How Predictive AI Is Helping Hospitals Anticipate Admissions and Optimize Emergency Department Throughput

Emergency departments across the U.S. are under unprecedented strain, with overcrowding, staffing shortages, and inpatient bed constraints converging into a throughput crisis. The American Hospital Association reports that hospital capacity and workforce growth have lagged, intensifying delays from arrival to disposition. At the same time, advances in artificial intelligence are moving from experimental to operational—raising the stakes for how technology can meaningfully improve patient flow rather than add complexity.

So, how can emergency departments reduce bottlenecks and move patients more efficiently through care without compromising clinical judgment or trust?

Welcome to I Don’t Care. In the latest episode, host Dr. Kevin Stevenson sits down with Mitch Quinn, Director of AI/ML at Choreo-ED, to explore how AI-driven insights can help hospitals anticipate admissions and discharges earlier, coordinate downstream services, and ultimately improve ED throughput. Their conversation spans the real-world operational challenges ED leaders face, the practical application of machine learning in high-acuity settings, and what it takes to deploy AI tools that clinicians actually trust and use.

What you’ll learn…

• How AI models trained on a hospital’s own historical data can accurately anticipate admissions up to hours earlier, enabling parallel workflows.
• Why focusing on “high-certainty” admissions and discharges—rather than rare edge cases—creates immediate operational value in the ED.
• How adaptive, continuously retrained models can support both experienced clinicians and newer providers in high-turnover environments.

Mitch Quinn is a Director of AI and Machine Learning and a computer scientist with 20+ years of experience building production-grade AI systems across healthcare and cybersecurity. He specializes in deep learning, large-scale model architecture, and end-to-end ML pipelines, with leadership roles spanning applied research at Blue Cross NC, enterprise AI consulting, and real-time cyber threat detection. His career highlights include designing high-performance deep neural networks, anomaly detection systems operating at enterprise scale, and foundational software frameworks used by large engineering organizations.

Article written by MarketScale.