EN.585 courses at Johns Hopkins
10,248 EN.585 courses at Johns Hopkins University, with prerequisites, ratings, workload, and what each one unlocks.
CoursesRemove EN.585 EN.585
Showing 1–50 of 54
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- EN.585.601Physiology for Applied Biomedical Engineering I.3 credits
unlocks 6 courses
- EN.585.602Physiology for Applied Biomedical Engineering II.3 credits
unlocks 6 courses
- EN.585.607Molecular Biology3 credits
unlocks 1 course
- EN.585.612Biomechanical Engineering in Sports3 credits
- EN.585.613Medical Sensors & Devices3 credits
- EN.585.615Mathematical Methods3 credits
unlocks 3 courses
- EN.585.616Principles of Medical Instrumentation and Devices3 credits
- EN.585.617Rehabilitation Engineering3 credits
- EN.585.619Regulation of Medical Devices3 credits
- EN.585.621Advances in Pulmonary Therapeutics3 credits
- EN.585.631Introduction to Biomechanics3 credits
- EN.585.635Ethics in Biomedical Engineering Research and Management3 credits
- EN.585.649Artificial Intelligence and Machine Learning for Global Health3 credits
- EN.585.661Medical Device Marketing and Market Position Establishment3 credits
- EN.585.682Neuropharmacology3 credits
- EN.585.685Methods in Neurobiology3 credits
2 prerequisites
- EN.585.702Medical Device Innovation and Design3 credits
- EN.585.703Applied Medical Image Processing3 credits
- EN.585.704Principles of Medical Imaging3 credits
- EN.585.708Biomaterials3 credits
- EN.585.709Biomechanics of Cells and Stem Cells3 credits
- EN.585.710Biochemical Sensors3 credits
- EN.585.717Rehabilitation Engineering II.3 credits
- EN.585.718Biological Solid & Fluid Mechanics3 credits
- EN.585.719Sparse Representations in Computer Vision and Machine Learning3 credits
- EN.585.720Orthopedic Biomechanics3 credits
2 prerequisites
- EN.585.723Functional Neuroimaging and Neural Sensors3 credits
- EN.585.724Neural Prosthetics: Science, Technology, and Applications3 credits
- EN.585.725Biomedical Engineering Practice and Innovation3 credits
3 prerequisites
- EN.585.726Biomimetics in Biomedical Engineering3 credits
- EN.585.729Cell and Tissue Engineering3 credits
- EN.585.732Advanced Signal Processing for Biomedical Engineers3 credits
- EN.585.734Biophotonics3 credits
- EN.585.735Applied Bioelectrical Engineering3 credits
- EN.585.739Models of the Neuron3 credits
- EN.585.741MR Imaging in Medicine3 credits
2 prerequisites
- EN.585.742Regenerative Tissue Engineering3 credits
3 prerequisites
- EN.585.743Modeling Approaches to Cell and Tissue Engineering3 credits
- EN.585.744Biomedical Applications of Glycoengineering3 credits
- EN.585.746Biochemical and Cellular Engineering3 credits
- EN.585.747Advances in Cardiovascular Medicine3 credits
2 prerequisites
- EN.585.751Immunoengineering3 credits
- EN.585.761Bioentrepreneurship3 credits
- EN.585.762Computational Methods in Biomedical Engineering3 credits
4 prerequisites
- EN.585.770Global Health Engineering3 credits
- EN.585.771Biomedical Data Science3 credits
- EN.585.779Principles and Applications of Modern X-ray Imaging and Computed Tomography3 credits
- EN.585.781Frontiers in Neuroengineering3 credits
- EN.585.783Introduction to Brain-Computer Interfaces3 credits
- EN.585.785Computational Medicine: Cardiology3 credits