Sample Courses in the Biomedical Engineering Competency Area
Courses must be BME courses with a technical/quantitative focus.
Purdue West Lafayette Courses
These courses CAN NOT be used on the plan of study:
- Seminar Courses
- Methodology/laboratory courses
- ENE (Engineering Education) Courses
- CS 515-- Numerical Linear Algebra
- PSY 600--Statistical Inference
- PSY 601--Correlation and Experimental Data
- SLHS 502--Fundamentals of Speech Production and Perception
- SOC 573--Human Side of Medicine (for thesis students; pmp students are allowed to take it)
- STAT 503--Stat Methods Biology
- STAT 511--Stat Methods
- STAT 512--Applied Regression Analysis
- STAT 516--Basic Probability and Application (for thesis students; pmp students are allowed to take it)
These courses CAN NOT be used to fulfill the BME compentency area but can be used in other areas as notated:
- BME 5100--Nerual Mech Health & Disease (Life Science)
- BME 56100--Preclinical and Clinical Study Design (Other Graduate Training or Professional Development and Regulatory for PMP students)
- BME 56200--Regulatory Approval (Other Graduate Training or Professional Development and Regulatory for PMP students)
- BME 56300--Regulatory Compliance (Other Graduate Training or Professional Development and Regulatory for PMP students)
- BME 56400--Ethical Engineering (Other Graduate Training or Professional Development and Regulatory for PMP students)
- BME 55600--Intro to Clinical Medicine (Life Science)
- BME 59500--Biomedship (Other Graduate Training or Professional Development and Regulatory for PMP students)
- BME 59500--Entrepreneurship (Other Graduate Training or Professional Development and Regulatory for PMP students)
- BME 69500--Digital Health Transformation (Other Graduate Training or Professional Development and Regulatory for PMP students)
| Example of Acceptable Courses | Course Name |
|---|---|
| BME 50100 | Biostatistics |
| BME 51100 | Biomedical Signal Processing |
| BME 51500 | MRI Theory |
| BME 52100/ABE 52100 | Biosnrs: Fndmtls & App |
| BME 52800/ECE 52800 | Meas & Stimul Nerv Sys |
| BME 53000 | Bio & Med Imag Diagnostic Tech |
| BME 53200 | Bioelectronics |
| BME 53800 | Wearable Sensors |
| BME 54000 | Biomechanics |
| BME 54200 | Cell & Tissue Mechanics |
| BME 55100 | Tissue Engineering |
| BME 58100/ECE 52600 | BioMEMS |
| BME 59500 | Applied Medical Image Processing and Analysis |
| BME 59500 | Bioelectronics |
| BME 59500 | Biophotonics |
| BME 59500 | Cell & Tissue Mechanics |
| BME 59500 | Continuum Models Biomed Engr |
| BME 59500 | Deep Learning |
| BME 59500 | Eng Princ Biomolec Interactns |
| BME 59500 | Functional Neuroimaging |
| BME 59500 | Implantable Medical Devices |
| BME 59500 | Med Img & Diagnostic Tech |
| BME 59500 | Point Of Care Diagnostics |
| BME 59500/ABE 59100 | Polymeric Biomaterials |
| BME 59500/CHE 52100 | Principles of Tissue Engineering |
| BME 59500 | Stem Cell Tissue Engineering |
| BME 59500 | Surgery & Instrumnt Syst Neuro |
| BME 59500 | VR Anatomy Lab |
| BME 59500 | Wearable Sensors in Healthcare |
| BME 63200 | Bioelectronics |
| BME 64600 | Deep Learning |
| BME 65500 | Multiscale Modeling in BME |
| BME 68300 | Polymers Pharma&Biol Systms |
| BME 69500 | Bioelectronics |
| BME 69500 | Cardiovascular BME & Imaging |
| BME 69500 | Cardiovasc Engr Mod&Analysis |
| BME 69500 | Deep Learning |
| BME 69500 | Digital Health Transformation |
| BME 69500/ECE 64100 | Model Based Image Processing |
| BME 69500 | Frontiers In Biophotonics |
| BME 69500/ECE 60141 | Foundations Of Comp Imaging |
| BME 69500 | Hallmarks of Metastasis |
| BME 69500 | Hemodynamics |
| BME 69500 | Magnetic Resonance Imaging |
| BME 69500 | Multiscale Modeling in BME |
| BME 69500 | Numerical Methods In BME |
| BME 69500 | Pediatric Medical Devices |
| BME 69500/ABE 69100 | Quantitative Systems Biology |
Purdue Indianapolis Courses
| Example of Acceptable Courses | Course Name |
|---|---|
| BME 54400 | Musculoskeletal Biology and Mechanics |
| BME 59500 | App Med Image Process |
| BME 59500 | Biomolecular Engineering |
| BME 59500 | Engineering Principles for Biomolecular Interaction |
| BME 59500 | Engineering Principles of Biotechnology |
| BME 59500 | Cellular Electrophysiology |
| BME 59500 | Tissue Engineering |
| BME 59500 | Polymers for BME Applications |
| BME 59500 | Vascular Biomechanics |
| BME 59500 | Biomedical Ultrasound Imaging |
| BME 59500 | BME 3D Modeling in Medicine |
| BME 59500 | Cancer Engineering |
| BME 59500 | Experimental Methods in BME |
| BME 59500 | Molecular and Cellular Mechanics |
| BME 59500 | Embedded Bioinstrumentation |
| BME 59500 | Drug Delivery |
| BME 59500 | Cellular Mechanotransduction |
| BME 59500 | Implantable Systems |
| BME 59500 | Engineering Analysis of Tissues |
| BME 59500 | Neural Engineering |
| BME 69500 | Magnetic Resonance Imaging |