The Modular Nature of CSB Graduate Courses

Graduate course offerings in the Department of Cell & Systems Biology are module based. Some modules emphasise new techniques, technologies or approaches, and how these are applied to research problems. Others focus on fundamentally important concepts in cell, molecular and systems biology. Modules serve three main objectives: 1) to develop an awareness of current progress in research, including important mechanistic insights into biological organisms, as well as cutting-edge techniques, approaches and technologies in cell, molecular and systems biology, 2) to develop abilities in interpreting and criticising scientific approaches and data, 3) to improve writing and/or verbal skills. Most graduate modules are one-half of a one-term course, or one quarter credit (0.25 FCE). Thus, two quarter-credit modules are required to complete coursework requirements for M.Sc. students (0.5 FCE), and any combination of courses or modules totalling 1.0 FCE are required for Ph.D. students. Most modules are seminar-based modules that are 6 weeks in duration, with 2 hours devoted to the module per week. The weekly meetings are generally comprised of a combination of student seminars and discussion of the seminar topics. In contrast to the seminar-based module, several modules are offered as workshop-style modules over a compressed timescale. Workshop-based modules are primarily focused on practical aspects of cell, molecular and/or systems biology. The structure of workshop-based modules is dictated by the best pedagogical practice for learning theoretical aspects of the course material, and the execution of the practical aspects of the course. Regardless of its structure (i.e., 6 week seminar versus workshop), most modules will be offered at least every other year (i.e., once every two years), with some new modules offered on a consistent basis.

Module/Course Offerings for 2018-2019 

Full descriptions of the 2018-2019 modules can be viewed here.  Students should register for modules through use of  ACORN, with instructions found here.

CSB1020H/F, LEC 0111 – Basement Membrane Dynamics and Human Pathologies

CSB1482H/F, LEC 0101 – Readings in Genome Biology and Bioinformatics

CSB1020H/F, LEC 0135 – Introduction to R for Data Science

CSB1020H/F, LEC 0131 – Fundamentals of Genomic Data Science

CSB1020H/F, LEC 0103 – Functional Genomics Using “Big” Data 

CSB1020H/F, LEC 0124 – Current Techniques in Neuroscience

CSB1020H/F, LEC 0133 – Theoretical and Applied Topics in Data Visualization for Genome Biology

CSB1472H/S, LEC 0101 – Computational Genomics and Bioinformatics

CSB1025H/S, LEC 0101 – Methods in Genomics and Proteomics

CSB1020H/S, LEC 0123 – Neuroscience of Behavioural State Control

CSB1021H/S, LEC 0135 – Introduction to R for Data Science

CSB1020H/S, LEC 0121 – Protein Homeostasis in Regulating Plant Development and Stress Response 

CSB1020H/S, LEC 0136 – Leaving the Epithelium: Molecular and Cellular Mechanisms of Animal Tissue Diversification and Homeostasis 

CSB1020H/F, LEC 0134 – Current Techniques in Gene Regulation (*offered in the Summer 2019 session) 

CSB1020H/S, LEC 0107 – Cell Biology of Gastrulation (*offered in the Summer 2019 session) 

CSB1018H/S, LEC 0101 – Advanced Microscopy and Imaging (*offered in the Summer 2019 session)

*Registration for summer courses opens on March 18, 2019