Advanced Certificate in Human Factors in Biomedical UI Design
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⢠Advanced Human Factors Engineering: This unit will cover the advanced principles of human factors engineering, focusing on the application of human factors principles in biomedical UI design.
⢠Biomedical User Interface Design: This unit will delve into the specifics of designing user interfaces for biomedical devices and systems, covering topics such as usability, accessibility, and user-centered design.
⢠Advanced User Research Methods: This unit will explore the latest user research methods and techniques, including usability testing, heuristic evaluation, and contextual inquiry, to inform biomedical UI design decisions.
⢠Human-Computer Interaction in Healthcare: This unit will examine the unique challenges and opportunities presented by human-computer interaction in healthcare contexts, including the role of automation, decision support, and telemedicine.
⢠Safety-Critical Systems Design: This unit will cover the principles of designing safety-critical systems, including risk assessment, hazard analysis, and failure modes and effects analysis, in the context of biomedical UI design.
⢠Regulatory Compliance in Biomedical UI Design: This unit will explore the regulatory landscape for biomedical devices and systems, including FDA guidelines, UL standards, and IEC regulations, and their impact on UI design.
⢠Human Factors in Medical Error Reduction: This unit will examine the role of human factors in medical errors and the strategies for reducing errors through effective UI design, including the use of alarms, alerts, and warnings.
⢠Cognitive Engineering in Biomedical UI Design: This unit will cover the principles of cognitive engineering and their application in biomedical UI design, including the use of mental models, affordances, and feedback.
⢠Advanced Prototyping and Iterative Design: This unit will explore the latest prototyping tools and techniques, including rapid prototyping, agile development, and iterative design, to improve the efficiency and effectiveness of biomedical UI design.
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