Elizabeth

Headline: Human factors engineer specializing in human-robot collaboration, stress monitoring, and user experience research for medical devices and wearable technology.

Profile summary: Elizabeth brings her PhD expertise in Human Factors Engineering to Phi Lab, focusing on how human-centered design principles can improve the usability and safety of decentralized systems. As an Assistant Professor at College of Charleston and advisor to medical device companies, she applies mixed-methods research to evaluate user experience, conduct risk assessments, and design physiological monitoring systems. Her work in human-robot interaction and VR/AR interfaces informs Phi Lab's approach to building intuitive, accessible decentralized infrastructure.

Key contributions:

• Applies human factors engineering principles to enhance user experience and prevent human errors in decentralized systems.
• Conducts research on wearable technology and physiological monitoring for stress detection and management applications.
• Advises on risk analysis and usability testing methodologies for medical device systems and public-good platforms.
• Translates research into real-world applications through participatory research and user-centered design methodologies.

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