next Steps § Organize your discussion board appropriately. (example) § Begin first cycle of questioning - exporting data from Web. CT for hardcopy and into N 6. (demo) § Open coding in N 6 - developing categories, properties and dimensions (how important and why? ).

Coding Illustration

Coding Illustration

Analysis § § Coding in N 6 (Free Nodes) Free Nodes become Tree Nodes

Analysis § § Coding in N 6 (Free Nodes) Free Nodes become Tree Nodes (demo) Tree Nodes often emerge from a central theme. Tree Nodes are the major themes containing your research variables. § Research variables are supported via text searching. (demo) § Naming conventions/memos are important!

Questions/Your Problems § Conclusive remarks - good match, time saver, data as-is, searching capabilities

Questions/Your Problems § Conclusive remarks - good match, time saver, data as-is, searching capabilities for analysis. § Discuss some of your research problems and/or concerns. § Thank you very much!