Regular and Co-operative Programs
A total of eight courses is required for graduation as grouped and noted below.
A minimum of two from the following:
| Advanced Biochemistry I |
| † | Research Project-Thesis |
| Applied Analytical Chemistry |
| Analytical Chemistry of Complex Samples |
| Organic Reaction Mechanisms |
A maximum of six from the following:
| Advanced Biochemistry II |
| BCH 550 | Glycobiology |
| Microbiology I |
| Microbiology II |
| Molecular Biology |
| Cell Biology |
| Applied Microbiology |
| Genetics |
| Ecotoxicology |
| Limnology |
| Ecology |
| Pharmacology |
| Physiology |
| Current Topics in Biology |
| Anatomy |
| Developmental Biology |
| Current Topics in Biotechnology |
| Genomics and Proteomics |
| Immunology |
| Molecular Biology Laboratory |
| Advanced Chemical Instrumentation |
| Pharmaceutical Chemistry |
| Organic Chemistry |
| Materials Chemistry |
| CHY 482 | Selected Topics in Chemistry |
| Directed Studies |
| Polymer Chemistry |
| Organometallic Chemistry |
| Computational Chemistry |
| Graphical Modeling |
| Discrete Mathematics I |
| Discrete Mathematics II |
| Calculus and Geometry |
| Dynamical Systems and Differential Equations |
| Probability and Statistics II |
| Introduction to Stochastic Processes |
| Numerical Analysis I |
| Operations Research I |
| Geometry |
| Numerical Analysis II |
| Operations Research II |
| Graph Theory |
| Number Theory |
| Complex Analysis |
| Fourier Analysis |
| Differential Equations II |
| Logic and Computability |
| Design and Codes |
| Computational Complexity |
| Combinatorics |
| Image Analysis |
| Biophysics |
| Electricity and Magnetism |
| Introduction to Medical Physics |
| Photonics and Optical Devices |
| Modern Physics |
| Thermodynamics and Statistical Physics |
| Nuclear Physics/Radiation Protection |
| Radiation Biology |
| Quantum Physics II |
† A multi-term course (equivalent to two single-term courses).
PROGRAMS AND ACADEMIC DEPARTMENTS