Making AI Work in Healthcare
Key Takeaways:- Learn about the unique challenges of applying AI in healthcare and life sciences.
- Understand how to build trustworthy, reliable AI systems for healthcare use cases.
- Explore the technical, organizational, and regulatory considerations critical to success.
Description
AI has enormous potential to improve patient outcomes, streamline clinical workflows, and accelerate research—but healthcare presents some of the most complex challenges for AI adoption. From data quality and trust to regulation and organizational change, making AI work in healthcare requires a careful, multidisciplinary approach.
In this panel interview webinar, Tracy Ring, CDO at Accenture, Scott Chetham, CEO at Faro Health, and Wardah Inam, CEO at Overjet, will discuss what it really takes to deploy AI in healthcare and life sciences. You’ll learn how teams are building trustworthy AI systems, navigating technical and regulatory constraints, and aligning AI initiatives with clinical and organizational realities.
Presenter Bio
Tracy Ring leads Accenture’s Applied Intelligence Products Category Group, in this role she has leadership across Consumer and Industrial Products, Automotive, Life Sciences, Retail and Aerospace and Defense. As the CDO and Global Generative AI lead for Life Sciences, she personally anchors the NA Applied Intelligence Life Sciences practice of more than 500 practitioners. Tracy has created solutions for Generative AI, Data led transformation, Artificial Intelligence, Data and Cloud Modernization, Analytics, and the organization and operating model strategies for next-generation adoption and AI fluency.
Scott runs Faro Health, an AI platform for accelerated clinical development. He has two decades of experience as a clinical research executive. Previously, Scott was Head of Clinical Operations at Verily Life Sciences, CTO at Intersection Medical, and a Venture Partner at Versant.
Wardah runs the AI-powered dentistry platform Overjet. Previously, she was a machine learning researcher for human physiology, with stints at Q Bio and a PhD from MIT.