ALL SESSIONS ARE CLOSED CAPTIONED AND WILL BE RECORDED AND MADE AVAILABLE TO REGISTERED ATTENDEES WITHIN 24-48 BUSINESS HOURS AT THE OTLEARN PORTAL.
PROGRAM DESCRIPTION
Artificial intelligence is rapidly changing healthcare, creating both excitement and uncertainty for many practitioners. This session will help occupational therapy practitioners (OTPs) move beyond the fear and hype surrounding AI by exploring how different types of AI can observe, respond, and adapt in real time. Participants will learn how AI can support clinical decision-making, individualize care, engage caregivers, and extend opportunities for practice across clinic, school, and home environments, while keeping the practitioner at the center of care.
Learning Objectives
- Differentiate between common types of AI and explain how they can help OTPs support children across clinic, school, and home.
- Describe how AI tools can support caregiver engagement, skill practice, and data-informed clinical decision-making.
Speakers
Andrea Hutchinson
Dr. Andrea Hutchinson is a psychologist, entrepreneur, and healthcare executive serving as U.S. President and Chief Medical Officer at Korro. She leads growth strategy, clinical operations, and partnerships, helping expand Korro's clinic network from 68 to 174 in her first year. Previously, she co-founded and led CARE Counseling to Inc. 5000 recognition before its 2024 acquisition by Optum. She holds a doctorate in Counseling Psychology from the University of St. Thomas.
Karen Jacobs
Karen Jacobs, EdD, OTR, CPE, FAOTA, is Program Director of BU Sargent College's post-professional OTD program and Clinical Professor of Occupational Therapy. A four-decade OT leader and former AOTA President, she founded WORK: A Journal of Prevention, Assessment & Rehabilitation in 1990 and won the 2011 Eleanor Clarke Slagle Lectureship and 2020 AOTA Outstanding Mentor Award. A Fulbright Scholar and AI/ergonomics expert, she has authored numerous publications and 500+ presentations.
Earn up to 1.00 contact hour.
Sponsored by: Korro AI