Graduate Tracks and Suggested Courses
Biochemical Engineering
Biomaterials
Biomechanics
Bioinstrumentation/Biosensors
Biotechnology
Clinical Engineering
Imaging and Biosignal Processing
Neural Systems Engineering & Physiological and Biomedical Modeling
Biochemical Engineering
BME 310 Physiological Systems I. Three credits.
BME 311 Clinical Instrumentation Systems. Three credits.
BME 312 Human Biomechanics. Three credits.
BME 313 Introduction to Biomaterials & Tissue Engineering. Three credits.
BME 315 Physiological Modeling. Three credits.
BME 321 Biochemical Engineering. Three credits.
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Biomaterials
BME 310 Physiological Systems I. Three credits.
BME 311 Clinical Instrumentation Systems. Three credits.
BME 312 Human Biomechanics. Three credits.
BME 313 Introduction to Biomaterials & Tissue Engineering. Three credits.
BME 315 Physiological Modeling. Three credits.
BME 365 Cellular Systems Modeling. Three credits.
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Biomechanics
BME 310 Physiological Systems I. Three credits.
BME 311 Clinical Instrumentation Systems. Three credits.
BME 312 Human Biomechanics. Three credits.
BME 313 Introduction to Biomaterials & Tissue Engineering. Three credits.
BME 315 Physiological Modeling. Three credits.
BME 331 Biofluid Mechanics. Three credits.
BME 365 Cellular Systems Modeling. Three credits.
BME 362 Biosolid Mechanics. Three credits
BME 363 Biodynamics. Three credits.
BME 365 Introductory Ergonomics for Biomedical Scientists and Engineers. Three credits.
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Bioinstrumentation/Biosensors
BME 310 Physiological Systems I. Three credits.
BME 311 Clinical Instrumentation Systems. Three credits.
BME 312 Human Biomechanics. Three credits.
BME 313 Introduction to Biomaterials & Tissue Engineering. Three credits.
BME 315 Physiological Modeling. Three credits.
BME 353 Biomedical Instrumentation Laboratory. Three credits.
BME 354 Biomedical Instrumentation I. Three credits.
BME 355 Biosensors. Three credits.
BME 358 Biomedical Imaging. Three credits.
BME 359 Advanced Ultrasonic Imaging Techniques. Three credits.
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Biotechnology
BME 310 Physiological Systems I. Three credits.
BME 311 Clinical Instrumentation Systems. Three credits.
BME 312 Human Biomechanics. Three credits.
BME 313 Introduction to Biomaterials & Tissue Engineering. Three credits.
BME 315 Physiological Modeling. Three credits.
BME 365 Cellular Systems Modeling. Three credits.
BME 300-XX. Introduction to Drug Design. Three credits.
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Clinical Engineering
BME 310 Physiological Systems I. Three credits.
BME 311 Clinical Instrumentation Systems. Three credits.
BME 350 Clinical Engineering Fundamentals. Three credits.
BME 351 Engineering Problems in the Hospital. Three credits.
BME 352 Human Error and Medical Device Accidents.
BME 356 Medical Instrumentation in the Hospital. Three credits.
Suggested: One or More of the Following Three Courses
BME 312 Human Biomechanics. Three credits.
BME 313 Introduction to Biomaterials & Tissue Engineering. Three credits.
BME 315 Physiological Modeling. Three credits.
[TOP]
Imaging and Biosignal Processing
BME 310 Physiological Systems I. Three credits.
BME 311 Clinical Instrumentation Systems. Three credits.
BME 312 Human Biomechanics. Three credits.
BME 313 Introduction to Biomaterials & Tissue Engineering. Three credits.
BME 315 Physiological Modeling. Three credits.
BME 358 Biomedical Imaging. Three credits.
BME 359 Advanced Ultrasonic Imaging Techniques. Three credits.
BME 360 Medical Imaging Systems. Three credits.
[TOP]
Neural Systems Engineering & Physiological and Biomedical Modeling
BME 310 Physiological Systems I. Three credits.
BME 311 Clinical Instrumentation Systems. Three credits.
BME 312 Human Biomechanics. Three credits.
BME 313 Introduction to Biomaterials & Tissue Engineering. Three credits.
BME 315 Physiological Modeling. Three credits.
BME 357 Neuronal Information Processing and Sensory Coding. Three credits.
BME 361 Systems Identification of Physiological Systems. Three credits.
BME 316 Computational Neuroscience. Three credits.
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