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Recent advancements in genome sequencing and gene expression analysis have led to a rapid expansion of molecular biology knowledge. The sheer amount and intricacy of this data demand specialized computational methods for storage, visualization, and interpretation. Some approaches even rely on computational techniques for data generation. These methods collectively form the field of Bioinformatics, which bridges computer science and molecular biology. This discipline requires expertise in biology, chemistry, computer science, mathematics, and statistics. Bioinformatics graduates can pursue careers across various life science sectors, including healthcare and agriscience.
Prospective Honours students should meet with departmental advisors during their first year before second-year registration. The B.Sc. Honours program mandates 120 credit units, with a minimum of 66 at the senior level. Admission consideration requires completion of 60 credit units with a minimum 70% Cumulative Weighted Average overall and in the Honours subject area.