EGRB courses

70 courses · Virginia Commonwealth University · Fall 2026

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EGRB 101 — Biomedical Engineering Practicum.
1 section
EGRB 102 — Introduction to Biomedical Engineering.
1 section
EGRB 104 — Introduction to Biomedical Engineering Laboratory.
1 section
EGRB 105 — Successes and Failures in Biomedical Technologies.
1 section
EGRB 111 — Introduction to Biological Systems in Engineering.
1 section
EGRB 203 — Statics and Mechanics of Materials.
1 section
EGRB 209 — Applied Physiology for Biomedical Engineers.
1 section
EGRB 215 — Computational Methods in Biomedical Engineering.
1 section
EGRB 301 — Biomedical Engineering Design Practicum.
1 section
EGRB 303 — Biotransport Processes.
1 section
EGRB 307 — Biomedical Instrumentation.
1 section
EGRB 308 — Biomedical Signal Processing.
1 section
EGRB 310 — Biomechanics.
1 section
EGRB 315 — Device Design Methods.
1 section
EGRB 401 — Biomedical Engineering Senior Design Studio.
1 section
EGRB 402 — Biomedical Engineering Senior Design Studio.
1 section
EGRB 403 — Tissue Engineering.
1 section
EGRB 405 — Finite Element Analysis in Solid Mechanics.
1 section
EGRB 406 — Artificial Organs.
1 section
EGRB 407 — Physical Principles of Medical Imaging.
1 section
EGRB 408 — Advanced Biomedical Signal Processing.
1 section
EGRB 409 — Microcomputer Applications in Biomedical Engineering.
1 section
EGRB 410 — Cellular Engineering.
1 section
EGRB 411 — Cell Mechanics and Mechanobiology.
1 section
EGRB 412 — Regenerative Engineering and Medicine.
1 section
EGRB 413 — Computational and Experimental Models of Cellular Signal Transduction.
1 section
EGRB 415 — Cellular and Molecular Engineering Techniques.
1 section
EGRB 420 — Assistive Technology.
1 section
EGRB 421 — Human Factors Engineering.
1 section
EGRB 422 — Human Performance Measurement Engineering.
1 section
EGRB 423 — Rehabilitation Engineering and Prostheses.
1 section
EGRB 427 — Biomaterials.
1 section
EGRB 491 — Special Topics. 1-
1 section
EGRB 506 — Artificial Organs.
1 section
EGRB 507 — Biomedical Electronics and Instrumentation.
1 section
EGRB 509 — Microcomputer Technology in the Biomedical Sciences.
1 section
EGRB 511 — Fundamentals of Biomechanics.
1 section
EGRB 513 — Cellular Signal Processing.
1 section
EGRB 515 — Manufacturing of Biomaterials.
1 section
EGRB 517 — Cell Mechanics and Mechanobiology.
1 section
EGRB 520 — Assistive Technology.
1 section
EGRB 521 — Human Factors Engineering.
1 section
EGRB 523 — Rehabilitation Engineering and Prostheses.
1 section
EGRB 524 — Assistive Technology Design.
1 section
EGRB 525 — Modeling and Simulation of Human Movement.
1 section
EGRB 526 — Design of Rehabilitation Technology.
1 section
EGRB 527 — Physical Principles of Medical Imaging.
1 section
EGRB 528 — Fundamentals and Applications of Artificial Intelligence in Medical Imaging.
1 section
EGRB 530 — Microfluidics.
1 section
EGRB 534 — Artificial Intelligence in Rehabilitation Engineering.
1 section
EGRB 591 — Special Topics in Biomedical Engineering. 1-
1 section
EGRB 601 — Numerical Methods and Modeling in Biomedical Engineering.
1 section
EGRB 602 — Biomedical Engineering Systems Physiology.
1 section
EGRB 603 — Biomedical Signal Processing.
1 section
EGRB 604 — Biomechanics.
1 section
EGRB 605 — Grant Writing in Biomedical Engineering.
1 section
EGRB 610 — Microprocessor Interfacing for Biomedical Instrumentation.
1 section
EGRB 611 — Cardiovascular Dynamics.
1 section
EGRB 612 — Structural Biomechanics.
1 section
EGRB 613 — Biomaterials.
1 section
EGRB 614 — Tissue Engineering.
1 section
EGRB 615 — Medical Imaging.
1 section
EGRB 616 — Cell Engineering.
1 section
EGRB 618 — Regenerative Engineering and Medicine.
1 section
EGRB 619 — Computational and Experimental Models of Cellular Signal Transduction.
1 section
EGRB 635 — Modeling for Biomedical Engineers.
1 section
EGRB 670 — Advanced Molecular Modeling Theory and Practice.
1 section
EGRB 690 — Biomedical Engineering Research Seminar.
1 section
EGRB 691 — Special Topics in Biomedical Engineering. 1-
1 section
EGRB 697 — Directed Research in Biomedical Engineering. 1-
1 section

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