Case Study
Real-time Healthcare Coordination for 26 Hospitals
A government healthcare command center serving as the central coordination system for 26 hospitals in the Jazan region. It combines real-time WebSocket dashboards, STEMI/Stroke/Trauma clinical portals, intelligent triage prioritization, and KPI compliance tracking for Ministry stakeholders.
The Saudi Ministry of Health needed a centralized command center to coordinate emergency care across 26 hospitals in the Jazan region. Existing systems were siloed, using different data formats and legacy software, making it impossible to have real-time visibility into bed capacity, patient flow, and critical care metrics across the healthcare network. Government stakeholders required strict compliance with medical protocols and immediate access to KPI data for decision-making.
I led the design and development of the Regional Command Center (RCC) Platform - a real-time healthcare coordination system connecting all 26 hospitals. The platform features WebSocket-powered live dashboards for bed capacity and ambulance tracking, clinical portals for STEMI, Stroke, and Trauma pathways with multi-step workflows and KPI validation engines, and resilient data pipelines normalizing data from heterogeneous hospital systems.
26
Hospitals Connected
Real-time data integration
99.9%
Operational Uptime
Continuous command-center availability
+70%
Coordination Efficiency
Manual workload reduction via automation
11 KPIs
KPI Engine
Traffic-light compliance monitoring
99.9%
Data Accuracy
From heterogeneous sources
3
Clinical Portals
STEMI, Stroke, Trauma command flows
The RCC Platform uses a microservices architecture with NestJS backend services communicating via WebSocket for real-time updates. PostgreSQL handles complex relational data for patients, hospitals, and clinical workflows. The frontend is built with React and Redux for state management, featuring multi-step clinical forms with draft persistence. Data pipelines using Node.js workers ingest and normalize data from 26 different hospital systems via CSV, SFTP, and API integrations.
Challenge
Translating bureaucratic government requirements into technical specifications
Solution
Led high-stakes requirements gathering sessions with Ministry stakeholders. Created comprehensive technical documentation mapping policy goals to engineering deliverables, negotiating scope and managing expectations as the sole technical liaison.
Challenge
Integrating 26 hospitals with different legacy systems and data formats
Solution
Built resilient ingestion pipelines with per-hospital schema mappings, automatic retry logic, and error recovery. Implemented data validation at multiple stages to ensure 99.9% accuracy for government decision-makers.
Challenge
Real-time synchronization across distributed hospital systems
Solution
Implemented WebSocket architecture with reconnection handling and optimistic updates. Used message queuing for guaranteed delivery and implemented fallback polling for network resilience.
Centralized patient flow aggregation platform using real-time web scraping from 26 hospital emergency departments. Achieves 99.9% data accuracy through per-hospital schema mappings and validation pipelines.
Database & Backend project with Oracle SQL, Node.js, and Express focused on triage operations, patient workflows, and emergency-room data reliability.
