Introductory courses in biomedical electronics technology enable students to gain a solid understanding of the basic concepts of biomedical equipment. Topics often include types of biomedical equipment, their function and interference from other devices such as cell phones and children's toys. Some courses include a visit to a local medical facility to examine real medical equipment. Biomedical electronics courses present procedures and principles that are specific to electronic devices used in medical settings to assist with diagnosis and treatment of patients. Students learn about a variety of medical electronic equipment found in different areas and the physiological signals, sensors and safety regulations associated with equipment. Other topics include supplies, specialized power devices, personal computer hardware, operational amplifiers and diodes.
Courses in biomedical engineering technology introduce students to the multiple concepts of the field. Topics typically revolve around engineering principles and medical terminology. Other potential topics include policies and codes of medical facilities, equipment procedures, safety standards, control systems and biomedical instrumentation.
Biomedical instrumentation courses introduce the design, principles and applications of a variety of biomedical equipment. Students learn about imaging methods, computers and measuring and monitoring clinical laboratory equipment. Some programs require students to complete courses on specific types of biomedical equipment such as radiography systems. Courses on radiography systems provide instruction on the basics of diagnostic radiography equipment such as x-rays, image formation and processing of film.
Most biomedical engineering technology programs require students to complete applied human biology courses to enable them to understand how the body works and the requirement for specialized medical equipment. Students often learn topics on human biology, anatomy and physiology and the necessary medical terminology for working with biomedical equipment. Some programs require students to complete more extensive science courses that involve lecture and laboratory components. For example, physiological systems courses explores human anatomy and physiology in more depth and applies mechanical, chemical and electrical system models to certain topics.
Many programs require biomedical engineering technicians to complete a senior design project that involves creating an individual design while working with individuals in a clinical setting. The project is typically presented while being supervised by members of a health care team. Other programs require students to complete practicum or internships that provide practical experiences within a medical setting such as hospitals, clinics and outpatient facilities. Students learn the components and required maintenance of a variety of biomedical instruments.