Cost & earnings at University of Mount Union What students borrow here, and what they go on to earn
The Bachelor of Science in Mathematics with a Computational Mathematics focus at the University of Mount Union combines rigorous mathematical theory with practical computational methods. It suits students who enjoy problem solving, programming and mathematical modelling and who want preparation for technical roles or graduate study in computationally intensive fields.
This programme blends core mathematics with computational tools and applications. Core topics include calculus, multivariable calculus, linear algebra, differential equations and real analysis to build a strong theoretical foundation. Computational and applied modules cover numerical analysis, scientific computing, algorithm design, data structures, mathematical modelling and computational statistics. Students learn programming languages and environments commonly used in scientific computing—such as Python, MATLAB and other numerical libraries—and apply these to projects and labs.
Instruction balances lectures, problem-solving seminars and hands-on computing labs. Students typically complete a capstone or senior project that emphasises modelling, simulation or data-driven analysis, and may undertake internships or directed research with faculty in areas such as computational physics, computational biology, optimisation or machine learning.
Applicants should hold a secondary school diploma or equivalent with a solid background in mathematics. Strong performance in higher-level secondary mathematics (for example calculus if available) is expected. Prior experience in programming is helpful but not always required; introductory programming courses are offered for students who need them.
Typical application materials include official transcripts, a personal statement outlining interest in mathematics and computational work, and at least one academic reference. Successful candidates demonstrate quantitative skills, problem-solving ability and motivation for sustained mathematical study. Placement testing or introductory assessments may be used to determine appropriate starting mathematics courses.
Graduates with a computational mathematics concentration are well placed for roles that require both mathematical rigour and programming skills. Career paths include data analyst or data scientist, software developer, quantitative analyst, operations research analyst, actuarial roles (with additional professional exams), and roles in scientific computing or simulation. Many graduates also pursue postgraduate study in applied mathematics, computer science, statistics or related technical fields.
The programme’s emphasis on applied projects and internships helps students build a professional portfolio of code, models and technical reports that support entry into industry or graduate programmes.
The University of Mount Union offers a small-campus, liberal-arts environment with close faculty mentorship and accessible research opportunities for undergraduates. Mathematics students benefit from small class sizes, personalised advising and opportunities to collaborate with faculty on computational research and applied projects. Dedicated computing facilities and lab space support numerical work and data analysis.
Mount Union’s career services and local industry connections help students secure internships and experiential learning, while the curriculum’s balance of theory and applied computation prepares graduates for both immediate employment and further study.
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