Bhuvan Sarupuri Ph.D.

Progress Trail Redesign

Mapping opportunities in incident management through user research

My role: I designed the study, ran all 10 interviews, and led synthesis.

Research Methods Semi-Structured Interviews, Affinity Mapping, Jobs-to-be-Done, Journey Mapping
Output 7 prioritised design opportunities, handed to the team for the front-end rewrite

Project Overview

The Challenge

A team was preparing to rewrite the front-end of the progress trail in the incident management module as part of an architectural transition. To ensure the redesign would truly serve users, we needed to deeply understand how operators, application managers, and consultants currently use the progress trail and identify opportunities for improvement.

10
User Interviews
4
Journey Phases
7
Key Opportunities
3
Synthesis Methods

Note: This project was completed in collaboration with team members. The research and design work represents a collaborative effort.

Research Process

I employed a mixed-methods approach to gain comprehensive insights into how users interact with the incident card throughout their workflow.

1

Planning & Scoping

Defined research questions and recruited 10 participants including operators, application managers, and consultants.

2

Semi-Structured Interviews

Conducted 10 online sessions to understand current workflows, pain points, and workarounds users have developed.

3

Affinity Mapping

Synthesised interview data using Condens to tag quotes and organise insights into thematic clusters.

4

Jobs-to-be-Done Mapping

Mapped user jobs across the incident lifecycle to understand context and identify pain points.

5

Opportunity Identification

Synthesised findings into 7 prioritised design opportunities with supporting evidence.

6

Journey Mapping

Created detailed journey maps showing user actions, pain points, and opportunities across 4 key phases.

Research Scoping & User Feedback

We conducted initial scoping to understand the problem space and gather user feedback on current pain points:

Research scoping and user feedback analysis

Initial scoping phase showing user feedback clustering and research workflow mapping

Research Synthesis

I used multiple synthesis methods to organise and make sense of the qualitative data from interviews:

Affinity Mapping: Clustering Findings

After tagging interview quotes in Condens, I organised them into thematic clusters to identify patterns:

Affinity map of interview notes sorted into roughly fifteen colour-coded clusters of sticky notes, with starred and flagged notes marking the strongest and most blocking themes

Affinity clusters showing thematic organisation of interview insights

Jobs-to-be-Done Mapping

Mapped user jobs across the four phases of incident management:

Jobs-to-be-done matrix mapping actions, needs and pains, questions and automation targets across four incident stages, from logging through investigation and resolution to continuous improvement

JTBD mapping showing user tasks organised by incident lifecycle phases

Comprehensive Opportunity Board

The complete synthesis board showing actions, needs/pains, touchpoints, actionable insights, and opportunities across the journey:

Opportunity board with rows for actions, needs and pains, touchpoints, actionable insights and opportunities, mapped across the incident logging and incident investigation stages

Full opportunity board synthesising research into actionable insights (lightbulbs indicate key opportunities)

Key Findings

"The KI widget is big and obstructive. It covers the rich text editor and progress trail, making it a less enjoyable experience."
— Application Manager, Interview Participant

User Journey Map

I mapped the complete incident management journey, identifying critical pain points and opportunities in each phase:

Journey map across four incident stages, logging, investigation, resolution and post-resolution, listing what operators do, the pains at each stage, and the opportunity statement that follows from them

Journey map showing actions, pain points, and opportunities across the incident lifecycle

Design Opportunities

Based on research findings, I identified seven key opportunities to improve the progress trail experience:

#1

Contextual Caller Information

Make caller history easily available within the incident card to reduce context switching and improve efficiency when handling incidents.

#2

Non-Obtrusive KI Integration

Incorporate KIs, standard solutions, and suggestions in a way that does not block the progress trail or disrupt the user's workflow.

#3

Enhanced Progress Trail

Improve navigation for internal vs. external communication with better filtering, cursor position memory, and visual organisation.

#4

Advanced Flagging System

Enable multiple flag colors or pinning capabilities to help users mark different types of important information distinctly.

#5

Improved Default Stamps

Enable language switching and expand beyond 9 texts to accommodate diverse user needs and multilingual support requirements.

#6

Streamlined KI Creation

Simplify post-incident knowledge capture with templates, pre-filled information, and selective flagging specifically for KI creation.

#7

Post-Incident Documentation

Add structured resolution information and summary capabilities to help operators efficiently document learnings and solutions.

Impact & Recommendations

Research Deliverables

  • Comprehensive research report with journey maps, pain points, and opportunities
  • Affinity mapping boards in Condens with tagged interview insights and thematic clusters
  • Jobs-to-be-done maps covering all 4 phases of incident management
  • Opportunity board synthesising insights into actionable design directions
  • Prioritised list of 7 design opportunities with supporting evidence from user research
  • Current system documentation with screenshots illustrating key pain points

Recommended Next Steps

  1. Prioritisation Workshop: Collaborate with the team to prioritise opportunities based on user impact and implementation effort
  2. Concept Testing: Create lo-fi prototypes of top 3 opportunities and test with users to validate solutions
  3. Analytics Implementation: Set up metrics to measure progress trail usage, KI widget interaction, and caller history access patterns
  4. Iterative Design: Work closely with design team to incorporate insights into the architectural transition

Research Reflections

What Went Well

Comprehensive synthesis process: Using multiple synthesis methods (affinity mapping, JTBD, opportunity mapping) revealed different layers of insights and ensured nothing was missed.

Visual research artifacts: The opportunity board with sticky notes and lightbulbs made it easy for stakeholders to understand the research narrative and see the evidence trail.

Diverse participant recruitment: Including operators, application managers, and consultants provided comprehensive perspectives on how different user types interact with the system.

What I would Do Differently

Earlier stakeholder engagement: Involving designers and product managers in the affinity mapping sessions could have accelerated alignment and buy-in for the recommendations.

Workflow observations: Adding contextual inquiry sessions would have revealed workflow details and edge cases that might not surface in interviews alone.

Quantitative validation: Implementing analytics earlier would have provided data to validate the frequency and severity of identified pain points.

Key Learnings

Workarounds signal opportunity: Users editing dates to "pin" entries revealed both creativity and a critical missing feature. These workarounds are gold for researchers.

Visual synthesis matters: The colourful sticky note boards were more effective at communicating findings to stakeholders than text-heavy reports.

Jobs-to-be-done adds context: Mapping jobs across the lifecycle helped stakeholders understand not just what was broken, but why it mattered to users' broader workflow.