Qualitative Coding for beginners - 4 things you HAVE TO KNOW but NOBODY will tell you about coding
Based on Qualitative Researcher Dr Kriukow's video on YouTube. If you like this content, support the original creators by watching, liking and subscribing to their content.
Coding is a common-sense process of labeling and organizing text so patterns can later be identified for thematic analysis.
Briefing
Qualitative coding isn’t a mysterious, rule-bound ritual—it’s a practical, common-sense way to label and organize text so patterns can emerge later. The core message is that coding becomes the backbone of thematic analysis: once researchers tag meaningful excerpts with codes, recurring labels point toward topics and themes that show up across interviews, documents, or other qualitative data. Coding, in this view, is essentially what people already do informally when they highlight PDFs, add sticky-note comments, or mark passages in a book—selecting parts of text and attaching short labels or summaries to help them find and interpret those passages later.
That framing matters because it directly challenges the anxiety many beginners feel about “doing it right.” There’s little agreement on strict correctness in how codes should be created or applied. As long as the labels make sense to the researcher and support further analysis, the coding is considered valid. Codes are treated as personal analytic tools—like drawers with labels—rather than final claims about meaning. They don’t have to be shared, and they shouldn’t be judged as if they were the finished themes that will appear in a report or thesis.
Naming codes is where this flexibility becomes especially visible. Researchers often ask for rules about code names, but the guidance here is that there’s hardly any universal requirement. Even grounded theory offers conventions—such as using gerund (“-ing”) forms in early coding—but those conventions are not presented as mandatory. In practice, code names can be messy, provisional, or even humorous, because they function as placeholders for later interpretation. One example includes a broad code combining “gender,” “perceptions,” and “stereotypes,” created after encountering stereotypes that didn’t seem worth separating from an existing gender-related code. Another example is a note labeled “something potentially interesting that I do not understand,” saved for later because the researcher initially missed its relevance while reading a long healthcare interview response.
The same “you’re in charge” principle extends to the coding approach itself—what gets coded (words, sentences, paragraphs) and how granular the process should be. There’s no single correct unit of coding. Grounded theory is highlighted as one approach with a more detailed, stage-based structure—often coding at very fine levels, even sentence-by-sentence—but the overall message remains that researchers can code at different levels depending on what they need at the moment. The guidance also recommends mixing granularity: start detailed enough to manage assumptions and reduce bias, then use broader codes when meaning is unclear or when a passage (like “additional comments” at the end of an interview) initially seems too general. Later, those broad segments can be revisited and split into more specific sub-codes once patterns and relevance become clearer.
Ultimately, the process is positioned as a means to answer research questions, not to satisfy external checklists. The goal is to decode data for thematic development—using whatever method helps the researcher understand, organize, and analyze the material—while remembering that the researcher controls the coding system, its names, and its evolution over time.
Cornell Notes
Qualitative coding is presented as a common-sense labeling process: researchers mark parts of text with codes so the data can be organized for later thematic analysis. Codes are treated as personal analytic tools (like labeled drawers), not final themes, and there’s little “correctness” in how codes are named or applied as long as they support meaningful organization and analysis. Naming codes can be flexible—even provisional or broad—and grounded theory conventions (like gerund forms) are described as optional rather than required. Coding granularity is also flexible: researchers can code words, sentences, or paragraphs, and can mix detailed and broad coding, revisiting broad segments later to create more specific sub-codes. The practical takeaway is that researchers control the coding process to serve their research questions, not to follow rigid external rules.
Why is coding described as the backbone of thematic analysis?
What makes code naming “free” rather than rule-bound?
How can a researcher justify using a broad code at first?
Does coding require a specific unit (word vs sentence vs paragraph)?
What is the main psychological barrier for beginners, and how is it addressed?
Review Questions
- What practical evidence from everyday tasks (like highlighting or sticky notes) is used to justify coding as a common-sense process?
- How do the examples of broad and vague code names illustrate the difference between codes and final themes?
- When would it make sense to start with fine-grained coding and when might broad coding be more efficient?
Key Points
- 1
Coding is a common-sense process of labeling and organizing text so patterns can later be identified for thematic analysis.
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Codes function as personal analytic tools (e.g., labeled “drawers”), not as final themes that must be correct on first pass.
- 3
There are few universal rules for code naming; even grounded theory conventions like gerund forms are optional rather than mandatory.
- 4
Researchers can code at different granularities—words, sentences, or paragraphs—and can mix approaches within the same project.
- 5
When relevance is unclear, broad codes can be used initially and later broken into more specific sub-codes after frameworks emerge.
- 6
The coding process should be driven by the researcher’s aims and research questions, not by fear of external evaluation checklists.
- 7
The central principle is control: researchers decide how to code, what to name codes, and when to refine them.