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Development of a Patient Monitoring and Care Process Automation System for Nonprofit Healthcare Organizations
  1. case
  2. Development of a Patient Monitoring and Care Process Automation System for Nonprofit Healthcare Organizations

Development of a Patient Monitoring and Care Process Automation System for Nonprofit Healthcare Organizations

nix-united.com
Medical
Non-profit

Challenges Faced by Nonprofit Healthcare Providers in Service Delivery

The organization currently relies on manual, paper-based processes for patient care and service quality monitoring, leading to inefficiencies, limited data access, and challenges in scaling operations. The lack of digital tools hampers timely decision-making and compliance with healthcare regulations such as HIPAA.

About the Client

A nonprofit healthcare organization providing home and institutional care for individuals with disabilities, operating across multiple states to deliver comprehensive support services.

Goals for Improving Healthcare Service Delivery and Operational Efficiency

  • Automate patient care processes to increase efficiency and reduce manual workload.
  • Implement a centralized data platform for collecting, analyzing, and reporting on service delivery metrics.
  • Enhance real-time monitoring of service quality through digital employee and patient data collection.
  • Ensure compliance with healthcare regulations, including data security and privacy standards.
  • Enable scalable and accessible digital tools for staff to monitor performance and compliance from any location.
  • Facilitate data-driven decision-making to identify areas for operational improvement and client satisfaction.

Core Functionalities for Patient Monitoring and Care Process Automation

  • A web platform that consolidates all incoming data, including mobile app submissions, for analysis of patient and employee information, financial reports, and service quality metrics.
  • Data export capabilities in multiple formats for external reporting and auditing purposes.
  • Web applications for staff: a caretaker app for monitoring patient care activities, recording completed procedures, tracking time, recording actions, and verifying location via geolocation; and an auditor app for conducting inspections, collecting feedback, documenting compliance, and offline operation with data synchronization.
  • Secure user authentication and verification workflows for staff access.
  • Real-time geolocation tracking to confirm employee presence at designated care sites.
  • Database management for storing multimedia files, survey results, and inspection data securely in compliance with privacy standards.

Technology Stack and System Architecture Preferences

Backend development with C# and .NET
Cloud infrastructure deployed on Microsoft Azure
Frontend and PWA applications built with Angular

External System Integrations and Data Sources

  • Mobile applications for care staff and auditors to transmit data to the central platform
  • Geolocation services for employee location verification
  • Existing compliance and auditing systems for regulatory data exchange

Non-Functional System Attributes for Reliability and Security

  • HIPAA compliance for all data handling processes
  • High scalability to support expanding user base and data volume
  • Robust security measures, including secure authentication and data encryption
  • Offline support for applications with data synchronization upon reconnection
  • Performance optimizations to support real-time data updates and geolocation tracking

Expected Business Benefits and Operational Improvements

The implementation of a comprehensive digital care monitoring system is anticipated to significantly improve operational efficiency, with automated processes reducing manual workload. Real-time data collection and analysis will enable better quality assurance, faster decision-making, and enhanced compliance with healthcare regulations. The organization could achieve scalable growth, improved patient and staff satisfaction, and more informed strategic planning.

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