Strategic innovation leader and R&D expert in human physiology and wearable technology, specializing in translating complex biometric data into actionable insights. Expertise includes designing AI-enabled biometric wearables, developing algorithms for physiological insights, and establishing safe physiological ranges for critical applications. Proven track record in human-centered research and systems design, with experience leading a 3.5-year IRB study on heart rate variability and stress in caregivers. Combines strategic foresight and systems thinking to enhance health innovation and mitigate risks in high-stakes R&D environments.
U.S.-based; available during Central Time working hours, Comfortable with weekly syncs and asynchronous collaboration
AI in Healthcare: Masking Inefficiencies or Pioneering Future Solutions?, American Journal of Healthcare Strategy, 01/01/24, Developing a Winning Roadmap in Life Science, The Linus Group, 06/01/21, The Future of Patient Monitoring, CTO Monthly Newsletter, 07/01/19, Effects of Thoughts and Sensory Experiences on HRV in Caregivers, Clemson Creative Inquiry Forum, 01/01/15, Effects of Thoughts and Sensory Experiences on Dementia and Related Disorders, 9th & 10th Annual Focus on Creative Inquiry Poster Forum, 01/01/14, Future of Microbiome, 02/01/24, Gut-brain Axis Market Intelligence, 10/01/23, HRV + haptics: Designing wearable alerts for emotional regulation, Wonder Lab, 01/01/24, Positioning & Messaging Workshop For Stool Diagnostic Startup, 03/01/24, Design Thinking + Health Administration, Guidewell Innovation Center, 02/01/18