The biomedical technology minor further equips engineering students with additional skills to better support Minnesota’s growing biomedical device industry.
A biomedical technology minor may be the right minor for you if you have…
- an interest in developing engineering solutions for medical applications
- a curiosity about the connection between engineering and living systems
- a desire to develop physiological sensors, instruments, and devices for diagnosis and therapeutic applications
What will I learn?
The biomedical technology minor extends the engineering majors. Learning includes the study of living systems, physiology, and biomedical instrumentation. Students gain knowledge and skills through hands-on laboratories, practical applications, research, and internships to give graduates a competitive edge in supporting Minnesota’s biomedical industry.
BIO1011
Principles of Biology: Cells, Genes & Energy
A foundational course for science and preprofessional majors that includes introductory molecular and cellular structure and function, cellular and species continuity and introductory physiology. Intended for biochemistry, biology, engineering, health sciences, kinesiology, mathematics education, nursing or physical education majors or coaching minors. A $200 laboratory fee required.
BIO3158
Human Physiology
A study of the mechanisms and interrelationships of the following body systems: nervous, endocrine, muscle, circulatory, respiratory, renal, digestive, metabolic, immune and reproductive. Special emphasis is given to those interactions contributing most to homeostasis. Three lectures and one lab per week.
EGR4355
Biomedical Instrumentation and Devices
The fundamental devices, circuitry, and techniques used to acquire and process biomedical quantities and signals are discussed, analyzed, and practically implemented in a laboratory setting. In particular, physiological signals, related transducers, signal conditioning methods, and extracted features are used in the design of biomedical acquisition systems. Furthermore, the safe design of biomedical devices, clinical laboratory instruments, and medical imaging systems is discussed and analyzed.
EGR4357
Engineering Biomechanics
This course introduces the complex mechanical behaviors of biological tissues and human movement. It is intended to provide a sound basis for students interested in pursuing careers in biotechnology, medicine, or biomedical research. The course includes anisotropy, viscoelasticity, active force generation and pressure vessels as applied concepts of statics, dynamics, and mechanics of materials to biological systems. Changes in mechanics due to injury or disease are also discussed. Relevant aspects of anatomy and physiology are covered as appropriate.
BIO3157
Human Anatomy
A study of the structure of the cells, tissues and organs of the various organ systems of the human body. Included are the integumentary, skeletal, muscular, respiratory, digestive, circulator, nervous, endocrine, excretory and reproductive systems. Three lectures and one lab per week.
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