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RECOVEASE • POST-OPERATIVE CARE COMPANION

Digital Health • UX Case Study

RecovEase: Post-operative recovery you can actually stick to.

Post-operative care is plagued by fragmented discharge instructions, medication confusion, and anxiety during independent home recovery. RecovEase unifies task routines, symptom logs, and clinician communication into an encouraging patient companion.

Post-Operative CareHealth MonitoringTask & Symptom Logging

5

USER-CENTERED PHASES

4

CORE PATIENT MODULES

85%

DEMAND FOR UNIFIED APP

1

SEAMLESS CARE ECOSYSTEM

RecovEase App Screens Showcase
01 • The Challenge & The Reframe

Post-operative recovery shouldn’t feel like guessing in the dark.

After leaving the hospital, patients transition from 24/7 clinical supervision to managing complex medication schedules, wound care routines, and rehabilitation exercises entirely alone at home.

The Problem

How might we coordinate post-operative care without overwhelming the patient?

Patients struggle with tracking multiple daily pills, complex wound dressing instructions, and anxiety over normal vs. abnormal symptoms. Missing a step causes panic or medical complications, while paper booklets get lost or forgotten.

  • • Paper-based discharge packets fail to provide time-sensitive reminders
  • • Anxiety and lack of progress clarity trigger accidental non-compliance
  • • Zero integrated link between daily logs and doctor follow-up visits
The Solution

A calm, unified mobile companion that organizes recovery into clear daily milestones.

RecovEase turns a clinician's care plan into actionable daily tasks: medication checklists with dose instructions, timed rehab stretches, quick symptom logging, and verified recovery resources — all in one accessible interface.

  • ✓ Time-stamped daily task list with clear completion states
  • ✓ 1-tap symptom check-in with doctor-accessible remark history
  • ✓ Emergency contact & surgeon details accessible in 1 tap
02 • Design Methodology

User-Centered Design Process

Following standard human-centered design principles, each phase bridged qualitative patient interviews with quantitative survey validation.

01 • Discover

User Research

Patient interviews & surveys on medication adherence and post-op anxiety.

02 • Define

Persona & Journey

Empathy mapping, pain-point clustering, and core behavioral hurdles.

03 • Ideate

Feature Roadmap

Information architecture, screen menus, and multi-step task user flows.

04 • Design

Visual System

Accessible mobile interfaces, soft reassuring palettes, and clear glanceability.

05 • Test

Usability Testing

Feedback on symptom logging, task completion speed, and visual reassurance.

03 • Discover Phase: User Research

Qualitative Interviews & Quantitative Validation

To ground design decisions in real patient realities, qualitative interviews explored daily post-op routines, while quantitative surveys evaluated feature priorities and communication habits.

Medication Overwhelm

Patients juggle varying dosages, pre/post meal restrictions, and tapering schedules across multiple antibiotics and pain medications.

Anxiety Over Complications

Lack of objective progress markers makes patients wonder: "Is this amount of swelling normal on Day 4?" leading to fear and panic.

Disconnected Care Systems

Discharge instructions, doctor contact info, and pharmacy records exist in separate silos with zero automated coordination.

Key Survey Findings

27.3%

Most requested feature

Progress Tracking — the single most desired capability, above medication reminders and direct messaging.

85%

Prefer a unified platform

The majority of respondents said "Yes" to integrating medication, symptoms, and communication into one app.

4 in 7

Forget medications "sometimes" or "often"

A majority of patients reported unreliable medication adherence without automated reminders.

In-person

Dominant communication channel

Most patients rely on in-person visits for follow-ups, missing timely guidance in between appointments.

04 • Define Phase: Persona

Understanding the Patient: Abha Sharma

Synthesizing research interviews led to our primary persona: a young professional managing post-surgical rehabilitation independently while striving to resume an active routine.

Primary Persona

Abha Sharma, 25

UI/UX Designer • Single • Recovering from Orthopedic Surgery

"I want to recover fully and get back to my routines without any setbacks. Having a tool that helps me manage my recovery effectively would be invaluable."

Goals

  • • Smooth and predictable recovery
  • • Independence in daily care
  • • Timely resumption of active lifestyle

Frustrations

  • • Complex, confusing discharge instructions
  • • Balancing work duties with recovery
  • • Anxiety about unnoticed complications

Design Requirements

  • • Automated dosage & appointment pings
  • • Visual recovery milestone tracker
  • • Reassuring, clutter-free UI design
05 • Ideation & Information Architecture

Structuring the Patient Flow for Low Cognitive Load

Patients recovering from surgery often experience fatigue and reduced cognitive bandwidth. We organized the app around four core actions: viewing today's checklist, tracking progress over time, accessing educational guidance, and logging real-time symptoms.

06 • The Solution

High-Fidelity Interface Design

Each core flow addresses a specific vulnerability in home recovery, using high-contrast text, calm visual palettes, and 1-tap confirmation states.

Screen 01

Patient Dashboard: Glanceable Metrics & Active Tasks

The home dashboard presents patient recovery percentage, remaining medications for today, and immediate access to both the treating orthopedic surgeon (Dr. Shetty) and emergency contacts.

  • Key Metric Cards: Progress percentage, completed exercises, and remaining daily doses.
  • 1-Tap Emergency Access: Quick call button for both family caregiver and hospital desk.
Screen 01: Patient Dashboard
Screen 02: Medication & Exercise Routine Tracker
Screen 02

Daily Schedule Tracker & Easy Task Logging

Chronological timeline displaying every medication, dosage timing (e.g. 1 capsule before meal), and targeted physical therapy exercise (e.g. Calf raises, 15 reps).

  • Done / Skip States: Eliminates double-dosing doubts with clear visual checkmarks.
  • Add Medicine Flow: Simple modal for entering course length, dosage strength, and reminder times.
Screen 03

Clinical Knowledge & Guided Recovery Resources

Curated post-surgical guides, dietary nutrition plans for wound healing, and video demonstrations of doctor-approved stretches to prevent injury.

  • Video Exercise Library: Step-by-step video tutorials preventing posture mistakes during rehab.
  • Vetted Articles: Reliable guidance that replaces panic-driven Google searches.
Screen 03: Recovery Resources
Screen 04: Symptom Logging
Screen 04

Symptom Journaling & Clinical Remark History

Patients can log daily physical symptoms (Pain, Drowsiness, Fever, Appetite loss) with contextual notes, creating an accurate, timestamped clinical record for subsequent doctor follow-ups.

  • 1-Tap Symptom Tags: Rapid capture even when the patient is fatigued or in discomfort.
  • Doctor-Ready History: Replaces vague recall with concrete timestamps (e.g. "Pain returned 1hr post-dose").
07 • Key Learnings & Takeaways

Designing for Vulnerable Users Requires Empathy and Clarity

Post-operative patients are not ordinary app users — they are recovering under physical pain, medication brain-fog, and emotional distress. Designing RecovEase demonstrated that high legibility, reassuring visual tones, and reduced cognitive friction are clinical necessities, not just aesthetic choices.

Project Highlights

Designed by

Rakhi Sharma • UX Case Study

Key Focus

Post-operative adherence & anxiety reduction

Primary Artifact

End-to-end mobile design system & prototypes