COURSE CURRICULUM

The MASc in Mathematics and Engineering at Queen’s University is a research-intensive program that integrates advanced mathematical theory with applied engineering topics, allowing students to tailor their studies within areas such as Systems and Robotics, Computing and Communication, and Dynamics and Control. While the exact curriculum varies with the chosen research focus, students normally complete a selection of graduate-level courses offered through the Department of Mathematics and Statistics and relevant engineering departments, ensuring depth in mathematical modelling, optimization, algorithms, control theory, communications, signal processing, and applied computation. Typical coursework may include subjects such as advanced differential equations, numerical methods, linear systems, stochastic processes, machine learning, and specialized engineering electives aligned with the student’s thesis direction. In addition to coursework, the core of the MASc curriculum is a substantial thesis that demonstrates original research under faculty supervision, often involving theoretical analysis, system simulation, or experimental validation depending on the chosen field. Students also engage in seminars, group discussions, and research presentations that help build academic and professional communication skills. This flexible curriculum structure ensures each student gains rigorous mathematical foundations while applying them to complex engineering challenges, preparing graduates for doctoral studies or specialized industry roles.