Cross hospital bed management system.

Area of Science:

• Health Systems Engineering
• Hospital Bed Management
• Patient Flow Optimization

Background:

• Public hospitals face significant challenges with insufficient bed capacity for patient surges.
• Effective management of hospital beds, particularly intensive care unit (ICU) and cardiac care unit (CCU) beds, is critical for patient care.
• Current systems may lack real-time updates, leading to inefficient bed allocation.

Purpose of the Study:

• To design and implement a dynamic system for real-time hospital bed status monitoring.
• To improve the management and distribution of hospital beds, focusing on critical care units.
• To enhance the capacity of public hospitals to accommodate injured patients.

Main Methods:

• Development of a dynamic system to track bed occupancy changes.
• Implementation of a wide network for country-wide bed management.
• Real-time announcement of bed status upon patient admission or discharge.

Main Results:

• The system provides real-time updates on bed availability.
• Facilitates improved distribution of patients, particularly those requiring ICU/CCU care.
• Aims to mitigate the problem of inadequate bed numbers in public hospitals.

Conclusions:

• The dynamic bed management system offers a scalable solution for optimizing hospital resource allocation.
• Real-time bed status updates are essential for efficient patient flow and care.
• This approach can significantly improve a hospital's ability to manage patient admissions during critical events.