Christopher Newport University

What you'll study

The mathematics programme at Christopher Newport University builds from a solid core of calculus, linear algebra and differential equations into both pure and applied pathways. Early study typically includes a sequence in single‑variable and multivariable calculus, introductory proof writing, linear algebra, and discrete mathematics. Later and advanced modules commonly offered include:

• Real Analysis and Complex Variables
• Abstract Algebra (groups, rings, fields)
• Ordinary and Partial Differential Equations
• Numerical Analysis and Scientific Computing
• Probability Theory and Mathematical Statistics
• Mathematical Modelling and Applied Mathematics
• Topology and Advanced Geometry
• Topics courses such as Combinatorics, Graph Theory, and Cryptography

Students may choose a B.S. or a B.A. route, with options to concentrate in applied mathematics, actuarial science preparation, or secondary mathematics education (leading to teacher licensure pathways). The programme emphasises active learning: many students complete a senior capstone, independent study or a faculty‑mentored research project. Internships, practicum placements and collaboration with other departments (computer science, physics, economics) are commonly available for applied experience.

Entry requirements

Admission to Christopher Newport University is based on a holistic review of academic preparation and potential. Prospective mathematics majors are expected to have a strong background in high school mathematics; successful applicants generally have completed advanced algebra/trigonometry and, where available, calculus. Typical evidence of readiness includes high school transcripts showing rigorous coursework in mathematics and quantitative subjects.

• Domestic applicants: competitive secondary school GPA with evidence of strong math coursework; completion of precalculus or calculus is strongly recommended.
• International applicants: equivalent secondary credentials with strong performance in mathematics; recognised national or international qualifications (for example, IB Higher Level Mathematics or A‑level Mathematics) are appropriate preparation.
• Transfer applicants: a record of college coursework in calculus and at least one further mathematics course is generally required for direct entry to upper‑level mathematics courses; specific credit evaluation takes place during transfer admission.

Applicants planning the teacher licensure pathway should consult the university’s education department for specific requirements for certification, including professional dispositions and any clinical placement prerequisites.

Career prospects

Mathematics graduates from Christopher Newport University leave with quantitative and analytical skills that are in demand across sectors. Common career paths include:

• Data analyst or data scientist roles in business, healthcare and government
• Actuarial careers in insurance and risk management (graduates often pursue professional actuarial exams)
• Secondary school mathematics teaching through teacher licensure pathways
• Software development, quantitative finance and operations research
• Graduate study in mathematics, statistics, computer science, engineering or related fields
• Research and technical roles in government labs, defence contractors or consulting firms

Students are supported by career services and departmental advising to identify internships, prepare for graduate admissions or professional examinations, and build portfolios of research and applied experience.

Why study at Christopher Newport University

Christopher Newport University offers a mathematics programme with a strong emphasis on undergraduate learning, close faculty mentorship and hands‑on research opportunities. Class sizes are small, allowing frequent interaction with faculty who are active teachers and mentors rather than large lecture delivery only.

• Undergraduate research: students can undertake independent projects or join faculty research, often culminating in a senior thesis or conference presentations.
• Interdisciplinary opportunities: easy collaboration with allied departments (computer science, economics, physics) supports applied projects and internships in the Hampton Roads region.
• Preparation for careers and further study: structured advising, exam preparation for actuarial tracks, and support for graduate school applications help students transition from undergraduate study to professional life.
• Student community: mathematics clubs and honour societies provide peer support, problem‑solving activities and professional networking.

Overall, CNU’s mathematics programme is designed to develop both the theoretical understanding and practical skills employers and graduate programmes seek, delivered in a supportive, undergraduate‑centred environment.