Concordia University is a public research university located in Montreal, Quebec, Canada. Founded in 1974 following the merger of Loyola College and Sir George Williams University, Concordia is one of the three universities in Quebec where English is the primary language of instruction. We’re a next-generation university, continually reimagining the future of higher education. Located in the vibrant and multicultural city of Montreal, Concordia is the top-ranked university in North America founded within the last 50 years and annually registers some 51,000 students through its innovative approach to experiential learning and cross-functional research.

As a next-generation university, Concordia sets its sights further and more broadly than others. We align the quality of learning opportunities to larger trends and substantial challenges facing society. We pursue technology without losing sight of our humanity. We find inspiration through narrative and dialogue.

Concordia University offers both a Bachelor of Arts (BA) and a Bachelor of Science (BSc) degree program in Pure and Applied Mathematics. These programs are designed for students who have a strong interest in mathematics and want to explore its theoretical foundations as well as its practical applications. The BA and BSc programs in Pure and Applied Mathematics at Concordia University share a common foundation but may have some differences in their course requirements and electives.

Here is a general overview of what the Pure and Applied Mathematics programs at Concordia University might include:

Core Mathematics Courses: The programs typically begin with core mathematics courses that provide a solid foundation in mathematical concepts and techniques. These courses may cover topics such as calculus, linear algebra, discrete mathematics, differential equations, and mathematical proof techniques. These courses build the fundamental skills and knowledge required for more advanced mathematics courses.

Advanced Mathematics Courses: As students progress in the program, they take more advanced courses that delve into specific areas of mathematics. These courses may cover topics such as real analysis, abstract algebra, complex analysis, number theory, geometry, mathematical modeling, probability theory, and mathematical statistics. These courses deepen students' understanding of mathematical theories and develop their problem-solving and analytical skills.

Applied Mathematics Courses: In addition to core and advanced mathematics courses, the programs often include courses that focus on the application of mathematical concepts to real-world problems. These courses may cover areas such as mathematical physics, optimization, numerical methods, operations research, mathematical finance, or computer science. These courses allow students to see how mathematical principles can be applied in various fields and industries.

Elective Courses: Both the BA and BSc programs offer a range of elective courses that allow students to tailor their studies based on their interests and career goals. These elective courses may cover specialized topics in mathematics or related disciplines. Students can choose courses that align with their specific interests, such as cryptography, graph theory, mathematical biology, mathematical logic, or mathematical economics.

Research Opportunities: Some programs may offer research opportunities for undergraduate mathematics students. These opportunities allow students to work closely with faculty members on research projects, gain hands-on experience in mathematical research, and contribute to the advancement of mathematical knowledge in their field.

Computer Programming Skills: With the increasing importance of computational methods in mathematics, the programs may include courses or components that develop students' computer programming skills. Students may learn programming languages such as MATLAB, Python, or R, and apply them to solve mathematical problems and analyze data.

Seminar and Capstone Projects: Some programs may include seminar courses where students engage in discussions and presentations on advanced mathematical topics. Additionally, students may undertake a capstone project or thesis in their final year, where they conduct independent research under the guidance of a faculty supervisor. This project allows students to apply their knowledge and skills to a specific research problem and present their findings.

Professional Development: The Pure and Applied Mathematics programs often offer opportunities for professional development. This may include workshops or events on mathematical career paths, graduate school preparation, internships, or cooperative education placements. These opportunities help students explore potential career options and develop skills that are valuable in mathematics-related fields.

Please note that the specific courses and requirements for the BA and BSc programs in Pure and Applied Mathematics at Concordia University may differ. It's important to visit the official Concordia University website or contact the university directly for the most accurate and up-to-date information about their Bachelor of Arts and Bachelor of Science programs in Pure and Applied Mathematics.

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