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IIEMS

Posted on 29 Apr 2026

IIEMS required a modern, technology‑driven solution to simulate real‑world cardiac arrest and defibrillation scenarios for medical training purposes.

Project Overview

Synthesis Simulation Technologies Private Limited is a premier Emergency Medicine, Trauma Care, Emergency Medical Services, and Disaster Management training organization headquartered in Kerala, India. With over a decade of experience, the institution has trained more than 400,000 healthcare professionals, including doctors, nurses, paramedics, emergency medical technicians, and first responders across the Indian subcontinent, supported by expert consultants and instructors from the USA, Europe, and India.

To enhance postgraduate and advanced emergency medical training programs, Synthesis Simulation Technologies required a Defibrillator Machine Training System capable of simulating real-life defibrillator usage and cardiac emergency scenarios. The objective was to deliver an interactive, technology-driven training solution that provides trainers with full control and trainees with accurate, real-time visual feedback.

Based on the approved scope, Citymapia designed and developed a mobile-application-based Defibrillator Training System consisting of a Defibrillator Input System (DIS) and a Defibrillator Display System (DDS), enabling realistic, repeatable, and scalable emergency simulation training.

Services Provided

IoT-Based Mobile Application Development | Defibrillator Input System (DIS) | Defibrillator Display System (DDS) | Real-Time Hotspot Communication | Emergency Simulation Training Platform

Language Used Kotlin (Mobile Application) | Modular Simulation Framework

System Architecture IoT-Based Mobile Application | DIS & DDS | Real-Time Data Sync

Timescale Scope-based delivery

Launch Date 2025

Location Kerala, India

Business Challenge

Traditional defibrillator and CPR training methods posed several limitations:

Limited realism in simulating cardiac rhythms and emergency scenarios
No centralized digital control for trainers during sessions
Heavy manual dependency during training sessions
Lack of immediate graphical and numerical feedback for trainees
Difficulty in repeating and customizing emergency scenarios
Need for a flexible, reliable system that could replicate real-world defibrillator behavior

Synthesis Simulation Technologies required a flexible, interactive, and reliable digital training system that could accurately replicate real-world defibrillator behavior while remaining simple to operate within classroom and simulation environments.

Project Objectives

To design and develop a mobile-application-based Defibrillator Training System consisting of two integrated applications — a Defibrillator Input System (DIS) and a Defibrillator Display System (DDS) — enabling realistic, repeatable, and scalable emergency simulation training for healthcare professionals.

Real-Time IoT Sync

Cardiac Rhythm Simulation

Trainer Control Panel

Live Graphical & Numerical Vital Visualisation

Defibrillator Keyboard Replica

AED Mode & Scenario Configuration

Real-Time Hotspot Communication

Modular & Scalable Simulation Framework

Solution

Citymapia delivered a Defibrillator Machine Training System consisting of two integrated mobile applications — the Defibrillator Input System (DIS) and the Defibrillator Display System (DDS) — working together in real time through a hotspot-based communication mechanism. A Defibrillator Keyboard Replica serves as the trainer's input device, which connects the DIS and DDS via hotspot, transmitting all inputs in real time as graphs, values, messages, and images.

This architecture enables continuous interaction between trainer inputs, user actions, and display feedback — creating a realistic emergency simulation environment. The DIS gives trainers full control over 20+ cardiac rhythms, patient vitals, and AED modes, while the DDS provides trainees with accurate, real-time visual feedback throughout training sessions.

Realistic simulation of defibrillator usage and cardiac emergencies
Improved engagement and hands-on learning for trainees
Reduced manual intervention during training sessions
Repeatable and customizable emergency scenarios
Enhanced effectiveness of postgraduate and advanced medical training programs

Impact Statement

A technology-driven transformation of emergency medical training — delivering a reliable, interactive, and scalable defibrillator simulation platform that enhances learning accuracy and preparedness, developed and delivered by Citymapia.