Catalog 2022-2023 
    
    Apr 28, 2024  
Catalog 2022-2023 [ARCHIVED CATALOG]

BMDT 105 Biomedical Devices and Systems

5 credits
This course covers the basics of biomedical devices, systems, and engineering technologies that acquire accurate biological information from the human body, including advanced measuring, recording, monitoring, imaging, and therapeutic equipment. Students develop an understanding of the basic operation principles and the product development life cycles of the most frequently used biomedical devices and systems. 

Prerequisites: BMDT 100 BMDT 101 BMDT 102 , and BMDT 103  

Corequisites: BMDT 104  and BMDT 106  

Course Outcomes
Upon successful completion of this course students will be able to:

  • Describe the impact of medical devices on human lives
  • Provide an overview of the different sectors of the biomedical engineering industry
  • Describe the roles and functions of typical departments in medical device manufacturing organizations
  • Explain the Food and Drug Administration (FDA) regulations regarding biomedical devices
  • Discuss ethical issues associated with the use of medical technology
  • Describe basic human anatomy and physiology
  • Explain medical device classifications and their applications
  • Define frequently used terminology in medical device manufacturing
  • Describe the fundamental hardware structure and software applications of biomedical devices
  • Illustrate the life cycles of medical device product development from concept, design, and development to manufacturing, validation, distribution, and marketing
  • Identify and describe the role of sensor, electro-mechanical, and electronic parts found in all biomedical instruments and devices
  • Describe the roles, uses, and operational principles of the most frequently used medical device equipment, including biomedical imaging systems and portable medical devices
  • Describe the applications, classifications, specifications, and methods of operation for diagnostic, therapeutic, monitoring, telemetry, and clinical laboratory equipment

Total Hours: 80 Theory (Lecture) Hours: 20 Guided Practice (Lab or Clinical) Hours: 60