NeerTrack is a civic digital product designed to bridge the communication gap between Jorhat residents and their water utility — turning anxiety into awareness.
RoleUI/UX Designer
PlatformAndroid Mobile
Duration14-Day Sprint
MethodsDouble Diamond · Design Thinking
💧
<20
survey responses from Jorhat residents. Directional, not statistically representative
📣
4
personas built from the survey, each with a different morning routine
⏳
14
days from survey to final screens. A concept, not a deployed product
"We only knew when it was too late — the water was already gone."
— Survey respondent · Jorhat, Assam · 2025
Phase 01 — Discover
The problem wasn't water. It was the silence around it.
In Jorhat — a Tier 4 city in Assam — the local water utility communicates through phone calls and outdated website notices. Residents wake up not knowing if water will come, how long it will last, or what quality it will be.
⏰
Water Outages Without Warning
Supply disappears without advance notice. Residents discover the outage only when they turn the tap.
💸
Paying More for Less
"Even with low quality service we have to pay higher amounts." Residents report above-normal charges.
⚙️
Faulty Infrastructure, No Updates
Broken filter machines and aging pipes cause quality degradation with no status communication.
📵
No Reporting Channel
Residents who want to report leaks have no clear digital channel. Phone calls go unanswered.
💪
High-Wattage Motor Inequity
Wealthier households use large motors, leaving lower-income areas without adequate supply.
🌊
Deteriorating Source Quality
The river source is degrading over time, with residents having no visibility into quality data.
Phase 01 — Research Methods
What the residents actually said — and what they didn't.
A small online survey (fewer than 20 responses) of Jorhat residents aged 30–70: working professionals, homemakers and wage workers. Findings are directional, not statistically representative.
📋 Survey Goals
What is causing the water supply problem in Jorhat specifically?
Main pain points and daily frustrations of residents
Whether the problem is systemic or zone-specific
How the utility currently manages complaints
💡 Key Insights Surfaced
"We missed this time also." — on irregular water windows
"We only knew when it's too late."
Monitoring system + alert feature ranked highest in resident wish lists
Motor inequity is a socioeconomic equity issue, not just technical
Phase 01 — Synthesis
Affinity mapping: four clusters, four design solutions.
Raw survey responses were grouped into behavioural clusters. Each cluster directly maps to a design intervention.
Cluster 01
No timely distribution
"We missed this time also."
→ Alert feature
Cluster 02
High charges, low quality
"Even with low quality we pay higher amounts."
→ Monitoring + analytics
Cluster 03
Faulty filter machines
"Authority is unable to repair the machines."
→ Status notifications
Cluster 04
Motor inequity problem
"Higher wattage motors consume most of the water."
→ Report feature
Phase 01 — Empathy
Inside the mind of a Jorhat resident on a water outage morning.
Synthesised from open-ended survey responses and lived experience patterns across participant types.
Think / Feel
Will water come today? (anxious)
Even if water is there, quality is poor.
What if there's no water tomorrow?
See
Frustrated residents making phone calls
Empty buckets waiting at 6am
WhatsApp groups flooded with "no water"
Hear
"No water today."
"Supply period was short again."
"Poor quality, don't use it."
Say / Do
Buying large water bottles from market
Calling utility helpline (rarely answered)
Waiting — "a waste of time."
Phase 02 — Define
Four people. Four different ways the problem destroys a morning.
Personas built directly from survey demographic data and behavioral patterns.
👨💼
Rituraj Bora
Businessman · Mid-50s
Due to a busy schedule, he cannot manage water storage. Poor water quality means buying bottled water frequently.
Pain: Paying premium for delivered water while still paying full utility bills.
👩🍳
Sweta Gogoi
Homemaker · Late 40s
Manages the entire household water routine. Irregular supply leads to frustrated mornings.
Pain: No advance warning means no backup planning for daily chores.
👷
Rupam Das
Wage Worker · Late 40s
Depends on morning water supply to get ready for work. Pipe leakage makes storage difficult.
Pain: Late to work waiting for water. No way to report the local pipe leak.
🎓
Bitupan Ghosh
Student · Around 24
Irregular supply disrupts basic routines. Most tech-savvy persona — fastest to adopt a mobile solution.
Pain: Regularly late to college due to water uncertainty each morning.
Phase 02 — Define
Point of view statements → How might we questions.
Each persona translated into a POV, then into a design-actionable HMW question — the north stars guiding every feature decision.
Rupam Das · Wage Worker
Rupam struggles to get to work on time because unpredictable water supply forces him to wait without knowing how long.
How might we alert Rupam in advance about distribution time so he can plan his commute?
Sweta Gogoi · Homemaker
Sweta is unable to complete household chores because she cannot predict when water will arrive.
How might we help Sweta know in advance about outages so she can prepare storage?
Rituraj Bora · Businessman
Rituraj cannot trust the water quality, leading to significant extra household expense on bottled water.
How might we help Rituraj's family know clearly whether today's water is safe?
Bitupan Ghosh · Student
Bitupan gets late to college because he has no way to check water status before his morning routine.
How might we give Bitupan a reliable, at-a-glance morning water status check?
Core UX Problem
Jorhat residents lack a reliable, real-time communication channel with their water utility — creating daily anxiety, financial waste, and a feeling of complete helplessness.
The goal: design a digital solution that gives residents proactive supply information, a trusted reporting channel, and enough transparency to feel in control — even when the water doesn't come.
Phase 02 — Market Research
What competitors do well — and the gap NeerTrack fills.
Five existing water management platforms compared across six capability dimensions. Assessed from public product descriptions, not hands-on use, so treat it as a desk review.
Platform
Monitoring
Leak Detect
Offline
Multi-role
Reporting
AI/Analytics
Target
WaterApp
✓
✓
✓
✓
✓
✓
Residential
InSemiTech
✓
✓
–
✓
✓
Limited
Municipal
Wamasys
✓
✓
✓
✓
✓
Limited
Rural
Shayp
✓
✓
–
✓
✓
✓
Buildings
KarIoT
✓
✓
–
✓
✓
✓
Govt.
NeerTrack (Ours)
✓
✓
✓
✓
✓
V2 Plan
Tier 4 Cities
← swipe to see all columns →
Phase 03 — Develop
From Crazy 8s to feature priority: what we build and why.
Crazy 8s ideation generated 8 distinct screen concepts. Best directions carried into feature prioritisation.
Feature
Priority
Why / Linked Pain Point
Real-time outage alert
MVP
Solves the core frustration — residents miss water windows with zero notice
Water quality indicator
MVP
Reduces uncertainty — directly linked to Rituraj's bottled-water expense
Report issue + track
MVP
Creates a trusted channel — replaces unanswered phone calls
Weekly schedule view
MVP
Solves unpredictable timing for Rupam and Bitupan
Multi-language support
MVP
Jorhat is primarily Assamese-speaking
Plumber booking
NTH
Useful but not critical for Day 1
GPS zone mapping
NTH
Requires infrastructure data first
← swipe to see full table →
Phase 03 — Develop
Rupam's morning, mapped from anxiety to relief.
Four core scenarios mapped across the app — each revealing an emotional state and a design opportunity.
Stage
Goal
Pain Point
Emotion
Design Opportunity
Awareness
Know water status
No information at all
Stressed 😟
Real-time alert on home screen
Engagement
Check phone for update
Confusing UI elsewhere
Frustrated 😤
Clean, focused status home screen
Exploration
Discover outage details
Unclear schedule display
Uncertain 😕
Simple in-time supply schedule
Action
Report a leakage issue
Takes too long, no reply
Annoyed 😠
3-step report with photo + location
Resolution
Plan morning accordingly
No confirmation received
At ease 😌
Ticket ID + status tracking
← swipe to see full table →
Phase 03 — Develop
Information architecture: how the app is structured.
The sitemap defines navigation hierarchy. The flow below maps the most complex interaction — reporting an issue.
Login / OTP
Home
Water Schedule
Daily
Weekly
Monthly
Water Quality
Metrics
Usage graph
Info tooltip
Report Issue
Report form
Confirmation
Check Status
Settings
Language
Notifications
Terms
Log out
Home
→
Tap "Report an issue"
Describe issue
→
Choose category
→
Upload photo (optional)
Tap "Proceed"
→
Confirmation + Ticket ID
separate entry point from Home ↓
Tap "Track an issue"
→
Enter report ID
→
Status shown
Phase 03 — Develop
From pencil to pixel: the wireframing process.
Every screen moved through three stages — low-fidelity sketch, mid-fidelity structure, then high-fidelity UI — refining copy, hierarchy, and interaction at each pass.
1Low-Fidelity — Paper Sketches
Login → OTP → Water Schedule sketch
Login + Schedule Today / Weekly / Monthly
Water Quality, Report Issue, Settings
2Mid-Fidelity — Structured Layout
Home, Settings, Language preference structure
Schedule table + calendar grid refinement
Water quality fields + usage graph + check status
3High-Fidelity — Final UI
Home — production-ready
Water Schedule — production-ready
Water Quality — production-ready
Phase 04 — Deliver
Six design decisions that shaped the final product.
Each decision driven by research and tested against one constraint: usable equally by a 50-year-old homemaker and a 24-year-old student.
01
Status-first home screen
The single most important morning question is "is there water?" — the home screen answers this first.
02
OTP-based login
Consumer number + OTP avoids password fatigue for a largely non-technical user base while keeping accounts secure.
03
Photo is optional
Users in a hurry can file a complaint in under 60 seconds without needing a camera.
04
Ticket ID + status tracking
Directly addresses the complaint black hole — residents now see a clear reference ID and can check status anytime.
05
Quality readings + plain-language tooltip
Technical readings (pH, turbidity, chlorine, hardness) shown directly, with a tap-to-learn tooltip explaining what's normal.
06
Multi-language settings
English, Assamese, Bengali, and Hindi toggle — accommodating Jorhat's actual linguistic makeup.
Phase 04 — Impact
Before NeerTrack. After NeerTrack, by design.
A comparison of design intent, not of measured results. NeerTrack has not been deployed or tested with residents yet.
Before — Current state (as described by survey respondents)
Outages discovered by turning on a dry tap at 6am
No advance supply schedule visible
Water quality unknown to residents
Complaints via phone — unanswered, no ticket
Limited language support reported
After — NeerTrack (design intent, untested)
Designed to push an alert ahead of a scheduled outage
Weekly supply schedule on home screen
Water quality readings with a plain-language tooltip
3-step flow with Ticket ID + status tracking
Assamese / Hindi / Bengali / English toggle
Phase 04 — Deliver
Final screens.
14 production-ready screens across the full resident journey, built in Figma with Auto Layout components and a consistent design system.
1Authentication
Consumer number login → OTP verification → Home.
Login
→
OTP Verification
2Home Dashboard
Status-first landing screen with expandable cards.
Home
3Water Schedule
Three views of the same schedule data, switchable via segmented control.
Daily / List
Weekly Table
Monthly Calendar
4Water Quality
Metrics, usage trends, and plain-language guidance.
Metrics + Usage Graph
Info Tooltip
5Report an Issue
Describe, categorize, optionally attach a photo, and track resolution.
Report Form
→
Confirmation + Ticket ID
Check Status
6Settings
Language, notifications, and support — accessed from Home.
Settings
Language
Notifications
Phase 04 — Hypotheses
Hypothesis matrix: what I expect, and how I'll prove it.
None of these are measured results. Targets come from benchmarks of comparable civic apps (NextDrop India, BWSSB Bangalore, NYC 311) and stay unvalidated until the planned usability test and a one-ward pilot.
ID
Hypothesis
Metric
Baseline today
Target
Benchmark basis
How I'll validate
Status
H1
If residents get a push alert 2 hours before a scheduled outage, fewer will be caught by surprise.
Residents reporting an unannounced outage in the last 30 days
Residents say they learn of outages only after supply stops (survey quotes, n<20)
73% reduction
NextDrop India
4-week one-ward pilot + weekly diary check-in
Unvalidated
H2
If reporting takes 3 steps with an optional photo, more residents will report issues than by phone.
Reports filed per 1,000 households per month
Unmeasured (phone-only, often unanswered)
4.2× phone volume
NYC 311
Pilot ticket log vs. utility call log
Unvalidated
H3
If every report gets a Ticket ID and visible status, issues will be resolved faster.
Median hours from report to resolution
Unmeasured (no ticketing today)
40% faster
BWSSB Bangalore
Ticket timestamps during pilot
Unvalidated
H4
If the home screen answers "is there water?" first, residents will keep coming back.
Day-30 retention
34% (comparable-app benchmark)
58%
Comparable civic apps
Post-pilot analytics, 30-day cohort
Unvalidated
H5
A resident can find today's supply status and explain what it means.
Task completion rate
Not tested
80%+
Usability test protocol
5 moderated sessions, one per persona + one cross-type
Planned
H6
A resident can file a leak complaint quickly.
Time to file a report
Not tested
< 90 sec
Usability test protocol
Same 5 sessions, timed task
Planned
H7
Overall, the app feels usable to both a 50-year-old homemaker and a 24-year-old student.
System Usability Scale (SUS)
Not tested
75+
SUS industry norm
SUS questionnaire after the 5 sessions
Planned
← swipe to see full table →
Read it left to right: assumption → how it is measured → where it starts → where I think it can go → how it gets proven. If a test disproves a hypothesis, the feature is redesigned, not defended.
Validation
Usability testing: what's planned and why it matters.
Formal usability testing was not conducted within this 14-day sprint — this is a documented plan for the next step.
🔬
Planned Usability Test Protocol
A moderated usability test with 5 Jorhat residents — one from each persona type plus one cross-type. Sessions run 20 minutes via Google Meet or in-person.
Three core tasks:
Find today's water supply status and explain what it means
File a complaint about a leaking pipe near your home
Check what time water will come on Thursday this week
Success metrics: Task completion 80%+, complaint filing under 90 seconds, SUS score 75+.
Retrospective
What I'd do differently. What surprised me.
The honest retrospective.
What worked well
Anchoring every feature to a specific persona's pain point kept scope from exploding. Every feature held back from the MVP had a documented reason.
What I'd change
I'd run informal walkthrough tests at wireframe stage, not just at high-fidelity — flow ambiguities would surface far earlier.
What surprised me
The motor inequity finding turned a technical supply problem into a social justice issue — it reshaped how I framed the reporting feature entirely.
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SEC/03 WEBSITES
Websites I've Built
01
Photography Portfolio
A professional online home for a photographer's work, with a download section so visitors can save his images straight from the site. Built with HTML, CSS & JS in 14 days.
A live, minimal portfolio so anyone searching for LUNE online can learn about his mixing and mastering work and contact him directly from the site. Built with HTML, CSS & JS in 1 week.
A minimal e-commerce store for Subtl Apparels, a clothing brand. Designed on Wix, covering product listings, browsing and purchase flow, and shipped in 1.5 months. A self-initiated redesign is in the case studies above.
Working on UI/UX and digital product design, conducting research, competitive analysis, user journey mapping, and user flow development to identify user needs and design points of friction.
Designing UI screens, wireframes, and interactive prototypes with a focus on usability, accessibility, and intuitive navigation.
Supporting broader design work across the studio, including logo design, pitch decks, print collateral, and brand identity design.
Mar — Apr 2026 Remote
Design Apprentice
Wayco
Designed 4–5 social media posts a day for a private company, as a mentor-led programme to build my visual design skills.
Took daily critique: my mentor picked which posts to publish, improve or rework, so I learned to iterate quickly and handle feedback under deadline.
Jan — Feb 2025 Remote
UI/UX Designer Intern
Zidio Dev
Worked on a task management system as part of a collaborative product design project, contributing across research and design stages.
Conducted competitive analysis and created user personas to guide design decisions.
Worked directly with clients to turn requirements into live websites, managing timelines, feedback and delivery independently.
Delivered four sites: a photographer's portfolio, a music band site, a producer's portfolio and an e-commerce store for a clothing brand (see Websites).
SEC/05 ABOUT
Professional Summary
UI/UX and Product Designer holding a B.Com in Human Resource Management, which lends a commercial lens to everything I craft on screen. Co-Founder of The Design Walas, a studio delivering end-to-end branding, logos, print, websites and interface solutions for entrepreneurs and small ventures. Skilled at turning user research and company goals into functional, thoughtfully made experiences.
I use AI tools throughout my process — from generating quick visual concepts to accelerating research synthesis — while keeping creative judgment and decision-making entirely human-led.
SEC/06 SKILLS & TOOLS
Capabilities
Skills
Problem FramingUX StrategyUser ResearchUser FlowsInformation ArchitectureInteraction DesignUsability Test PlanningIterative DesignDesign SystemsAccessibility (Basic)Front-end PrototypingResponsive Design