Lewis-Clark State College

What you'll study

The programme combines core mathematics courses with specialised computational topics and programming. Core subjects typically include multivariable calculus, linear algebra, differential equations, real analysis and abstract algebra to develop theoretical understanding. Computational and applied modules commonly cover numerical analysis, numerical linear algebra, scientific computing, mathematical modelling, optimisation and computational methods for differential equations.

Students also take courses in probability and statistics, discrete mathematics and algorithm design, and are introduced to contemporary programming tools commonly used in scientific computing such as Python, MATLAB and R. The degree usually culminates in a senior seminar, capstone project or research experience where students apply computational techniques to a substantial problem, often drawing on interdisciplinary collaboration.

• Calculus sequence (single, multivariable)
• Linear algebra and matrix computations
• Differential equations and dynamical systems
• Real analysis or advanced calculus
• Numerical analysis and scientific computing
• Probability, statistics and data analysis
• Mathematical modelling and optimisation
• Programming for computational mathematics (Python/MATLAB/R)
• Capstone, honours research or independent study

Entry requirements

Applicants should hold a high school diploma or equivalent with a solid preparation in mathematics; courses in algebra, precalculus and preferably calculus are expected. Colleges typically consider overall academic record, mathematics grades and transcripts. Mature students and transfer applicants are welcome; transfer credit for calculus and other introductory courses may be evaluated on submission of transcripts.

Incoming students may be required to complete a mathematics placement test to determine correct course entry. For those seeking teacher certification, additional professional education coursework and certification prerequisites apply.

Career prospects

Graduates with a computational mathematics emphasis are prepared for roles that require quantitative reasoning, modelling and programming skills. Common career destinations include data analyst, quantitative analyst, software developer, computational scientist, operations researcher and roles in engineering firms. Many alumni also pursue graduate study in applied mathematics, computer science, statistics or engineering, or enter secondary teaching when combined with appropriate certification coursework.

The programme’s practical computing focus makes graduates attractive to employers in finance, technology, healthcare analytics, government agencies and regional industry, and the capstone/research component helps build a portfolio of applied work for job applications or postgraduate programmes.

Why study at Lewis‑Clark State College

Lewis‑Clark State College offers a student‑centred environment with small class sizes and close faculty mentoring, which is well suited to applied and computational training. Students benefit from hands‑on experience in computing labs, opportunities to collaborate on faculty‑led research projects, and support from academic advisors for internships and career planning. The college’s regional partnerships and emphasis on undergraduate teaching make it straightforward to combine theoretical coursework with applied projects that connect to local employers and industry needs.

Additionally, the college’s accessible campus environment and clear pathways for transfer or teacher certification provide flexibility for students who plan to enter the workforce immediately, pursue graduate study, or prepare for secondary mathematics teaching.