NVivo vs ATLAS.ti vs MAXQDA vs Dedoose: QDA Software Compared

Which QDA software should you use?

Students searching for “NVivo vs ATLAS.ti” or “MAXQDA vs NVivo” usually want a simple answer. Here it is: all three major packages are capable of everything a bachelor, master or PhD project needs. They support coding interview transcripts, writing memos, retrieving all segments for a code, comparing groups and exporting results. Which one fits you best depends on four practical questions:

1. What does your university provide? A site licence decides more often than features. 2. Who do you work with? If your supervisor or co-coders use one program, use the same one. 3. What data do you have? Text only, or also audio, video, images, survey data or social media? 4. Which operating system do you use? Most tools now run on Windows and macOS, but feature parity is not always complete.

This article compares the most common options factually. It is not a ranking: each program has users who prefer it for good reasons. Software helps you organise data; the analysis itself remains your interpretive work (Silver & Lewins, 2014).

Comparison table: NVivo, ATLAS.ti, MAXQDA, Dedoose and free tools

The table summarises typical characteristics as of late 2026. Versions, platforms and licence models change, so treat it as orientation and confirm details on the vendor’s website before you decide.

NVivo, ATLAS.ti and MAXQDA in detail

NVivo organises coded material in codes (older versions called them nodes) and links participants to cases with attributes such as age, gender or degree programme. Its query tools (text search, word frequency, coding queries and matrix coding queries) let you compare how themes appear across groups. Framework matrices support framework analysis. NVivo is widely taught in the UK, Ireland, Australia and New Zealand, and the standard textbook by Jackson and Bazeley (2019) is written around it. Some users find the interface dense at first.

ATLAS.ti treats the coded segment, the quotation, as an object in its own right that can be commented on and linked. Its network views let you draw relationships between codes, quotations and memos, which suits grounded theory and conceptual work. Code groups, the code-document table and co-occurrence analysis support comparisons. A web version makes collaboration possible without installing software.

MAXQDA shows documents, the code system, the open document and retrieved segments in four connected windows, which many beginners find intuitive. It offers memos, summaries, the code matrix browser, code relations and visual tools, plus dedicated mixed-methods functions that combine survey variables with coded text. It is popular in German-speaking universities and in education and health research internationally. A project file can be opened on Windows and macOS alike.

• Common to all three: import of text, PDF and often audio/video, code hierarchies, memos, retrieval, attributes/variables, inter-coder comparison, export to Word or Excel.
• AI functions: all three vendors now offer optional AI features (summaries, code suggestions). Check your university’s rules and your ethics approval before you use them with participant data.
• File formats: projects are proprietary. The REFI-QDA exchange standard allows some transfer between programs, but rarely without loss.

Dedoose and free options: Taguette, QualCoder and /codieren

Dedoose runs completely in the browser and stores projects on the vendor’s servers. That makes team work easy: several people code the same project, and you can link excerpts to participant descriptors from a survey. It is often used in US mixed-methods and public health projects. Because data is stored in the cloud, check whether your ethics approval and consent forms permit this.

Taguette is a free, open-source tool for highlighting passages and assigning tags. It is deliberately minimal, which makes it a good entry point for small projects and teaching. QualCoder is free and open source as well, written in Python, and runs on Windows, macOS and Linux. It codes text, images, audio and video and produces reports and code frequencies.

Professor Digital’s /codieren is a free browser tool built around the classic category system: each category has a definition, an anchor example and a coding rule. You code passages, write memos, see frequencies and export the coded segments, a code-by-document matrix and the codebook for your appendix. It fits qualitative content analysis and codebook-based thematic analysis; it does not replace the advanced query tools of large commercial packages.

How to decide: a short decision guide

Work through the questions in order. Most students can stop after the first or second.

• Your university has a site licence for one program → use that one, ask the library or IT service for access and training.
• Your supervisor or research team uses a program → use the same, so you can share projects and get help.
• You work in a team across different computers → consider a browser-based tool (Dedoose, ATLAS.ti web, /codieren) or agree on one desktop program.
• You have audio or video you want to code directly → NVivo, ATLAS.ti, MAXQDA or QualCoder.
• You combine survey data with interviews (mixed methods) → MAXQDA or Dedoose are designed for this; NVivo handles it via classifications.
• You have a small project and no budget → /codieren, Taguette, QualCoder, or a well-structured spreadsheet.

Licences, cost and student access

We deliberately do not list prices: they change frequently and differ by country, duration and status. As a rule, commercial QDA vendors offer reduced student licences (often for 6, 12 or 24 months), institutional or campus licences that your university pays for, and free trial periods. Some offer cheaper licences for PhD students or teaching.

Before you pay anything, check three places: your university’s software portal or IT service, your library’s research support pages and your department’s methods coordinator. Many universities provide a commercial package free of charge, sometimes only on campus computers or via remote desktop. If you need the software after graduation, check the licence terms early.

Switching programs and documenting your choice

Changing software mid-project costs time. Codes and segments can sometimes be transferred via the REFI-QDA standard or via export to Word/Excel, but memos, links and visualisations often get lost. So test with one or two transcripts, then commit.

In your methods chapter, name the software and version and describe what you used it for: “Transcripts were managed and coded in [program, version]. The software was used to organise codes, write memos and retrieve coded segments; theme development was carried out by the researcher.” Software is not a quality criterion in itself; transparent procedures are (Silver & Lewins, 2014).