<unk>  engineers are required to understand all modern medical technologies, as well as train, troubleshoot, and design entire<unk>  settings.<unk>  is a specialty within biomedical<unk>  responsible for using medical technology to optimize healthcare delivery.<unk>  engineers train and supervise biomedical equipment technicians (BMETs), working with governmental regulators on hospital inspections and audits, and serve as technological consultants for other hospital staff (i.e., Physicians, Administrators, IT).<unk>  engineers also assist manufacturers in improving the design of medical equipment and maintain state-of-the-art hospital supply chains. With training in both product design and point-of-use experience,<unk>  engineers bridge the gap between product developers and end-users. The focus on practical implementations tends to keep<unk>  engineers oriented towards incremental redesigns, as opposed to revolutionary or cutting-edge ideas far-off of implementation for<unk>  use. However, there is an effort to expand this time horizon, over which<unk>  engineers can influence the trajectory of biomedical innovation.<unk>  departments at large hospitals will sometimes hire not only biomedical engineers, but also industrial and systems engineers to address topics such as operations research, human factors, cost analysis, and safety.
Clinical engineering
Assistive technology
Biomedical engineering
Drug development
Nuclear technology
Regulatory science
Pharmacy research
Biomedical cybernetics