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Biosystems Engineering Technology 474: Environmental Instrumentation and Monitoring
3.00 Credits
The University of Tennessee
Equipment and techniques commonly used to measure all aspects of hydrologic cycle - precipitation, runoff, streamflow, and subsurface water movement. Sampling of all flows for contaminants. Design of monitoring systems. Analysis of data. Contact Hour Distribution: 2 hours and 1 lab. Credit Restriction: Students cannot receive credit for both 474 and 574. (RE) Prerequisite(s): Environmental and Soil Sciences 324.
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BME 271: Biomedical Engineering Principles
1.00 Credits
The University of Tennessee
Application of engineering principles and methods to problem solving in the life sciences and medicine.
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BME 271 - Biomedical Engineering Principles
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BME 300: Engineering Physiology
3.00 Credits
The University of Tennessee
Study of human physiology with discussions of selected topics in pathophysiology. Emphasis on topics from a quantitative rather than a descriptive point of view. Discussion of clinical correlations of physiological processes.
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BME 300 - Engineering Physiology
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BME 345: Biomedical Engineering Instrumentation and Measurement
3.00 Credits
The University of Tennessee
Fundamentals of measurement systems. Standards, dynamic characteristics of instruments, and statistical data treatment. Transducers, signal conditioning, strain, pressure, and temperature and flow measurements.
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BME 345 - Biomedical Engineering Instrumentation and Measurement
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BME 363: System Dynamics
3.00 Credits
The University of Tennessee
Free and forced vibrations of damped and undamped lumped parameter systems. Transient and frequency response of lumped parameter systems. Introduction to feedback control systems.
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BME 363 - System Dynamics
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BME 409: Cell and Tissue Engineering
3.00 Credits
The University of Tennessee
Mammalian cell culture. Effects of mechanical forces on cells. Tissue engineering of cardiovascular and orthopedic devices.
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BME 409 - Cell and Tissue Engineering
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BME 410: Professional Topics
2.00 Credits
The University of Tennessee
Topics relating to professional responsibility, communications, and organization. Requires a formal oral presentation by each student on an engineering topic chosen by the student and approved by the instructor.
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BME 410 - Professional Topics
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BME 420: Systems Biology and Complex System Theory
3.00 Credits
The University of Tennessee
Mathematical techniques and complex system theory for understanding and solving biological as well as biomedical problems at the small scale. The focus is on mathematical modeling, dynamic analysis, control and automation techniques for disease diagnosis and treatment at the molecular and cellular level. Case studies include: immune system dynamics and control, immune-vaccine interactions and optimal vaccine strategy design, cellular system control, molecular diagnosis and treatment, lab-on-a-chip technology, DNA and protein microarray technology, and controlled drug delivery.
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BME 420 - Systems Biology and Complex System Theory
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BME 430: Biomedical Engineering Laboratory
3.00 Credits
The University of Tennessee
Experience with the unique problems associated with making measurements and interpreting data in living systems. Experiments may include mechanical testing of biological materials, imaging, and physiological measurements (EKG, EMG, ECG, etc.).
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BME 430 - Biomedical Engineering Laboratory
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BME 455: Biomedical Engineering Design I
2.00 Credits
The University of Tennessee
Design of biomedical systems. Economics, optimization, reliability, patents and product liability. Participation in team design efforts. Requires oral and written design reports.
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BME 455 - Biomedical Engineering Design I
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