Last revised: 2/10/2026
This is a tool to help you in selecting your elective courses based on your application area of interest and is only meant to be a guide. It is to be used in combination with the University Catalog to ensure you meet course prerequisites.
Key: M3 = Medical Molecules and Materials, BMM = Biomedical Mechanics and Manufacturing, BMI = Biomedical Instrumentation.
*cannot be applied to both requirements
| Course | Offering | M3 | BMM | BMI |
|---|---|---|---|---|
| BME 3600*: Biotransport | S | X | X | |
| BBMB 3030: General Biochemistry | F | X | ||
| CE 2710 & 2720: Engineering Foundations of Statics & Applied Engineering Statics or CE 2740: Engineering Statics | FS | X | ||
| CHEM 1780 & 1780L: General Chemistry II & Laboratory | FS | X | ||
| CHEM 2310 & 2310L: Elementary Organic Chemistry & Laboratory or CHEM 3310 & 3310L: Organic Chemistry I & Laboratory | FS | X | ||
| EE 2850: Problem Solving Methods & Tools for Electrical Engineering | FS | X | ||
| EE 3140: Electromagnetics for non Electrical Engineers | FS | X | ||
| EE 4420: Introduction to Circuits & Instruments | FS | X | X | X |
| EE 4480: Introduction to AC Circuits & Motors | FS | X | ||
| ME 3240 & 3240L: Manufacturing Engineering & Laboratory | FS | X | ||
| ME 3450: Engineering Dynamics | FS | X | ||
| ME 3700: Engineering Measurements | FS | X |
Key: Y = Yes; M = Maybe. DTDD = Disease Therapeutics and Drug Delivery, ADB = Advanced Diagnostics and Biosensors, IAT = Implants and Artificial Tissues, MIEE = Medical Imaging and Equipment Electronics, POM = Prosthetics and Organ Mechanics, MDMS = Medical Device Manufacturing Systems.
*cannot be applied to both requirements
| Course | Offering | DTDD | ADB | IAT | MIEE | POM | MDMS |
|---|---|---|---|---|---|---|---|
| BME 3410: BioMEMS and Nanotechnology | S | Y | Y | Y | |||
| BME 3600*: Biotransport | S | M | |||||
| BME 4400: Biomedical Applications of Chemical Engineering | F | Y | M | M | M | M | M |
| BME 4470: Biomedical Materials Manufacturing & Design | F | Y | Y | ||||
| BME 4500: Biosensors | F | Y | |||||
| BME 4600X: Biomedical Imaging | S | ||||||
| EE 5900I:Special Topics: Signal Processing | FS | Y | Y | Y | |||
| IE 5710: Occupational Biomechanics | F | Y | Y | Y | |||
| ME 5500: Advanced Biosensors | S | Y |
Key: Y = Yes; M = Maybe. DTDD = Disease Therapeutics and Drug Delivery, ADB = Advanced Diagnostics and Biosensors, IAT = Implants and Artificial Tissues, MIEE = Medical Imaging and Equipment Electronics, POM = Prosthetics and Organ Mechanics, MDMS = Medical Device Manufacturing Systems.
| Course | Offering | DTDD | ADB | IAT | MIEE | POM | MDMS |
|---|---|---|---|---|---|---|---|
| CHE 4080: Surface & Colloid Chemistry | F | M | |||||
| CHE 4150: Biochemical Engineering | S | M | |||||
| CHE 4470: Polymers & Polymer Engineering | S | M | M | M | M | ||
| CHE 5450: Analytical & Numerical Methods | F | M | M | M | M | M | M |
| CPRE 2810: Digital Logic | FS | M | M | M | |||
| CPRE 5440: Fundamentals of Bioinformatics | F | Y | M | Y | M | ||
| EE 2240: Signals & Systems I | FS | M | Y | Y | |||
| EE 2300: Electronic Circuits & Systems | FS | M | Y | Y | |||
| EE 4510: Engineering Acoustics | F | Y | Y | ||||
| EE 5310: Micro & Nano Systems & Devices | F | M | M | M | |||
| EM 4250: Introduction to the Finite Element Method | S | Y | Y | M | |||
| EM 5140: Advanced Mechanics of Materials | F | Y | Y | ||||
| IE 2710: Applied Ergonomics & Work Design | S | Y | |||||
| IE 4450: Additive Manufacturing & Rapid Production Methods | S | Y | |||||
| IE 4490: Computer Aided Design & Manufacturing | S | Y | M | ||||
| MATE 3140: Kinetics of Phase Transformations in Materials | S | M | Y | Y | |||
| MATE 3510: Introduction to Polymeric Materials | F | M | M | M | M | ||
| MATE 4180: Mechanical Behavior of Materials | F | M | Y | Y | |||
| MATE 4540: Polymer Composites & Processing | S | M | M | ||||
| ME 3250: Mechanical Component Design | FS | Y | |||||
| ME 3350: Fluid Flow | FS | Y | Y | Y | |||
| ME 4210: System Dynamics & Control | FS | M | Y | ||||
| ME 4250: Optimization Methods for Complex Designs | F | M | M | M | Y | ||
| ME 5020: Microfluidics & Nanofluidics | S | Y | M | Y | |||
| ME 5280: Micro/Nanomanufacturing | F | M | M | M | Y | ||
| ME 5460: Computational Fluid Mechanics & Heat Transfer I | F | Y | Y | Y | |||
| ME 5640: Fracture & Fatigue | F | Y | Y | Y | |||
| MSE 5810: Computational Modeling of Materials | F | Y | Y | M | Y |
Key: Y = Yes; M = Maybe. DTDD = Disease Therapeutics and Drug Delivery, ADB = Advanced Diagnostics and Biosensors, IAT = Implants and Artificial Tissues, MIEE = Medical Imaging and Equipment Electronics, POM = Prosthetics and Organ Mechanics, MDMS = Medical Device Manufacturing Systems.
| Course | Offering | DTDD | ADB | IAT | MIEE | POM | MDMS |
|---|---|---|---|---|---|---|---|
| BBMB 4610: Molecular Biophysics | S | M | M | M | M | ||
| BBMB 5040: Amino Acids & Proteins | FS | Y | M | Y | |||
| BBMB 5050: Bioenergetics & Metabolism | F | Y | Y | M | |||
| BBMB 5060: Membrane Biochemistry | FS | Y | M | M | |||
| BBMB 5070: Biochemistry of Nucleic Acids | FS | Y | Y | Y | |||
| BBMB 5420: Introduction to Molecular Biology Techniques | FS | M | M | M | |||
| BIOL 3130: Principles of Genetics | FS | Y | Y | M | |||
| BIOL 3140: Principles of Molecular Cell Biology | FS | Y | Y | M | |||
| BIOL 3280: Molecular & Cellular Biology of Human Diseases | F | Y | Y | M | |||
| BIOL 3350L: Principles of Human & Other Animal Physiology Laboratory | S | M | M | M | Y | M | |
| BIOL 3440: Human Reproduction | S | M | Y | Y | Y | ||
| BIOL 3510: Comparative Vertebrate Anatomy | S | M | Y | M | Y | M | |
| BIOL 4340: Endocrinology | S | Y | Y | M | M | ||
| BIOL 4360: Neurobiology | F | Y | M | M | Y | ||
| BMS 4390: Principles of Pharmacology | S | M | M | M | |||
| BMS 5020: Methods in Biomedical Sciences | S | M | M | M | M | M | M |
| BMS 5750: Cell Biology | F | M | M | M | |||
| CHEM 3320: Organic Chemistry II | FS | ||||||
| FSHN 3650: Obesity & Health | S | M | M | M | M | M | M |
| FSHN 4600: Global Nutrition, Health & Sustainability | S | M | M | M | M | M | M |
| FSHN 5290: Foodborne Toxicants | FS | M | M | ||||
| GEN 3220: Genetics, Agriculture & Biotechnology | F | M | Y | M | Y | ||
| GEN 4060: Bioinformatics of OMICS | S | M | Y | M | Y | ||
| KIN 3550: Biomechanics | FS | Y | Y | Y | |||
| KIN 3580: Exercise Physiology | FS | M | Y | M | M | M | M |
| KIN 3720: Motor Control & Learning Across the Lifespan | FS | M | Y | ||||
| KIN 3730: Biomechanics & Motor Control Laboratory | FS | Y | Y | Y | |||
| KIN 4730: Physical Dimensions of Aging | S | M | M | M | M | M | |
| KIN 4800: Functional Anatomy | FS | M | M | M | Y | M | |
| KIN 5150: Injury Biomechanics | F | M | M | Y | M | ||
| KIN 5160: Quantitative Analysis of Human Movement | S | Y | M | Y | M | ||
| KIN 5170: Musculoskeletal Modeling | F | M | Y | M | |||
| MICRO 2010: Introduction to Microbiology | FS | Y | Y | M | M | ||
| MICRO 3020: Biology of Microorganisms | FS | Y | Y | M | M | ||
| MICRO 3740: Insects & Our Health | S | Y | M | M | M | M | M |
| MICRO 4080: Virology | F | M | M | M | |||
| TOX 4010: Principles of Toxicology | F | Y | M | M | |||
| TOX 5690: Reproductive & Developmental Toxicology | F | Y | M | M | |||
| VMPM 4280: Principles of Epidemiology & Population Health | S | M | M | M | M | M | M |
| VMPM 5010: Basic Principles of Microbiology | F | M | M | M | |||
| VMPM 5860: Medical Bacteriology | F | M | M | M | M | ||
| VMPM 5870: Animal Virology | S | M | M | M | |||
| VPTH 3530: Introductory Parasitology | S | M | M | ||||
| VPTH 4010: Basics of Medical Terminology | F | M | M | M | M | M | M |
| VPTH 4020: Introduction to Pathology | F | M | M | M | M | M | M |
| VPTH 5030: Principles of Pathology | S | M | M | M | M | M | M |
