Bachelor of Art in Mathematics - Pure Mathematics in Boston United States | Suffolk University

Our program centers on mastering complex problem-solving. As a mathematics student, you'll acquire the ability to work with numerical concepts and implement mathematical theories to address real-life situations. Under the guidance of our experienced professors, you'll cultivate the expertise to analyze information, detect trends, and employ both logical and innovative thinking to develop unique solutions to challenging problems.
Situated just minutes from Boston's Financial District and near Cambridge's leading technology firms, our program offers students unparalleled access to top-tier employers for internships and career prospects. These valuable experiences will enhance your professional connections and equip you for success in either the workforce or advanced academic pursuits.
Mathematics students will:
Employ deductive reasoning to derive conclusions from established principles and apply mathematical concepts to develop solutions, Craft rigorous mathematical proofs to verify findings, Gain proficiency with computational and visualization resources—including specialized software such as Wolfram Mathematica, MATLAB, and Maple—to deepen understanding and enhance analytical capabilities, Study scholarly articles and deliver presentations on subjects relevant to coursework, Hone abstract reasoning abilities by discerning universal patterns across diverse scenarios, Apply the R programming language to conduct statistical evaluations of survey data.
As a mathematics major, you'll achieve comprehensive knowledge of fundamental mathematical areas including calculus, linear algebra, real analysis, and statistics. You'll also refine your computational and conceptual reasoning skills while focusing on one of two specializations: pure mathematics or actuarial science. This program leads to either a Bachelor of Arts or Bachelor of Science degree in Mathematics.
Develop advanced expertise in pure mathematics to prepare for graduate studies, teaching positions, or professional roles as mathematicians. You'll learn to construct models that address real-world challenges across business, government, and scientific research sectors.