Eureka College

What you'll study

The programme blends core mathematical foundations with applied and computational coursework. In the first years you build a firm base in calculus, linear algebra, multivariable calculus and introductory proof-based mathematics. Core modules introduce real analysis, differential equations and probability and statistics.

• Calculus sequence — single and multivariable calculus with applications.
• Linear Algebra — vector spaces, eigenvalues, and matrix computations.
• Mathematical Proof and Real Analysis — rigorous foundations for advanced mathematics.
• Differential Equations — ordinary and selected partial differential equations and modelling techniques.
• Probability & Statistics — probability theory, statistical inference and applied methods.
• Numerical Analysis and Scientific Computing — numerical methods for root finding, linear systems, optimisation and error analysis.
• Computational Linear Algebra & Algorithms — algorithmic approaches to large-scale linear problems and complexity considerations.
• Programming for Mathematicians — practical programming in languages/tools such as Python, MATLAB or R, data handling and visualization.
• Mathematical Modelling and Capstone Project — applied projects, interdisciplinary modelling and a senior project or research thesis supervised by faculty.

Electives allow specialisation in areas such as numerical optimisation, machine learning, computational geometry, or topics from computer science and physics. Practical components include laboratory-style computing classes, collaborative projects and opportunities for summer internships or faculty-led research.

Entry requirements

Applicants should hold a secondary school diploma or equivalent with a strong preparation in mathematics. Recommended preparation includes two or more years of high school algebra and at least one year of calculus; background in computer science or programming is advantageous. Admissions decisions are based on academic transcripts, teacher or counsellor recommendations and the overall application profile. Prospective students who have not taken calculus may be advised to complete placement testing or introductory bridging work before enrolling in advanced modules.

Career prospects

Graduates with a computational mathematics degree are well positioned for roles that require quantitative reasoning and programming skills. Typical career paths include:

• Data analyst or data scientist in technology, healthcare, retail or public sector organisations.
• Quantitative analyst or risk modeller in finance and insurance.
• Software engineer or developer focusing on numerical software, scientific computing or optimisation.
• Operations researcher or modeller in logistics, energy and manufacturing.
• Graduate study and research in applied mathematics, computational science, statistics or computer science leading to academic or R&D careers.
• Secondary school mathematics teacher (with appropriate certification) or roles in STEM outreach and education.

Eureka College emphasises internships, undergraduate research and close faculty mentoring, which help students build portfolios, gain industry contacts and prepare for professional examinations where relevant (for example actuarial exams or graduate programme prerequisites).

Why study at Eureka College

Eureka College offers a liberal arts environment with small class sizes and accessible faculty, allowing students to pursue mathematical study with substantial one-on-one mentorship. The computational mathematics track leverages campus computing resources and faculty expertise to deliver hands-on training in programming and numerical methods while maintaining a strong theoretical underpinning.

Students benefit from opportunities for undergraduate research, collaborative projects with faculty, and local internship connections. The college’s emphasis on broad-based critical thinking and communication skills complements technical training, preparing graduates who can explain complex quantitative ideas to diverse audiences and adapt to a range of careers or further study.