AVEANNA HEALTHCARE

Transforming Distributed Care: Replacing Paper and Fax with a Scalable Digital Ecosystem

PROJECT OVERVIEW

As UX Lead, I spearheaded the end-to-end experience architecture and foundational product strategy to transition Aveanna Healthcare from legacy, paper-driven field operations to a unified, dual-sided digital platform. The initiative encompassed a cross-platform mobile application for over 30,000 distributed caregivers and an enterprise web portal for centralized clinical coordination and dispatch. By aligning executive stakeholders, clinical operations, and engineering teams around a shared experience framework, we simplified dense clinical workflows, eliminated operational bottlenecks, and established repeatable design standards across the organization.

  • Caregiver Burden: Nurses and aides spent hours navigating administrative paperwork instead of focusing on direct patient care.

  • Dispatch Friction: Office staff managed scheduling manually across disconnected spreadsheets, resulting in frequent scheduling conflicts and delayed staffing updates.

  • Billing and Compliance Risk: Disconnected paper logs led to missing documentation, compliance vulnerabilities, and recurring payroll reconciliation delays.

The Challenge: Operational Paralysis at Scale

Prior to this initiative, Aveanna’s field caregivers and centralized coordinators relied on disconnected paper charting, physical timesheets, and manual fax communication. This fragmented workflow created severe operational liabilities:

Stakeholder Perspectives and Workflow Friction

  • Back Office Coordinators: "Every new placement requires hours of cross-referencing availability across spreadsheets and fax machines. We need automated visibility into caregiver status and real-time field documentation."

  • Field Caregivers: "Navigating paper forms and driving to physical offices to drop off timesheets takes time away from patients. We need a simple, reliable way to manage shifts, tasks, and care plans on the go."

  • Patient Guardians: "We need clarity on who is coming into our home, when they will arrive, and confidence that our loved ones' care plans are accurately tracked and updated."

Systems Architecture and Dual-Sided Solution

Rather than digitizing individual paper forms in isolation, I architected a connected ecosystem designed to synchronize real-time field telemetry with centralized administrative decision support.

Caregiver Mobile Experience (iOS/Android)

  • Automated Shift and Time Tracking: Integrated GPS-assisted check-in and check-out to eliminate physical timesheets and automate payroll verification.

  • Contextual Care Plans and Task Management: Structured patient care routines into clear, accessible task lists compliant with clinical documentation standards.

  • Secure Field Messaging: Provided encrypted, HIPAA-compliant communication between field staff and clinical coordinators, reducing response times for critical inquiries.

Execution Strategy and Governance

  • Cross-Functional Alignment: Facilitated structured discovery workshops with 8 clinical subject matter experts, product managers, and lead architects to map edge cases and prioritize feature dependencies.

  • Scalable Design System: Established an accessible, responsive component library adhering strictly to WCAG 2.1 accessibility standards, ensuring visual coherence and predictable interaction patterns across both mobile and desktop touchpoints.

  • Evaluative Usability Testing: Conducted iterative usability testing sessions with field caregivers and office coordinators, validating high-density workflow prototypes within rapid two-week sprint cycles to eliminate usability bottlenecks prior to production deployment.

Measurable Business and Operational Outcomes

40% Reduction in Scheduling Overhead:

Automated matching and real-time visibility streamlined dispatch workflows across regional service branches.

Accelerated Time-to-Care:

Streamlined communication and shift dispatch reduced the cycle time between initial patient intake and direct caregiver assignment.

Enhanced Documentation Compliance:

Transitioning to guided digital charting virtually eliminated paper errors, mitigating billing discrepancies and administrative rework.

Enterprise Administrative Portal (Web)

  • Intelligent Scheduling and Dispatch: Centralized patient-caregiver matching based on real-time availability, geographic proximity, and clinical skill requirements.

  • Holistic Caregiver and Patient Management: Consolidated longitudinal patient records, care history, and credential tracking into unified, high-density views.

  • Telemetry and Operational Analytics: Built reporting dashboards tracking shift completion, documentation accuracy, and service delivery metrics to give operational leaders actionable decision support.

Scalable Operational Baseline:

Delivered an extensible experience architecture and design system capable of scaling across 150,000 patients and providers nationwide.

Strategic Impact

By bridging operational complexity with intuitive, user-centered interface architecture, this transformation empowered thousands of healthcare workers to spend less time managing administrative friction and more time delivering high-quality patient care. The design frameworks and governance established during this project continue to serve as a model for scalable enterprise modernization across distributed operational environments.

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