
International MedTech Safety Conference (IMSC26)

Boston, MA, USA
2-5 June 2026

Steve Gompertz
Partner, QRx Partners

Jean Blom
Quality Manager Medical Devices, Medace
Hidden Influences: How Risk Management Can Go Wrong
Medical device risk management frameworks are well defined. Standards such as ISO 14971 describe what should be done, when it should be done, and how results should be documented. Yet experienced practitioners know a troubling truth: organizations that appear fully compliant on paper still make poor risk decisions, repeatedly and predictably.
This presentation explores why.
Rather than focusing on the “sharp end” of risk management, usability, hazardous situations, or device-user interaction, this session examines the hidden organizational, psychological, and social forces that quietly shape risk decisions.
Drawing from quality systems experience, organizational behavior, cognitive psychology, and real-world regulatory outcomes, this two-speaker session will examine how otherwise competent companies can unintentionally undermine their own risk management processes. These influences are rarely malicious and are often invisible to the people affected by them, yet they have a profound impact on hazard identification, severity estimation, risk acceptance, and residual risk justification.
Topics will include how incentives distort risk decisions; how authority gradients suppress dissenting technical voices; how normalization of deviance creeps into risk files over time; how the evolution of team composition impacts risk management file clarity and quality; and how schedule pressure, sunk costs, and confirmation bias subtly redefine what is considered “acceptable risk.” Attendees will see how risk management failures often originate not from ignorance of the standard, but from organizational dynamics that the standard does not explicitly address.
Participants will leave with a clearer understanding of why risk management sometimes “goes wrong” despite good intentions and robust procedures, along with practical strategies to recognize and counteract these hidden influences before they translate into unsafe devices, regulatory findings, or costly remediation.