This book provides cutting-edge knowledge of medical device innovations currently used in diverse clinical settings. The text covers everything from advanced cardiac imaging technologies to FDA regulatory protocols, offering students a holistic understanding of the medical device development lifecycle. Medical Device Design, Development and Research for Biomedical Engineering Students provides crucial knowledge about cardiovascular devices, pediatric critical care systems, nerve stimulating devices, and AI applications in biomedical engineering. The book uniquely combines FDA regulatory guidance with patent considerations, preparing readers to navigate the complex landscape of medical device development. Each chapter provides practical insights into unmet clinical needs, innovative materials, and safety protocols that are essential for developing effective medical technologies. It also provides a solid introduction of all types of medical imaging systems currently used clinically today. The book is designed for upper-level undergraduate and graduate students in biomedical engineering programs studying medical device design and applications. The content is also valuable for industry professionals and faculty teaching biomedical instrumentation courses or who are seeking to update their knowledge on current medical device innovations and regulatory requirements.
