COURSE CURRICULUM

Computer Science at Wilfrid Laurier University provides students with a rigorous curriculum designed to build a strong foundation in computing, mathematics, and scientific reasoning. In the first year, students complete core courses such as Calculus I, Introduction to Functions and Differential Calculus, Introductory Linear Algebra, Data Structures I, and Introduction to Programming, which develop essential skills in problem-solving, computational thinking, programming, and mathematical analysis. These courses ensure that students gain both theoretical knowledge and practical skills needed for advanced study in computer science and related fields. Complementing the core curriculum, students may choose electives such as History of Computing or additional Calculus I sections, providing broader perspectives on the evolution of technology and reinforcing quantitative abilities. As students progress to upper years, they engage with more specialized and applied courses, including Computer Networks, which explores the design, operation, and management of network systems; Introduction to Probability and Statistics for Science, which equips students with tools to analyze data and make informed decisions; and Operating Systems, which covers the architecture, functionality, and management of computing systems. Together, these courses provide a comprehensive understanding of computing principles, mathematical frameworks, and system-level operations, equipping graduates with the technical expertise, analytical skills, and practical experience necessary for careers in software development, data science, cybersecurity, research, or further graduate studies in computer science and technology-driven fields.