EXECUTIVE Profile
Executive Narrative
Dr. Frye operates at the point where biomedical evidence, regulated clinical workflows, and commercial execution must align for health technology to scale.
His background combines clinical operations leadership, implantable-device and neuroimmunology research, and formal business training, allowing him to speak credibly across clinicians, scientists, operators, and executive stakeholders.
He brings together translational science, clinical operations, and commercial strategy to help health-tech, med-tech, and AI-enabled healthcare organizations move from technical promise to operationally useful, clinically credible scale.
ADOPTION GAP
The Adoption Gap
Many health technologies fail not because the science is weak or the product lacks merit, but because the path from technical promise to clinical workflow adoption is underestimated.
Dr. Frye’s work is centered on the gap between technical promise and real-world adoption: evaluating clinical workflows, evidence quality, adoption risk, and implementation constraints before health technology is expected to scale.
He translates between scientists and engineers, clinicians and care teams, health-system operators, and commercial leaders who need credible adoption, defensible value, and scalable execution.
Operating Lens
Three-Domain Profile
Dr. Frye’s profile is built around three integrated domains: scientific rigor, clinical operations, and commercial strategy.
His career has consistently focused on building the bridge between scientific insight, clinical reality, and scalable operating execution.
In his work, scientific rigor is not separate from the operating profile. It is one domain of an integrated leadership system that connects evidence, workflow, and execution.
SCIENTIFIC Credibility
Why the Science Matters
Dr. Frye has produced peer-reviewed biomedical research that gives him credibility with scientists, engineers, clinical investigators, and R&D teams, while also allowing him to translate technical evidence into clinical, operational, and commercial judgment.
His peer-reviewed work spans sensory neuroscience, neural circuits, neuroinflammation, implantable-device infection risk, bacterial biofilms, and translational disease mechanisms.
His publications have been cited more than 700 times by other peer-reviewed scientific papers, reflecting influence beyond a single institution or role.
For health-tech and med-tech organizations, this scientific credibility helps separate product stories that sound persuasive from deployment strategies that can withstand technical, clinical, workflow, regulatory, and adoption pressure.
Credential Stack
Education
& Applied Credentials
Scientific depth. Clinical credibility. Commercial training. AI in health care. Regulatory and health technology management literacy.
Formal Education
PhD — Sensory Neuroscience
AuD — Clinical Audiology
MBA — AACSB-accredited
Executive Education
& Applied Credentials
Harvard Medical School
AI in Health Care: From Strategies to Implementation
RAPS Institute
Foundation in Regulatory Affairs: Medical Devices | US, Canada & EU
AAMI / College of Biomedical Equipment Technology
Healthcare Technology Management Leadership Development
PROFESSIONAL ENGAGEMENT
Committees &
Working Groups
Active engagement in clinical AI and medical device standards.
AAMI | Medical Device Standards
Artificial Intelligence Committee, Liaison
AMIA | Medical Informatics
Clinical Decision Support Working Group