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This program provides excellent training for a research-oriented career, whether your interests lie in solving theoretical mathematical puzzles or tackling real-world industry challenges. You'll have diverse course selections spanning pure mathematics, applied mathematics, probability, and statistics. Your final year culminates with an extensive research project.
The first year features a concise yet comprehensive set of core modules establishing fundamental skills for your degree. You'll gain programming proficiency in Python and R - valuable for data-related careers - and master LaTeX, the standard typesetting software used by mathematicians and statisticians.
During your second year, you'll expand your mathematical toolkit to solve more advanced problems. With fewer required courses, you can specialize in areas like differential equations, fluid/solid mechanics, statistical modeling, or computational simulations alongside core calculus and algebra.
Certain elective modules incorporate practical projects, allowing you to apply mathematical concepts to real-world situations similar to professional environments. A dedicated career development module helps explore job opportunities, connect with employers, craft strong resumes, and hone interview techniques.
By year three, you'll possess the expertise to investigate various mathematical disciplines through numerous elective options tailored to your career aspirations or personal interests.
Your final year maintains this flexibility while dedicating significant time to an independent research project. You'll select a mathematical topic, collaborate with a faculty expert, document your discoveries, and present your findings.
Optional placement year, Study abroad