Mercy College

What you'll study

The programme blends core mathematical theory with applied techniques and computing skills. You will typically study sequences in calculus, linear algebra, differential equations and multivariable calculus, then progress to upper‑level courses such as real analysis, abstract algebra, probability and mathematical statistics. Applied and elective options commonly include numerical analysis, mathematical modelling, complex analysis, topology, discrete mathematics, optimization, and computational methods.

Coursework emphasises proof writing, rigorous problem solving and the use of software tools for computation and data analysis. Many students complete a senior seminar or capstone project that integrates theory and application; independent study and undergraduate research opportunities with faculty are also available for students wishing to pursue specialised topics.

Entry requirements

• Successful completion of secondary education or an equivalent qualification.
• A solid background in high school mathematics, typically including algebra, geometry and precalculus; prior exposure to calculus is advantageous.
• Submission of official academic transcripts; applicants may also be asked for a personal statement outlining mathematical interests and goals.
• Transfer applicants should provide college transcripts and details of completed mathematics courses for credit assessment.
• Mature students and those with non‑traditional backgrounds are considered on an individual basis; placement tests or bridging courses may be recommended to ensure readiness for degree‑level work.

Career prospects

Graduates with a BS in Mathematics pursue a wide range of careers in industry, government and education. Common roles include data analyst, actuarial analyst (often following professional exam preparation), quantitative analyst in finance, software developer, statistician, and operations researcher. With additional teacher preparation, graduates can move into secondary mathematics teaching. Many students also progress to postgraduate study in mathematics, statistics, data science, engineering or related disciplines.

Mercy College’s emphasis on applied coursework and computing prepares graduates for employers who require strong quantitative reasoning and technical problem‑solving skills, while capstone projects and internships provide practical experience valued by recruiters.

Why study at Mercy College

• Personalised instruction with relatively small class sizes, allowing close interaction with faculty and mentoring for research or career planning.
• Opportunities for undergraduate research and capstone projects that link classroom learning to real‑world applications.
• Integration of computational tools and statistical methods within the mathematics curriculum to prepare students for data‑driven roles.
• Connections to local employers and internship opportunities that help students gain practical experience, particularly in nearby metropolitan job markets.
• Academic advising and career services that support graduate school applications, professional exam preparation and entry into the workforce.