Biomedical Engineering Core (12 cr.)
- BMEG-E 501 Biomedical Engineering
- BMEG-E 502 Rapid Prototyping and Device Fabrication in Biomedical Engineering
- Applied Mathematics in Engineering (choose one from below)
- INFO-B 518 Applied Statistical Methods for Biomedicine
- INFO-H 515 Statistics for Data Science
- MATH-I 514 Numerical Analysis
- MATH-I 537 Applied Mathematics for Scientists and Engineers I
- PBHL-B 571 Biostatistics Method I: Linear Models in Public Health
- PBHL-P55 Biostatistics for Public Health I
- PSY-I 600 Statistical Inference
- STAT-I 524 Applied Multivariate Analysis
- BMEG-E 503 Biomedical Ethics and Regulation
Approved electives (9 cr.)
Choose 3 courses.
Students select electives from the list below or courses approved by their advisory committees. The list is not exhaustive and may expand as needed.
Electives are grouped into focus areas, allowing students to tailor coursework to their research and career goals while developing expertise in BME. Students may select approved electives from a single focus area or from multiple focus areas. Focus areas are not formal tracks, and they do not appear on the transcript.
ENGR-E courses are taught by the Department of Intelligent Systems, Engineering, IU Bloomington. BMEG-E and INFO-B courses are taught by the Department of Biomedical Engineering and Informatics, IU Indianapolis. All other courses are taught by other departments at IU Indianapolis.
Computational Biomedical Engineering
- BMEG-E 510 Artificial Intelligence in Biomedical Engineering
- BMEG-E 511 Biomedical Image Processing
- BMEG-E 512 Digital Health Technologies
- ENGR-E 540 Computational Methods for 3-D Biomaterials
- ENGR-E 542 Introduction to Computational Bioengineering
- ENGR-E 543 Computational Modeling Methods for Virtual Tissues
- MATH-I 555 Introduction to Biomathematics
Biomedical Devices and Sensors
- BMEG-E 520 Bionanosystems Principles
- BMEG-E 521 Bionanosystems Processes and Devices
- CHEM-I 623 Sensors and Biosensors
- ENGR-E 505 Introduction to Nano-Engineering
- ENGR-E 571 Microfluidic Devices and Systems
- ENGR-E 572 Biomedical Devices and Sensors
- PHYS-I 530 Electricity and Magnetism
Biomedical Cell and Tissue Engineering
- BIOL-I 507 Principles of Molecular Biology
- BIOL-I 512 Advanced Cell Biology
- BIOL-I 516 Molecular Biology of Cancer
- BIOL-I 564 Molecular Genetics of Development
- BIOL-I 573 Stem Cell Biology
- CHEM-I 635 Protein Structure and Function
- PHYS-I 585 Introduction to Molecular Biophysics
- BMEG-E 540 Bioprocess and Tissue Engineering
- BIOL-I 556 Physiology
- BIOL-I 569 Regenerative Biology and Medicine
- CHEM-I 673 Biomaterials
- CHEM-I 674 Biomimetics
- ENGR-E 570 Advanced Bioengineering
Drug and Device Fidelity, Assurance, and Clinical Translations
- CHEM-I 610 Synthetic Medicinal Chemistry
- CHEM-I 696 Special Topics in Chemistry: Solid-Phase Synthesis and Combinatorial Chemistry: Theory and Practice
- PBHL-B 582 Introduction to Clinical Trials
- GRDM-G 661 Clinical Trials
- GRMD-G 506 Responsible Conduct of Translational Research
- COMM-C 533 Improvisation for Scientists
Program Pathways (9 cr.)
Research Pathway
- BMEG-E 692 Project
- Research Design (choose one)
- INFO-I 575 Informatics Research Design
- LIS-S 506 Introduction to Research
- PSY-I 601 Correlation and Experimental Design
Professional Pathway
Select at least two course from this list.
- BMEG-E 692 Project
- INFO-B 638 Seminars in Biomedical Engineering and Informatics
- BUKD-W 525 Entrepreneurship: Theory, Process, and Practice
- INFO-I 595 Internship