42 courses
90 courses · Carnegie Mellon University · Fall 2026
- 42 101 — Introduction to Biomedical Engineering1 section
- 42 200 — Sophomore BME Research Project1 section
- 42 201 — Professional Issues in Biomedical Engineering1 section
- 42 202 — Physiology1 section
- 42 203 — Biomedical Engineering Laboratory1 section
- 42 300 — Junior BME Research Project1 section
- 42 302 — Biomedical Engineering Systems Modeling and Analysis1 section
- 42 400 — Senior BME Research Project1 section
- 42 401 — Foundation of BME Design1 section
- 42 402 — BME Design Project1 section
- 42 433 — Neural Technology: Sensing and Stimulation1 section
- 42 437 — Biomedical Optical Imaging1 section
- 42 444 — Medical Devices1 section
- 42 447 — Rehabilitation Engineering1 section
- 42 610 — Introduction to Biomaterials1 section
- 42 611 — Biomaterials1 section
- 42 612 — Tissue Engineering1 section
- 42 613 — Polymeric Biomaterials1 section
- 42 614 — Stem Cell Engineering1 section
- 42 615 — Biomaterial Host Interactions in Regenerative Medicine1 section
- 42 616 — Bio-nanotechnology: Principles and Applications1 section
- 42 617 — Biofabrication and Bioprinting1 section
- 42 618 — Nanoscale Manufacturing Using Structural DNA Nanotechnology1 section
- 42 620 — Engineering Molecular Cell Biology1 section
- 42 622 — Bioprocess Design1 section
- 42 623 — Cellular and Molecular Biotechnology1 section
- 42 624 — Biological Transport and Drug Delivery1 section
- 42 625 — Surgery for Engineers1 section
- 42 626 — Drug Delivery Systems1 section
- 42 630 — Introduction to Neural Engineering1 section
- 42 631 — Neural Data Analysis1 section
- 42 632 — Neural Signal Processing1 section
- 42 633 — Brain-Computer Interface: Principles and Applications1 section
- 42 638 — Introduction to Biophotonics1 section
- 42 639 — Introduction to Neural Engineering1 section
- 42 640 — Image-Based Computational Modeling and Analysis1 section
- 42 641 — Rehabilitation Engineering1 section
- 42 643 — Microfluidics1 section
- 42 645 — Cellular Biomechanics1 section
- 42 648 — Cardiovascular Mechanics1 section
- 42 649 — Introduction to Biomechanics1 section
- 42 650 — Introduction to Biomedical Imaging1 section
- 42 651 — "Fun"-damentals of MRI and Neuroimaging Analysis1 section
- 42 652 — Nano-Bio-Photonics1 section
- 42 655 — Biostatistics1 section
- 42 656 — Introduction to Machine Learning for Biomedical Engineers1 section
- 42 657 — Projects in Biomedical AI1 section
- 42 660 — Bioinstrumentation1 section
- 42 661 — Surgery for Engineers1 section
- 42 662 — Special Topics: Human Factors for Medical Device Development1 section
- 42 663 — Engineering Principles of Medical Devices1 section
- 42 664 — Micro/Nano Biomedical Devices1 section
- 42 665 — Brain-Computer Interface: Principles and Applications1 section
- 42 666 — Neuroengineering Practicum1 section
- 42 667 — Biofabrication and Bioprinting1 section
- 42 668 — "Fun"-damentals of MRI and Neuroimaging Analysis1 section
- 42 669 — Energy Applications in Biology and Medicine1 section
- 42 670 — Special Topics: Biomaterial Host Interactions in Regenerative Medicine1 section
- 42 671 — Special Topics: Precision Medicine for Biomedical Engineers1 section
- 42 672 — Fundamentals of Biomedical Imaging and Image Analysis1 section
- 42 673 — Special Topics: Stem Cell Engineering1 section
- 42 674 — Special Topics: Engineering for Survival: ICU Medicine1 section
- 42 675 — Fundamentals of Computational Biomedical Engineering1 section
- 42 676 — Bio-nanotechnology: Principles and Applications1 section
- 42 678 — Medical Device Innovation and Realization1 section
- 42 681 — Disease Models for Therapeutic Discovery1 section
- 42 682 — Bioinstrumentation1 section
- 42 683 — Introduction to Machine Learning for Biomedical Engineers1 section
- 42 684 — Principles of Immunoengineering and Development of Immunotherapy Drugs1 section
- 42 685 — Biostatistics1 section
- 42 687 — Projects in Biomedical AI1 section
- 42 688 — Introduction to Neural Engineering1 section
- 42 689 — Introduction to Biomedical Imaging1 section
- 42 690 — BME in Everyday Life1 section
- 42 691 — Special Topics: Biomechanics of Human Movement1 section
- 42 692 — Special Topics: Nanoscale Manufacturing Using Structural DNA Nanotechnology1 section
- 42 693 — Special Topics in Integrated Systems Technology: Micro/Nano Biomedical Devices1 section
- 42 694 — Engineering Principles of Medical Devices1 section
- 42 695 — Special Topics: Engineering Protein Therapeutics1 section
- 42 696 — Special Topics: Wearable Health Technologies1 section
- 42 697 — Special Topics: Orthopedic Tissue Mechanics1 section
- 42 698 — Special Topics: Machine Learning Applications in Experimental BME Research1 section
- 42 713 — Applied Nanoscience and Nanotechnology1 section
- 42 722 — Bioprocess Design1 section
- 42 733 — Neural Technology: Sensing and Stimulation1 section
- 42 737 — Biomedical Optical Imaging1 section
- 42 772 — Special Topics: Applied Nanoscience and Nanotechnology1 section
- 42 774 — Special Topics: Introduction to Biophotonics1 section
- 42 783 — Neural Engineering Laboratory1 section
- 42 894 — Special Topics: Technical Communication for Biomedical Engineers - Manuscript1 section
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