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Structure Literature Review using QDA Miner Lite

Research With Fawad·
5 min read

Based on Research With Fawad's video on YouTube. If you like this content, support the original creators by watching, liking and subscribing to their content.

TL;DR

Start by mapping the literature review structure (definitions, importance, relationships, theory) to QDA Miner Lite categories before searching.

Briefing

QDA Miner Lite can turn a large pile of research articles into a structured literature review by letting researchers pull out specific sentences, code them by concept, and then export organized segments for writing. The workflow starts with the literature review’s blueprint—definitions, importance, and relationships among variables—so the software’s coding categories map directly onto the paper’s sections and subsections.

Using an example study on servant leadership, life satisfaction, and mediators such as knowledge sharing and self-efficacy, the process begins by creating categories for each variable and for the relationships between variables. For the “servant leadership” category, the first coding target is conceptual definitions. Researchers search within their document set for sentences that contain the concept term (“servant leadership”) alongside definitional cues (e.g., “Define,” “defined,” “refer,” “state,” “stated”). After running the search, they review the returned hits, delete irrelevant sentences, and then create a new code (e.g., “definitions”) under the servant leadership category. Once coded, those sentences become retrievable building blocks for the literature review’s “definition” subsection.

The same pattern is repeated to capture the construct’s value and importance. Instead of definitional keywords, the search uses variants that signal need or value (e.g., “value,” “need,” “why”). The software returns sentences that explicitly connect servant leadership to organizational or ethical demands, and those selected lines are coded under the existing servant leadership category (rather than creating a new section each time). This yields a curated set of quotations and paraphrasable evidence for the “importance” subsection.

Next comes the relationship work needed for hypothesis framing. Researchers search for sentences that link servant leadership with life satisfaction, using combinations such as “servant leadership” plus terms associated with life satisfaction or well-being (e.g., “life satisfaction,” “well-being,” “satisfaction”). The results can be large, so filtering and deletion are used to keep only the most relevant statements. Selected sentences are then coded into a dedicated category like “servant leadership and life satisfaction,” producing material for the argument about why the variables are connected.

Finally, researchers can add theory-based links by searching for statements that pair the variables with a named theoretical framing. For example, sentences that mention “theory” alongside servant leadership and satisfaction are coded as “servant leadership and life satisfaction—Theory,” helping identify what theoretical lenses existing studies use and where further testing may be needed.

Once the coding is complete, QDA Miner Lite supports exporting the coded segments into a Word-ready report. Researchers can right-click coded retrievals, generate coded-segment reports, and export only the relevant sections—an important step because the transcript emphasizes trimming unnecessary codes to avoid bloated outputs. The end result is a literature review assembled from evidence already organized by concept, relationship, and theoretical framing.

Cornell Notes

QDA Miner Lite can streamline literature reviews by extracting and organizing relevant sentences from hundreds of papers. The method starts by matching the software’s categories and codes to the literature review structure—such as definitions and importance for each variable, plus relationship sections for hypothesis development. Researchers search for sentences containing a target construct (e.g., “servant leadership”) together with keyword cues (e.g., “Define,” “refer,” “state”) to capture definitions, then repeat the process using value/need keywords to capture importance. For relationships, searches combine constructs with outcome terms (e.g., “life satisfaction” or “well-being”) and code the best hits into relationship categories. Coded segments can be exported into Word reports for writing.

How does a researcher use QDA Miner Lite to collect definitions for a variable like servant leadership?

Create a category for the variable (e.g., “servant leadership”). Then run a search that combines the construct term with definitional cues in the same sentence—such as searching for “servant leadership” alongside “Define/defined” and “refer/referred” or “state/stated.” Review the returned hits, delete irrelevant sentences, and create a code (e.g., “definitions”) under that category. Code all selected hits so the definition statements become retrievable evidence for the literature review’s definition subsection.

What changes when the goal shifts from definitions to the importance or value of servant leadership?

The category can stay the same, but the search expression changes. Instead of definitional keywords, use terms that signal value or need—examples mentioned include “value,” “need,” and “why.” After running the search and filtering out weak matches, code the selected sentences under the servant leadership category (e.g., as “importance of servant leadership”). This produces quotations that support the “why it matters” part of the literature review.

How does QDA Miner Lite help build the relationship section for servant leadership and life satisfaction?

Researchers search for sentences that include “servant leadership” plus outcome-related terms tied to life satisfaction or well-being, such as “life satisfaction,” “well-being,” or “satisfaction.” Because results can be large, filtering and deletion are used to keep only the most relevant statements. The remaining hits are then coded into a relationship category like “servant leadership and life satisfaction,” forming evidence for the argument that links the two constructs.

Why search for “theory” in addition to variable relationships?

Relationship evidence often needs a theoretical framing. By searching for statements that pair the variables with “theory” (and satisfaction-related terms), researchers can identify which theoretical lenses prior studies used. Those sentences are coded separately (e.g., “servant leadership and life satisfaction—Theory”) to help assess whether the theory applies and where gaps remain.

What is the practical payoff after coding—how do researchers turn coded material into a writing-ready output?

After coding, researchers can right-click retrievals and create coded-segment reports. They can choose what to export (e.g., definitions) and then export the results into a Word document. The workflow emphasizes removing unnecessary codes before exporting to prevent an oversized report and to keep the writing process focused on the most relevant evidence.

Review Questions

  1. When collecting definitions, which keyword cues (besides the construct term) are used to identify definitional sentences, and why must they appear in the same sentence?
  2. How would you design a search expression and coding plan for a new relationship, such as knowledge sharing mediating between servant leadership and life satisfaction?
  3. What steps help prevent an unmanageable number of coded hits when relationship searches return thousands of sentences?

Key Points

  1. 1

    Start by mapping the literature review structure (definitions, importance, relationships, theory) to QDA Miner Lite categories before searching.

  2. 2

    Use sentence-level searches that combine the construct term (e.g., “servant leadership”) with definitional cues (e.g., “Define,” “refer,” “state”) to extract definition statements.

  3. 3

    Filter search results aggressively by deleting irrelevant hits before creating codes, so the coded set stays usable.

  4. 4

    Reuse existing categories when the construct stays the same (e.g., keep “servant leadership” as the category while switching from definition keywords to value/need keywords).

  5. 5

    For relationship sections, search for construct terms together with outcome-related terms (e.g., “life satisfaction,” “well-being,” “satisfaction”) and code the best evidence into a relationship category.

  6. 6

    Add a theory-focused code by searching for “theory” alongside the relevant constructs to identify theoretical frameworks used in prior studies.

  7. 7

    Export coded segments into Word reports using coded-segment reports, and remove unnecessary codes to avoid bloated outputs.

Highlights

QDA Miner Lite can build a literature review by coding specific sentences into categories that mirror the paper’s sections—definitions, importance, relationships, and theory.
Definition extraction relies on searching for the construct term plus definitional cues in the same sentence (e.g., “servant leadership” with “Define/defined” and “refer/state”).
Relationship evidence is gathered by combining construct terms with outcome terms (e.g., “servant leadership” with “life satisfaction” or “well-being”), then filtering down to the most relevant hits.
Coded segments can be exported into Word-ready reports, but trimming unnecessary codes is essential to keep the output manageable.

Topics

  • Literature Review
  • QDA Miner Lite
  • Coding Categories
  • Sentence Retrieval
  • Hypothesis Relationships

Mentioned