Clinical Workflow Optimization
Clinicians spend nearly two hours on EHR documentation and administrative tasks for every hour of direct patient care. Alert fatigue, redundant clicks, disconnected systems, and manual processes that should be automated — these workflow failures don’t just waste time, they contribute to burnout and create gaps where patient safety risks emerge. Clinical workflow optimization targets these inefficiencies systematically, redesigning how clinicians interact with technology so the technology serves the clinical process instead of obstructing it.

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The Problem
EHR friction. Documentation templates that don’t match clinical workflows. Order entry that requires excessive clicks. Results that arrive in the wrong inbox. Notes that can’t be found. The EHR was supposed to make things easier — instead, it often makes things slower.
Alert fatigue. Clinical decision support that fires hundreds of low-value alerts per shift. Drug interaction warnings that are overridden 90%+ of the time. Duplicate alerts for the same condition. Clinicians learn to dismiss everything — including the genuinely critical warnings buried in the noise.
Disconnected systems. The EHR doesn’t talk to the telehealth platform. The RPM dashboard isn’t visible in the clinical workflow. Lab results from the reference lab arrive as faxes instead of structured data. Every disconnection creates a manual workaround — and every workaround creates a potential error.
Manual care coordination. Care transitions, referral tracking, prior authorization, and follow-up scheduling require phone calls, faxes, and spreadsheets when they should be automated, tracked, and integrated.
Our Solution
We optimize clinical workflows through EHR configuration, integration engineering, automation development, and CDS refinement — reducing clicks, eliminating manual steps, and putting the right information in front of the right clinician at the right time.
EHR workflow redesign. We analyze current clinical workflows — documentation, ordering, results review, medication management, care coordination — and redesign them to minimize unnecessary steps. This includes template optimization (reducing documentation clicks while maintaining completeness), order set design (evidence-based, condition-specific order bundles), and navigation shortcuts (reducing the number of screens between the clinician and the data they need).
CDS optimization. We audit existing clinical decision support — cataloging every alert, measuring override rates, and identifying high-noise/low-value interventions. We retire, consolidate, or refine alerts to reduce volume while preserving safety. We implement tiered alerting (informational, advisory, hard-stop) so critical warnings stand out from routine notifications.
Integration engineering. We connect disconnected systems — telehealth platforms linked to the EHR, RPM data flowing into clinical flowsheets, reference lab results arriving as structured HL7v2 or FHIR data instead of faxes, ADT notifications from HIEs populating care management worklists.
Automation development. We build automations for repetitive clinical and administrative tasks — automated referral routing based on diagnosis and insurance, automated prior authorization status checking, automated result notification routing, and automated quality measure capture through intelligent documentation prompts.
SMART on FHIR workflow apps. For workflow needs that the native EHR can’t address, we build SMART apps that launch within the EHR context — specialized calculators, risk assessment tools, population health dashboards, and care gap worklists accessible without leaving the clinical workflow.
Results
Organizations implementing our workflow optimization typically see: 20–35% reduction in documentation time per encounter, 40–60% reduction in CDS alert volume with maintained or improved safety outcomes, measurable reduction in after-hours EHR usage (“pajama time”), improved clinician satisfaction scores, and faster turnaround on referrals, prior authorizations, and care transitions.
Who This Is For
Health systems, hospitals, and large physician groups struggling with EHR-related clinician burnout, high alert override rates, manual processes that should be automated, and disconnected clinical systems. Particularly valuable for organizations that have implemented an EHR but haven’t optimized the workflows around it.
How We Build It
Current state assessment. We shadow clinical workflows, analyze EHR usage data (click counts, time-per-task, alert metrics), interview clinicians and staff, and document every pain point and manual workaround.
Workflow redesign. We redesign workflows using evidence-based optimization principles — reducing clicks, eliminating redundant steps, automating manual processes, and integrating disconnected systems.
Implementation. We configure EHR templates, build integration interfaces, develop automation rules, optimize CDS, and build SMART apps — working with your EHR team and clinical informatics staff.
Measurement. We track before-and-after metrics — documentation time, alert volume, click counts, referral turnaround, and clinician satisfaction — proving the impact of every optimization.
Technical Capabilities
- EHR configuration optimization (Epic, Oracle Health, MEDITECH, athenahealth)
- CDS Hooks service development for external clinical decision support
- SMART on FHIR app development for workflow extensions
- HL7v2 and FHIR integration engineering
- Automated referral and prior authorization workflows
- RPM and telehealth EHR integration
- Clinical workflow analytics and reporting
