Michael is an expert in Human Factors Engineering. What separates him from many is his extensive experience in computer science, data science, and modeling and simulation. He is also recognized for leveraging his personal experiences with a wheelchair to understand limitations, capabilities, and strengths, and applying these insights to strategic development.
Most of Michael’s career since he began in the federal government in 2007 has been spent making technologies easier to use for everyone. He recently founded Boyce Human Performance LLC, so he could branch out from government work and offer his expertise to startups, private corporations, universities, etc. in the Healthcare, Technology and Disability spaces.
Being a top-performing Human Factors Engineer, he is highly skilled in conducting qualitative and quantitative research and strategic planning to deliver process and systems improvements, fostering safety, risk mitigation, and increased productivity and comfort. He is also an expert at evaluating existing health systems quality improvement operations to identify inefficiencies, redundancies, and issues, innovating enhancements to optimize workflow, maintain internal controls, and drive team success.
Michael holds a PhD in Applied / Experimental Human Factors Psychology from the University of Central Florida, a MS in Human-Computer Interaction from the Georgia Institute of Technology and a BS in Science, Technology, and Culture from Georgia Institute of Technology.
Michael Boyce: Human Factors Engineer with Extensive Experience
Human Factors Engineering, Applied Psychology
Top Secret/Secret (held in the past)
Human Factors Engineering, Applied Psychology
At Boyce Human Performance, we design, develop, implement, and manage comprehensive training programs, including the structure, content, delivery methods, and evaluation processes, to effectively teach and improve skills within an organization. We often utilize technology and standardized procedures to ensure consistency and optimal learning outcomes. We provide needs analysis, curriculum development, and instructional design. We can measure the impact of training programs through post-training assessments and feedback mechanisms to make improvements.
At Boyce Human Performance, we specialize in developing innovative Health Information Technology (HIT) solutions that enhance healthcare accessibility, quality, and outcomes for all patients, with a particular focus on inclusivity for individuals with disabilities. Our approach encompasses: adaptive communication platforms, disability-focused telemedicine, accessible user experience, seamless system integration and secure data management. By incorporating these design principles, we strive to create HIT solutions that are not only technologically advanced but also inclusive, accessible, and effective in meeting the unique healthcare requirements of all individuals, including those with disabilities.
Boyce Human Performance’s expertise in solving Disability and Accessibility Issues encompasses various aspects of daily life. We address issues from Physical Accessibility, Information and Communication issues, to attitudinal Barriers, Healthcare and more. Our goal is always to create inclusive environments, implement assistive technologies, and promote awareness and understanding of the challenges faced by people with disabilities.
At Boyce Human Performances, our goal is to help people live independently, participate in education and work, and maintain their well-being. Our expertise in Assistive Technology (AT) includes a wide range of services that support people by choosing, obtaining, and using appropriate devices, from; communication aids, speech-generating devices, alphabet boards, computer access aids, etc. By applying these principles and techniques, we strive to create assistive technologies that are not only functional but also intuitive, comfortable, and tailored to the unique needs of individuals with disabilities.
HRVEST is an algorithm that can successfully process enormous volumes of physiologic raw data generated by wearable smart garments and meet the specific needs of Heart Rate Variability (HRV) analyses. HRVEST is a noise-filtering and data-processing algorithm that allows the precise measurements of HRV of clinicians working in an Emergency Department (ED). HRVEST automatically processed the biometric data derived from 413 electrocardiogram (ECG) recordings in just over 15 min. With HRVEST, using wearable smart garments to monitor HRV over long periods of time becomes logistically and feasibly viable for future studies.
This study which was a collaboration between the United States Military Academy, West Point, and the Army Futures Command Devcom Soldier Center, looking at how different display platforms (Microsoft HoloLens, 2D image projected down onto a military sand table, and a 2D tablet) assisted in making tactical decisions. The year-long study found that topographically-shaped surface increased the perceived usability of the interface and reduced cognitive load relative to the flat interface, but did not affect overall task performance (i.e., accuracy and response time). This shows that increasing fidelity and detail in a tactical scenario does not always equate to improved performance.