Master this essential documentation concept
The process of evaluating a product by testing it with real users to identify usability issues and gather feedback
User Testing is a critical methodology that transforms documentation from assumptions into evidence-based content by observing how real users interact with your materials. This systematic approach reveals the gap between what documentation teams think users need and what users actually experience when trying to accomplish their goals.
When conducting user testing, your team likely captures valuable observations, participant feedback, and usability insights through recorded sessions and demo videos. These recordings contain crucial information about how real users interact with your product and where they encounter difficulties.
However, relying solely on video recordings creates significant challenges for your user testing workflow. Important findings remain trapped in hours of footage, making it difficult to quickly reference specific usability issues, share insights with developers, or track patterns across multiple testing sessions. When stakeholders need to understand key user testing results, scanning through lengthy videos becomes impractical.
Converting your user testing videos into structured documentation transforms these scattered insights into accessible knowledge. By extracting key observations, categorizing usability issues, and documenting user feedback in searchable formats, you create a usability knowledge base that teams can easily reference. This documentation approach helps prioritize fixes, track improvements over time, and ensure that user testing insights directly influence product development.
For example, instead of repeatedly reviewing a two-hour testing session to recall a navigation issue, your team can consult a well-organized user testing report with timestamped references to the original video evidence when needed.
Developers struggle to implement API endpoints despite comprehensive technical documentation, leading to high support ticket volume and delayed integrations.
Conduct task-based user testing with developers attempting to complete common integration scenarios using only the documentation.
1. Recruit 5-8 developers with varying experience levels 2. Create realistic scenarios like 'authenticate and make your first API call' 3. Observe users screen-sharing while working through tasks 4. Record where they get stuck, what they skip, and what they search for 5. Interview participants about their mental models and expectations
Identification of missing code examples, unclear authentication steps, and assumption gaps, resulting in 40% reduction in API support tickets and faster developer onboarding.
Users frequently contact support for information that exists in the knowledge base, indicating discoverability and usability issues with the self-service content.
Test how users naturally search for and navigate to solutions for common problems using the existing knowledge base structure.
1. Identify top 10 support ticket categories 2. Create scenarios based on these common issues 3. Ask users to find solutions using only the knowledge base 4. Track their search terms, navigation paths, and points of abandonment 5. Note when they would give up and contact support instead
Improved search functionality, better content categorization, and clearer article titles, leading to 30% increase in knowledge base self-service resolution rates.
New users have low completion rates for product setup and onboarding, with many abandoning the process midway through the documentation.
Observe new users completing the entire onboarding process from start to finish, identifying friction points and cognitive load issues.
1. Recruit users who match new customer profiles 2. Create realistic onboarding scenarios with actual accounts/data 3. Use think-aloud protocol to understand user mental state 4. Track completion rates, time spent, and error recovery 5. Identify steps where users lose confidence or momentum
Streamlined onboarding flow with better progress indicators, reduced cognitive load, and 50% improvement in onboarding completion rates.
Increasing mobile traffic to documentation shows high bounce rates and low task completion, suggesting mobile-specific usability issues.
Test documentation usability specifically on mobile devices with users in realistic mobile contexts and scenarios.
1. Recruit users who primarily access documentation on mobile 2. Test in realistic environments (not just lab settings) 3. Focus on common mobile tasks like quick reference lookups 4. Observe touch interactions, scrolling behavior, and navigation patterns 5. Test both portrait and landscape orientations
Mobile-optimized content layout, improved touch targets, and condensed critical information, resulting in 35% improvement in mobile task completion rates.
Conduct frequent testing sessions with 3-5 users rather than waiting for large-scale studies. Small groups reveal most usability issues while keeping costs and complexity manageable.
Design testing scenarios around specific goals users want to accomplish, rather than asking them to generally explore or provide opinions about your documentation.
Test with people who genuinely represent your documentation's intended audience, including their technical skill level, domain knowledge, and typical use contexts.
Pay more attention to what users actually do than what they say they would do. Actions reveal true usability issues while opinions can be influenced by politeness or incomplete recall.
Transform testing observations into specific, prioritized recommendations that your team can implement, with clear evidence linking problems to solutions.
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