Project Information
- Category: Medical IoT
- Client: Indus Hospital
- Project Date: 2024
- Application: Critical Care
Project Overview
The Shared Ventilator system is an innovative medical IoT solution developed for Indus Hospital to address critical care resource constraints. This system splits one ventilator into two independent units, each with its own data visualization and control panel, effectively reducing costs while maintaining patient safety and care quality.
Project Impact
Key metrics and achievements
Key Features
Ventilator Splitting
Intelligent system that splits one ventilator into two independent units, each serving a separate patient with isolated controls
Data Visualization
Each unit features its own dedicated data visualization panel showing real-time patient vitals and ventilator parameters
Independent Control
Separate control panels for each patient, allowing medical staff to adjust settings independently without interference
MATLAB Integration
Advanced MATLAB algorithms for precise control and monitoring of ventilator parameters and patient safety
Sensor Monitoring
Comprehensive sensor array for continuous monitoring of pressure, flow, and patient respiratory parameters
Motor Control
Precise motor control system for managing airflow and pressure distribution between the two patient units
Technical Implementation
The Shared Ventilator system integrates MATLAB for advanced control algorithms, Arduino microcontrollers for hardware interface, and a comprehensive sensor network for real-time monitoring. The system uses precision motors to manage airflow distribution, ensuring each patient receives appropriate ventilation. Each unit operates independently with its own control panel and data visualization interface, allowing medical staff to monitor and adjust settings for each patient separately.
Impact & Results
The Shared Ventilator system has significantly improved resource utilization at Indus Hospital, effectively doubling patient capacity while reducing equipment costs by 50%. The system maintains high safety standards with independent monitoring and control for each patient. This innovation has been particularly valuable during critical care situations where ventilator availability is limited, enabling the hospital to serve more patients without compromising care quality.