University of Central Oklahoma

What you'll study

The Applied Mathematics degree combines a strong core of pure mathematics with practical, computation-focused modules. You will build from foundational courses in calculus, linear algebra and differential equations to more specialised topics emphasising modelling and numerical methods.

• Core mathematics: Calculus sequence, Linear Algebra, Ordinary Differential Equations, Real Analysis (introductory level)
• Applied and computational modules: Numerical Analysis, Mathematical Modelling, Computational Mathematics, Scientific Computing (using languages such as Python, MATLAB or R)
• Probability and statistics: Probability Theory, Mathematical Statistics, Applied Statistical Methods and Data Analysis
• Advanced options: Optimization, Partial Differential Equations, Complex Analysis, Discrete Mathematics, Time Series or Stochastic Processes (availability may vary)
• Capstone and experiential learning: Senior Capstone or Research Project in applied mathematics, plus opportunities for internships, industry projects or undergraduate research with faculty
• General education and electives: Communication, scientific literacy and elective courses to allow interdisciplinary combinations (computer science, physics, economics, engineering)

The programme emphasises problem formulation, analytical reasoning, computational implementation and communication of quantitative results. Small upper-level classes allow direct interaction with faculty and involvement in applied research or collaborative projects.

Entry requirements

Entry to the Bachelor of Applied Mathematics normally requires a high-school diploma or equivalent with strong preparation in mathematics. Applicants are expected to have completed coursework in algebra, geometry and pre-calculus; prior exposure to calculus is highly recommended.

• Academic preparation: Demonstrated competence in high-school mathematics; university-level placement or transfer credit for introductory calculus may be required for those with advanced preparation.
• Grades and transcripts: Admission decisions are based on secondary school transcripts; transfer applicants should supply college transcripts showing completion of relevant math courses.
• Standardised tests: The university may consider standardised test scores where submitted, but many admissions decisions are made holistically—check the institution’s admissions guidance for current practice.
• Additional notes: Students without calculus background may be advised to complete preparatory courses. Departmental advising will recommend a first-year plan and any necessary placement testing in mathematics.

Career prospects

Graduates with a degree in Applied Mathematics are prepared for quantitative roles across many sectors. The programme develops analytical, modelling and programming skills sought by employers.

• Data analyst, data scientist or business intelligence roles in finance, technology, healthcare and government
• Actuarial assistant or risk analyst positions (with further professional exam preparation)
• Operations research, optimisation and logistics roles in manufacturing, transport and supply-chain management
• Software engineering and computational development where mathematical modelling and numerical methods are required
• Scientific or technical roles in energy, aerospace, environmental science and research laboratories
• Secondary school mathematics teaching (with additional teacher certification where required) and postgraduate study in mathematics, statistics, engineering or related fields

Why study at University of Central Oklahoma

The University of Central Oklahoma offers an undergraduate-focused environment with accessible faculty and opportunities for hands-on learning. The Department of Mathematics supports student research, small-class instruction and personalised academic advising.

• Undergraduate research and capstones: Students can undertake mentored projects that connect mathematical theory to applied problems, building a portfolio for employment or graduate school.
• Computational resources: Access to computer labs and software commonly used in numerical and data analysis supports practical skill development.
• Industry and regional connections: Proximity to the Oklahoma City region provides internship and employment links with local businesses, government agencies and research organisations.
• Extracurricular support: Student organisations, math clubs and tutoring services enhance learning and professional networking.
• Flexible pathways: The programme allows interdisciplinary minors or double-majors with fields such as computer science, economics, physics or engineering to tailor career preparation.