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| Dept. | Num. | Course Name |
|---|---|---|
| BME | 381J | 3-Biomedical Imaging: Signals and Systems |
| BME | 381J | 8-Functional Imaging Laboratory |
| BME | 381J | Electrophysiology Frontiers |
| BME | 381J | 9-Fundamental Biomedical Optical Imaging |
| BME | 381J | 11-Medical Imaging |
| BME | 381J | 12-Optical Imaging |
| BME | 381J | Rehabilitation Engineering |
| BME | 384J | 1-Biomedical Instrumentation |
| BME | 384J | 5-Projects in Biomedical Engineering |
| BME | 384J | Bioelectronics/Biointerfaces |
| BME | 385J | Biomedical Micro and Nanotechnology |
| BME | 381J | 10-Optics and Lasers |
| BME | 381J | 13-Fluorescence Microscopy and Spectroscopy |
| BME | 384J | Introduction to Neural Engineering |
| EE | 381K | Digital Video |
| EE | 371R/Q | Digital Image Processing |
| EE | 381K | Digital Signal Processing |
| EE | 381V | Genomic Signal Processing |
| ECE | 385J | Brain Computer Interaction |
| M E | 397 | Haptic and Teleoperated Systems |
| PSY/NEU | 386D | Multivariate Pattern Analysis of Neuroimaging Data |
| PSY | 394U | Methods for fMRI |
...
| Dept. | Num. | Course Name |
|---|---|---|
| BCH | 394P | Bioinformatics |
| BME | 383J | 5-Introduction to Nonlinear Dynamics in Biological Systems |
| BME | 383J | 9-Computational Methods for Biomedical Engineers I |
| BME | 383J | 10-Computational Methods for Biomedical Engineers II |
| BME | 383J | Analysis of Biological Systems |
| BME | 383J | Computational Biomolecular Engineering |
| BME | 383J | Data Mining |
| BME | 383J | Introduction to Computational Oncology |
| BME | 383J | Introduction to Mathematical and Physical Biology |
| BME | 385J | Computational Modeling in Bioengineering and Medicine |
| BME | 385J | Medical Decision Making |
| CS | 388 | Natural Language Processing |
| CS | 391L | Machine Learning |
| CS | 395T | Foundations of Predictive Machine Learning |
| CSE | 380 | Tools and Techniques for Computational Science |
| CSE | 397 | Computational Magnetic Resonance Imaging |
| ECE | 381V | Computer Vision |
| SDS | 394 | Scientific & Technical Computing |
| SDS | 385 | Computational Biology and Bioinformatics |
...
| Dept. | Num. | Course Name |
|---|---|---|
| ASE | 382Q | Fundamentals of Incompressible Flow |
| BGS | 380 | Health Law: A New Approach (PD) |
| BIO | 382K | Informatics/Data Analysis for Life Sciences |
| BIO | 384K | Python Programming for Biology |
| BME | 385J | Medical Device Design and Manufacturing |
| BME | 385J | Inquiry-Based Instruction Design |
| BME | 385J | Imaging Clinical Immersion |
| CE | 397 | Environmental Implications of Nanomaterials |
| CHE | 392 | Polymer Science |
| CHE | 392P | Introduction to Polymer Materials Science |
| CHE | 384P | Entrepreneurship (PD) |
| CHE | 386K | X-Ray Diff Theory |
| CS | 386L | Programming Languages |
| CS | 394D | Deep Learning |
| CS | 395T | Scalable Machine Learning |
| CS | 395T | Physical Simulation |
| CS | 395T | Introduction to Cognitive Science |
| EE | 382N | Computer Architecture |
| KIN | 386 | Qualitative Research Methods |
| ME | 387R | Practical Electron Microscopy |
| ME | 390N | Health Physical Laboratory |
| ME | 395 | The Enterprise of Technology (PD) |
| MIS | 381N | User Generated Content Analytics |
| PGS | 381G | Advanced Manufacturing Pharmacology |
| PGS | 380M | Advanced Pharmaceutics Experimental Design |
| PGS | 382V | Pharmaceutical Biotechnology |
| PGS | 384K | Fundamentals of Toxicology |
| PGS | 389M | Fundamentals of Health Innovations |
| PSY | 381D | Brain Connectivity |
| TXA | 395 | Body Scanning and Virtual Clothing |