Courses

Required

• BIOL 112 Biomolecular Foundations in Biology
• At least one course from a selected list of science courses
• At least one course from a selected list of engineering courses

Selected list of engineering courses

• CHE 350 Introduction to Nanoengineering, CHE 360 Drug Delivery
• ECE 205 Human Machine & Advances in Medical Technology, ECE 437 Biomedical System Modeling and Analysis
• ME 338 Soft Tissue Mechanics, ME 489 Intro to Biomedical Engineering, ME 492 Biomechanics
• ES 231 Nature of Engineering Materials OR ES 232 Biomaterials Science (but not both), ES 301 Bioengineering Systems & Design
• INDS 246 Biotechnology and Innovation (can be counted as either an engineering elective or a science elective)*
• Independent study and/or honors thesis with biotechnology content

Selected list of natural science courses

• BIOL 225 Microbiology, BIOL 245 Immunology, BIOL 251 Human Physiology, BIOL 255 Molecular Genetics, BIOL 256 Neurobiology, BIOL 257 Public Health Biology, BIOL 274 Intro to Bioinformatics, BIOL 277 Cell Biology, BIOL 285 Biological Modeling, BIOL 328 Cancer Biology, BIOL 345 Infectious Disease, BIOL 347 Precision Medicine, BIOL 350 Genomics, BIOL 356 Biomedical Informatics
• CHEM 351 Survey of Biochemistry, CHEM 352 Foundational Biochemistry, CHEM 353 Advanced Biochemistry, CHEM 354 Experimental Biochemistry, CHEM 408 Topics in Medicinal Chemistry, CHEM 455 Special Topics in Biochemistry
• NEUR 201 Intro to Neuroscience, NEUR 265 Intro to Neural Data Analysis, NEUR/PSYC 225 Psychopharmacology, NEUR/PSYC 323 Physiological Psychology II
• PHYS 220 Medical and Biological Physics
• INDS 246 Biotechnology and Innovation (can be counted as either an engineering elective or a science elective)*
• Independent study and/or honors thesis with biotechnology content

*Can be counted as either an engineering elective or a science elective