Product Design

Data To Visualize the Customer Journey

Company

User Testing (UT)

Categories

Data Visualization
Product Design

Tools

Figma
UserTesting
Live Interview

Role

Lead Designer for experience from concept to launch

Results

Patent awarded for experience

Top performing, popular feature of customers

Reduced time to insights from hours to minutes 

Problem Statements

How might we quantitatively visualize the results of qualitative research in order to surface experience insights faster? How might we enrich insights with data captured from Natural Language Processing (NLP), Computer Vision (OCR), and Intent Ontologies? 

User Needs

UserTesting customers need to identify patterns with their qualitative research data in a quantitative, aggregate view in order to quickly understand behaviors and interpret relationships in their research findings.

Customers need data that is enriched with sentiment and intent indicators in order to make meaningful connections with interactions.

Customers need to zoom into individual, qualitative research content in order to trust as well as validate aggregate views and extract contributor stories that motivate stakeholder action.

Sankey Diagram

Principles

Natural Mapping

Data relationships should be clear and demonstrate connections between participant, interactions, intent, and sentiment. 

Clear Expression

Expressing complex data sets calls for scrutiny on simplicity and the need to reduce information wherever possible.

Actionable Insights

Data signals and related content should be actionable in order to create value for customers.

Continuous Improvement

Design light-weight feedback patterns that enable customers to do their work more efficiently and assists ML training models.

Constraints

Innovate in a System

Create new patterns and leverage existing design system patterns in order to create a familiar, but innovative experience.

Maintain Context

Leverage Progressive Disclosure by using the familiar “drill-down” interaction pattern to help customers easily understand new information.

Technical

Future-proof design to enable more interactive and collaborative features when technical capabilities advance.

Product Research

A comparative approach help set expectations for higher standards and generated new ideas for related experiences.

Product Research

Explorations & Iterations

Design exploration was a critical aspect of better understanding how our technical capabilities could align with customer needs and expectations.

Evolving my designs from raw sketches and mock-ups to more and more refined visuals helped the team hone in on our research-ready, pre-production design and live prototypes. 

Iteration samples

Customer Research

Observation

Our team’s lead researcher interviewed customers to gain insight on perceived and real value of the experience as well as points of friction in the flow.

Improve Clarity of Expression

Our aim to visualize all ontologies in one view overwhelmed some users and lacked clarity. We responded by separating sentiment from intent views as well as creating an overview.

Lean Into Actionable Insights

Interactive visualizations that progressively display more detailed qualitative insights enable users to get the right information at the right time. This design was essential to optimizing users’ time.

Production Designs & Outcomes

Interactive Path Flows (IPFs) with sentiment, intent, and interaction overlays were launched to General Audience and Private Beta while I worked at UserTesting and are all now available to General Audience. IPFs continue to be a popular feature that is a differentiator for UserTesting. We applied for and were awarded a patent for this work and feature. 

Interactive Path Flows (IPF) & Click Map

IPF charts are Sankey diagrams visualizing participants flow through a task. Below is a sample of the Sankey diagram and related interactions. Interacting with the diagram progressively discloses a Click Map, which visualizes interactions that users take on a website or mobile application. Interactions are listed in conjunction with quick links to video excerpts to watch participants behaviors and listen to their feedback. 

IPF Select Participant Path
IPF Select Node
IPF Hover Circle
IPF Hover Circle

Sentiment Analysis

Establishing the IPF foundation enabled our team to integrate Sentiment Analysis insights from Natural Language Processing (NLP) Artificial Intelligence (AI). I designed aggregate overlays to seamlessly add value to our experience. 

IPF Sentiment
IPF Sentiment Hover
IPF Sentiment Node Selected
IPF Sentiment Selected

Intent Overlays

We further enhanced our IPF foundation by integrating Intent Overlays that were enabled via an intelligent ontology. Leveraging the data visualization palette I created was critical to designing an accessible experience. I ensured the effective display of categorical data by limiting the number of categories displayed to the top eight. Prioritizing data display to tell an effective story supports user discovery and improves the analysis experience.

IPF Intent Overlay
IPF Intent Selected
IPF Intent Filter

Coaching & Transitioning

Having completed the core IPF experience, including the Sankey Diagram, Click Map, Sentiment overlays, Sentiment bubble diagram, and Intent overlays, I handed-off the experience to a junior designer for her to polish and enhance the visual design.

I coached her on the context of the experience, purpose for the visualizations chosen and how to maintain the integrity of the aggregate view of the qualitative data.

Transitioning and coaching enabled me to focus on designing intelligent feedback loops and search mechanisms for the experience.

 

Visual Polish