medical device prototyping is like introduce students to the common types of materials and implanted devices used in medicine,

medical device prototyping article

acquaint students with key fundamental principles of chemistry, medical device prototyping , physics, and biology, as well as engineering and processing parameters which predetermine the performance of biomedical devices, present an analysis of common features as well as differences between materials used for the production of medical devices, illustrate how typical biomaterials are processed to useful constructs and evaluated to predict and/or determine their performance in different biological environments (case studies depicting the interactions between implants and different biological environments will be presented), develop an appreciation of the interdisciplinary nature of biomaterials science and engineering and how one uses knowledge from vastly different technologies to assemble useful biomedical devices, understand the clinical needs and limitations that stimulate the medical device industry, train students to adequately use basic technical and experimental protocols commonly performed in biomaterials research, provide students with an understanding of research principles at the foundation of state-of-the-art biomaterials research and medical device prototyping