Enterprise Systems & Complex Workflows

Senior Product Designer — Healthcare, Regulated & Clinical Systems

Hi, I'm Tabari — a Senior Product Designer specializing in enterprise systems and complex operational workflows. I've designed and scaled full-stack platforms across healthcare, compliance, and industrial domains, working inside large, regulated organizations. My focus is building systems that reduce friction, support real operators, and hold up under scale and constraint. I care less about polish for its own sake, and more about clarity, structure, and software that actually works in the real world.

Walgreens Patient 360 Care Platform interface

Walgreens — Patient 360 Care Platform

Senior UX Designer

Enterprise care platform supporting national pharmacy and call-center operations.

Impact: Led the redesign that reduced pharmacist call handling time by ~30% across a national pharmacy network, increasing patient outreach capacity.

Context

  • Large-scale healthcare platform used by pharmacists and call-center teams across the organization
  • Operated within regulated clinical, privacy, and operational constraints
  • Required coordination across multiple legacy systems and internal tools

My Role

  • End-to-end product and UX design ownership
  • Defined system architecture, workflows, and interaction models
  • Worked directly with engineering, operations, and business stakeholders

The System

The platform unified patient information and outreach workflows into a single operational interface, enabling support teams to act quickly and consistently.

Key system components:

  • Patient overview and eligibility state
  • Outreach workflows and call guidance
  • Service documentation and disposition logic
  • Cross-system data visibility for informed decision-making
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Outcomes

  • Improved call efficiency and reduced redundant patient outreach
  • Reduced operational friction for pharmacy and call-center teams
  • Supported large-scale patient engagement and care initiatives

Notes

This system was designed for high-volume, high-stakes use by expert operators, prioritizing clarity, reliability, and scalability over surface-level polish.

Skyello autonomous inspection platform interface

Skyello — Autonomous Inspection & Compliance Platform

Senior Product Designer

Designing an operational system for industrial inspection, compliance, and AI-driven decision support.

Context

Skyello is an enterprise software platform designed to coordinate inspections, sensor data, and compliance workflows across industrial environments. The system operates in safety-critical contexts, integrates with physical assets, and supports both human operators and autonomous agents under regulatory constraints.

The Problem Space

Industrial inspections are fragmented across manual processes, siloed tools, and post-hoc reporting. Operators lack real-time visibility, compliance teams rely on delayed documentation, and existing software fails to reflect how inspections actually occur in the field.

My Role

I led end-to-end product design and system definition, including information architecture, core workflows, operational states, and interaction models. I worked directly across engineering, robotics, and domain experts, defining how human and autonomous actors interact within a single operational platform.

The System

AI-assisted inspection analysis in progress
Captured field evidence is analyzed in real time by Skyello's Cognit engine to extract visual conditions, validate inspection requirements, and prepare structured compliance data for review.
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Structured compliance data capture at the point of generation (POG)
Inspectors document regulated assets using standardized identifiers, control methods, and inspection frequencies aligned to BWON and NESHAP requirements.
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Human-in-the-loop AI checklist generation
Vision analysis auto-populates regulatory checklist items with confidence scoring, allowing inspectors to verify, correct, or override findings before submission.
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Irreversible evidence submission with audit accountability
Before advancing to the next waypoint, inspectors confirm that all required evidence accurately represents the inspection point, preserving chain-of-custody and audit integrity.
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Spatial view of inspection coverage across a live industrial site
Thousands of regulated assets are visualized in real time, color-coded by condition and compliance status to support rapid situational awareness.
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Evidence-backed inspection findings at the asset level
High-resolution imagery anchors compliance decisions to physical reality, supporting enforcement, remediation workflows, and regulatory reporting.
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Design Constraints

The system was designed under constraints including intermittent connectivity, safety-critical environments, regulatory auditability, and operator cognitive load. Interfaces prioritize clarity, state awareness, and error prevention over visual expression.

Why This Matters

This work demonstrates my approach to designing software that operates beyond screens—where UX must coordinate people, machines, data, and compliance in real time.

H3A surgical coordination platform interface

H3A — Surgical Coordination & Billing Platform

Senior Product Designer

Enterprise healthcare platform supporting pre-operative consultations, clinical documentation, and insurance billing workflows.

Impact: Designed a HIPAA-compliant pre-surgical portal that centralized patient data and clinician–patient communication, reducing last-minute surgical risk and operational friction before surgery day.

Context

H3A is a healthcare platform designed to support surgical workflows before, during, and after patient consultations. The system had to coordinate clinical teams, patient communication, documentation, and insurance billing within strict regulatory, privacy, and security constraints. The platform served surgeons, clinical staff, billing teams, and patients—each with different priorities, levels of expertise, and risk tolerance—while operating in time-sensitive, high-stakes medical environments.

Problem

Existing workflows relied on fragmented systems for video consultations, clinical notes, patient records, and billing documentation. This fragmentation introduced risk at critical moments, including:

  • Incomplete or inconsistent clinical notes during consultations
  • Delays and errors in insurance claim submission
  • Poor visibility into patient context across teams
  • Increased administrative burden on clinicians and staff

The challenge was to design a unified system that reduced friction without compromising clinical accuracy, compliance, or security.

My Role

  • End-to-end product and UX design ownership
  • Defined system architecture, navigation, and core workflows
  • Designed interfaces for clinicians, billing staff, and administrators
  • Partnered with engineering, compliance, and medical stakeholders
  • Led prototyping and iterative validation with real users

I was responsible not just for screen design, but for how the system behaved under real clinical and operational pressure.

Design Approach

1. Prioritize Operational Clarity Over Surface Polish

In clinical environments, speed and correctness matter more than visual novelty. Interfaces were designed to:

  • Surface the right information at the right moment
  • Minimize context switching during live consultations
  • Reduce ambiguity in documentation and billing flows

2. Design for Trained Professionals, Not Casual Users

Users were clinicians, billers, and staff—not first-time consumers. The system assumed domain knowledge and focused on:

  • Dense but scannable information layouts
  • Structured data entry aligned with real workflows
  • Clear system feedback and status visibility

3. Respect Regulatory and Security Constraints

All workflows were designed with HIPAA, data minimization, and auditability in mind. Sensitive data exposure was controlled by role, context, and task—not just permissions.

The System

Video Consultation Interface with Notes Panel

The consultation interface combined live video with structured clinical notes, patient history, and participant roles in a single view. This allowed clinicians to document and reference patient information without breaking the flow of the consultation.

Key considerations:

  • Notes remained accessible and editable during live sessions
  • Patient context was visible without navigating away
  • Participant roles were clearly defined to reduce confusion
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Billing Form & Patient Profile

Billing workflows were unified into a single, structured view combining patient demographics, clinical details, insurance data, and claim actions.

Key considerations:

  • Reduced handoffs between clinical and billing teams
  • Structured fields aligned with payer requirements
  • Clear visibility into claim status, verification, and submission

The goal was to reduce submission errors and administrative rework, not just speed up data entry.

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Outcomes

While formal analytics were limited due to regulatory and organizational constraints, qualitative outcomes included:

  • Improved clarity during live clinical consultations
  • Reduced friction between clinical documentation and billing
  • Fewer follow-ups caused by missing or inconsistent information
  • Higher confidence from staff operating the system under time pressure

The platform was designed to scale across multiple practices while maintaining consistency and compliance.

Reflections

Designing H3A required balancing clinical precision, security mandates, and patient usability—often with competing stakeholder priorities. Progress came from early prototyping, direct walkthroughs with surgeons and staff, and prioritizing operational clarity over surface polish in moments that directly impacted care delivery.