Aami Human Factors Training

The AAMI Human Factors Training is a comprehensive course designed to provide you with an understanding of the principles and application of Human Factors, including ergonomics, safety, and usability. It covers topics like hazard identification, risk assessment, design iteration, usability testing and patient-centered engineering.

Table Of Content:

• Human Factors for Medical Devices | AAMI
• AAMI Offers Course on Human Factors for Medical Devices
• HE - Human Factors Engineering Committee | AAMI
• Store - AAMI Community
• human factors virtual short course | AAMI
• Events - AAMI Community
• Training & Certification | AAMI
• AAMI TIR55:2014 (AAMI TIR 55:2014) - Human factors engineering ...
• Applying Human Factors and Usability Engineering to Medical ...
• Overview of a Robust Human Factors Engineering Process - PMC

What is included in the AAMI Human Factors Training?

The AAMI Human Factors Training includes topics such as hazard identification, risk assessment, design iteration, usability testing and patient-centered engineering.

What are some benefits of completing the AAMI Human Factors Training?

Completing the AAMI Human Factors Training can help individuals gain a better understanding of how to apply best practices during the design process for medical devices that improve safety and usability. Additionally it can aid practitioners in identifying potential hazards in the development process which could lead to more effective product designs.

Who could benefit from taking the AAMI Human Factors Training?

Professionals who are involved in product design and development for medical devices would greatly benefit from taking this course. This includes engineers, designers, product strategists or anyone who wants to gain a better understanding of human factors principles as they relate to medical device development processes.

Conclusion:
To sum up, the AAMI Human Factors Training is an invaluable resource that provides an extensive overview on important topics related to human factors engineering for medical devices. It gives professionals access to actionable information that enables them to create safer products by improving their knowledge and methods of assessing hazards during design processes.