Project Overview

GIC RMS Software is a centralized Radiology Management System designed to streamline operations of diagnostic centers. The platform helps manage appointments, patient records, billing, reports, and branch operations in one unified dashboard.

The goal was to create a simple, scalable, and efficient system that improves the operational workflow of imaging centers.

Problem Statement

Radiology centers often rely on manual processes and fragmented systems for managing operations.
This creates several challenges:
- Manual appointment scheduling
- Difficulty managing patient records
- Disconnected billing systems
- Inefficient coordination between departments
- Lack of real-time operational insights
These problems reduce efficiency and increase administrative workload.

Project Goals

The objective of this project was to build a user-friendly radiology management system that simplifies daily operations.

Key goals:
- Digitize radiology center workflows
- Simplify patient registration and appointments
- Centralize patient data and reports
- Streamline billing and payment tracking
- Provide role-based dashboards for staff

Target Users

Super Admin
Responsible for managing the entire system including branches, users, and analytics.
Branch Admin
Handles branch operations, staff management, and performance tracking.
Receptionist
Manages patient registration, appointment booking, and billing.
PRO (Patient Relationship Officer)
Coordinates with hospitals and manages patient communication.
Radiologist / Doctor
Reviews scans and generates diagnostic reports.

Research Insights

After stakeholder discussions and workflow analysis, key insights were identified:
- Receptionists require fast patient registration workflows
- Branch managers need real-time operational dashboards
- Doctors need easy access to patient history and reports
- Staff require simple navigation between modules
These insights helped define the core system architecture.

System Modules

Dashboard
Provides a quick overview of appointments, revenue, and reports.

Appointment Management
Allows staff to book, reschedule, and manage patient appointments.

Patient Management
‍Maintains patient profiles, history, and diagnostic data.
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Billing & Payments
Handles invoice generation and payment tracking.

Report Management
‍Stores and manages diagnostic reports.

Branch Management
Tracks operations across multiple imaging centers.

UX Strategy

The design focused on creating a fast, intuitive, and role-based user experience.
Design principles:
- Reduce time spent on data entry
- Simplify complex workflows
- Provide clear visual hierarchy
- Ensure quick access to key actions
- Create role-based user dashboards

Design Process

1. Requirement Analysis
Understanding stakeholder needs and system functionality.
2. Workflow Mapping
Creating flow diagrams for appointment, patient, and billing systems.
3. Information Architecture
Structuring modules and navigation hierarchy.
4. Wireframing
Designing low-fidelity layouts for dashboard and system modules.
5. UI Design
Creating the final visual interface using a consistent design system.
6. Prototype
Building interactive prototypes for user testing and development handoff.

Key Features

Centralized Dashboard
Displays real-time operational insights.
Smart Appointment Scheduling
Quick booking and time-slot management.
Digital Patient Records
Secure patient history and report management.
Billing & Invoice Management
Automatic invoice generation and payment tracking.
Multi-Branch Support
Centralized control of multiple diagnostic centers.

Design System

The interface was built using a scalable design system.
Core components:
- Data tables
- Dashboard cards
- Forms and inputs
- Modal popups
- Status indicators
This ensured consistency across the entire platform.

Outcome

The GIC RMS Software provides a modern digital platform that improves the operational efficiency of radiology centers.
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The system helps reduce manual work, improves data management, and enhances staff productivity.

Results

- Faster appointment scheduling
- Better patient data management
- Improved billing efficiency
- Clear operational visibility for management