Graduate Program.Courses

• BAA 305. Gross Human Anatomy.
• BIO 25L. Principles of Biology. [Please note: This has been approved as a remedial course and will not count towards bme course requirement.]
• BIO 118. Genetics and Molecular Biology.
• BIO 119. Cell and Developmental Biology.
• BIO 151L. Principles of Animal Physiology.
• BIOCHEM 222. Structure of Biological Macromolecules.
• BIOCHEM 227. Introductory Biochemistry I: Intermediary Metabolism.
• BIOCHEM 228. Introductory Biochemistry II.
• BIOCHEM 291. Physical Biochemistry.
• CBB 203. Genome Informatics and Sequence Analysis.
• CBB 220. Genome Tools and Technologies.
• CBB 240. Statistical Methods for Computational Biology.
• CBB 241. Statistical Genetics.
• CELLBIO 200. Cell and Tissue Biology.
• CELLBIO 201. Microscopic Anatomy.
• CELLBIO 202. Medical Physiology.
• CELLBIO 203. Introduction to Physiology.
• CELLBIO 204. Cell and Molecular Physiology.
• CELLBIO 251. Molecular Cell Biology.
• CELLBIO 417. Cellular Signaling.
• CMB 297. Modern Techniques in Molecular Biology.
• IMM 244. Principles of Immunology.
• IMM 252. Virology.
• IMM 291. Comprehensive Immunology.
• IMM 300. Tumor Immunology.
• MEDPHY 205. Anatomy and Physiology for Medical Physicists.
• MGM 232. Human Genetics.
• MGM 300. Gene Regulation.
• NBI 323. Concepts in Neuroscience.
• NBI 351. Molecular Neurobiology.
• PHARM 333. Statistics for Basic Biomedical Scientists.

• CBB 240. Statistical Methods for Computational Biology.
• CE 202. Applied Mathematics for Engineers.
• CE 254. Introduction to the Finite Element Method.
• CE 255. Nonlinear Finite Element Analysis.
• COMPSCI 250. Numerical Analysis.
• MATH 219. Introduction to Stochastic Calculus.
• MATH 224. Scientific Computing I.
• ME 229. Computational Fluid Mechanics and Heat Transfer.
• PHYSICS 230. Mathematical Methods in Physics.
• STATS 290. Modern Statistical Data Analysis.