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Qualitative Coding for beginners - How to name codes?

5 min read

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.

TL;DR

Treat code names as functional labels that help the analyst retrieve and interpret extracts later, not as a correctness test.

Briefing

Code naming anxiety is a common trap in qualitative analysis, and it wastes time that should go into understanding the data well enough to build themes. The core message is straightforward: coding is a set of working tools for making sense of interview or text material, and the names of those tools matter far less than whether the codes actually make sense to the researcher during analysis.

Coding’s purpose is to turn raw material into an organized “table of contents.” A list of codes helps the researcher see what the dataset is about, and that organized view then supports the development of themes—interpretive summaries that represent what the data covers. Because themes are the final output that must communicate clearly to readers, attention should shift from perfect code labels to the clarity and coherence of the thematic framework. At the coding stage, the priority is internal usefulness: codes should be understandable and meaningful to the person doing the analysis, since those codes are what later enable theme-building.

The transcript also criticizes the way methodological guidance can make coding feel like a rigid science, with competing rules about “correct” naming conventions, including references to different coding approaches and varying expectations about short versus long forms. That abundance of guidelines can leave students stuck searching for a formula—whether a code name is “right” or “wrong”—instead of focusing on analysis. The practical takeaway is to stop treating code names as a correctness test and start treating them as functional labels.

Two concrete strategies are offered to reduce friction while still keeping coding organized. First, codes can function as notes to the researcher—especially when an extract feels important but the meaning isn’t fully clear yet. Examples include labels like “something potentially interesting that I do not understand,” created after an interviewer’s reaction signaled significance that the coder almost missed while tired. Another example, “he says he doesn’t know,” is used as a reminder of a potential challenge—such as a participant’s lack of awareness about workplace policies—rather than as a literal description of what was said. Similar note-like codes include reflections on organizational size (“challenge size in a big organization…”) and cultural awkwardness (“never asked to have a day off… thinks this may have to do with the culture”). These labels are intentionally not polished interpretations; they are memory aids that help the researcher return to relevant extracts later.

Second, the transcript recommends using keywords in code names when helpful, particularly in software-based workflows where autocomplete suggestions can reduce effort but also create duplication. With large code lists (sometimes hundreds), it becomes easy to forget whether an idea was labeled “suggestions” or “recommendations.” Using multiple keywords in a single code name helps the researcher recognize existing codes while scrolling and typing, reducing the need to merge near-duplicate codes later. The overall message is pragmatic: don’t overthink naming—start coding, keep codes useful to the analyst, and let themes carry the burden of clear communication to readers.

Cornell Notes

The transcript argues that qualitative coding is a tool for making sense of data, not a correctness exercise about labels. Code names matter mainly because they help the researcher understand and retrieve relevant extracts later; themes are what ultimately need to be clear to readers. To reduce naming anxiety, it recommends treating codes as notes to “future self,” including reminders like “something potentially interesting that I do not understand” or “he says he doesn’t know” when the meaning is still forming. It also recommends using keywords in code names—especially in software—so autocomplete and recognition prevent creating duplicate codes such as “suggestions” versus “recommendations.” This approach keeps attention on analysis and theme development rather than on perfect naming rules.

Why does the transcript say code naming is less important than code usefulness?

Coding is framed as a way to make sense of raw data—codes are the researcher’s tools. Those tools later support theme-building by acting like a table of contents: a list of codes shows what the dataset is about, and that organization helps develop themes. Since themes are the final output that must communicate clearly to readers, the coding stage should prioritize internal clarity—codes must make sense to the analyst—rather than chasing “correct” labels.

How can a code name work as a note to the researcher rather than a final interpretation?

The transcript gives examples where the code is intentionally not a polished description. One label is “something potentially interesting that I do not understand,” created after an interviewer’s reaction suggested significance that the coder initially almost missed while tired. Another is “he says he doesn’t know maybe use this as a challenge,” used as a reminder to investigate a potential issue (e.g., participants may be unaware of workplace policies). The point: the code name can be a memory hook that prompts revisiting the extract later.

What does “he says he doesn’t know maybe use this as a challenge” mean in practice?

It refers to an extract where a participant said they were not aware of any policy. The research aim was to find details about specific policies, but the participant’s lack of awareness becomes analytically relevant. The code name is not just repeating the quote; it flags a possible challenge for interpretation—people may not know about policies in the first place—so the researcher remembers to treat this as meaningful later.

Why use keywords in code names, and how does software autocomplete make this relevant?

When coding in software, typing a code name often triggers suggestions based on existing codes. If the code list grows large (hundreds of codes are mentioned as a real risk), the researcher may forget whether an idea was labeled “recommendations” or “suggestions.” Including multiple keywords helps recognition while scrolling and typing, so the coder reuses the existing code instead of creating near-duplicates.

What problem can arise if “suggestions” and “recommendations” are coded separately?

Nothing breaks immediately, but it creates redundancy: two codes end up covering essentially the same concept under different names. The transcript notes that these would likely need to be merged later, so keyword-rich naming is offered as a preventive strategy.

Review Questions

  1. What is the transcript’s definition of coding’s purpose, and how does that change what you should optimize for during analysis?
  2. Give two examples of “note-to-self” style code names from the transcript and explain what each is meant to trigger later.
  3. How does using keywords in code names reduce duplicate coding when working with software and large code lists?

Key Points

  1. 1

    Treat code names as functional labels that help the analyst retrieve and interpret extracts later, not as a correctness test.

  2. 2

    Use coding to build a “table of contents” for the dataset; theme development is the stage that must communicate clearly to readers.

  3. 3

    When an extract feels important but isn’t fully understood yet, label it as a reminder (e.g., “something potentially interesting that I do not understand”) so it gets revisited.

  4. 4

    Use code names like “he says he doesn’t know maybe use this as a challenge” to flag analytically relevant patterns, not just literal statements.

  5. 5

    Include keywords in code names when working in software to improve recognition and reduce near-duplicate codes.

  6. 6

    Avoid letting naming rules consume time; start coding and let themes carry the interpretive weight.

  7. 7

    Keep code lists from ballooning (hundreds of codes can become unmanageable), and rely on keyword strategies to stay organized.

Highlights

Coding is positioned as a set of tools for making sense of data; the names matter mainly because they help the researcher understand and retrieve coded extracts.
“Note-to-self” codes are encouraged—labels can be reminders even when they don’t yet capture the full interpretation.
Keyword-rich code names help prevent duplicate codes like “suggestions” versus “recommendations,” especially when software autocomplete is in play.

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