Optimizing Human Factors Testing: Engaging End-Users In Medical Device Development

Human factors testing is a vital component of regulatory compliance in healthcare, ensuring medical devices are both safe and effective. This webinar highlights the importance of integrating end-user perspectives throughout the device development process.

Addressing Challenges in Human Factors Evaluations

• Participant Anxiety: Real-world settings can induce anxiety and feelings of judgment, affecting test performance and data accuracy. Creating a comfortable and supportive testing environment is crucial.
• Realistic Simulation: Accurate data depends on a simulated environment that closely mirrors real-world use. However, excessive observation can overwhelm participants and hinder feedback. We explore strategies to optimize the testing environment, balancing realism with participant comfort.

Optimizing the Human Factors Testing Process

• Efficient Recruitment and Testing: Healthcare professionals and patients with specific conditions can be challenging to recruit. Effective scheduling, contingency planning, and clear instructions are essential to maximize limited participant time and manage potential disruptions.
• Human-Centered Approach: We examine how to integrate human factors principles throughout the entire process, from recruitment to data analysis.

Sustaining Participant Engagement

• Demonstrating Impact: To foster continued participation, it's essential to communicate the value of participant feedback. Show how their insights directly influence device design and improve patient safety.
• Empowering Participants: By providing feedback on design changes, healthcare professionals (HCPs) and patients will recognize their contributions as integral to device development. This fosters a sense of professional investment for HCPs and empowers patients to contribute to improved healthcare.

Review practical strategies for conducting effective human factors testing, ensuring medical devices are safe, user-friendly, and improve patient outcomes.