Saint Mary’s University of Minnesota

What you'll study

This programme blends rigorous mathematics with core computer science, emphasising both theoretical understanding and practical application. You follow a curriculum of progressively advanced courses, culminating in senior projects or a capstone that draws together mathematical modelling and software development.

• Core mathematics: calculus sequence, linear algebra, discrete mathematics, differential equations, probability and mathematical statistics, and numerical analysis.
• Core computer science: introduction to programming, data structures and algorithms, object-oriented programming, computer systems and architecture, operating systems and networking fundamentals.
• Applied and advanced topics: database systems, software engineering, web and mobile development, machine learning or artificial intelligence electives, cryptography, and computational modelling.
• Integration and synthesis: a senior capstone, practicum or research project where you design and implement a solution that uses both mathematical techniques and software engineering practices.
• General education and electives: courses from the liberal arts curriculum to develop communication, ethical reasoning and interdisciplinary skills; students may choose electives in data visualisation, numerical methods, or domain-specific applications such as finance or biology.

Entry requirements

Applicants are expected to hold a high school diploma or equivalent with strong preparation in mathematics. Typical preparation includes algebra, geometry and precalculus or calculus; prior experience with a programming language is helpful but not always required.

• A completed secondary school credential with good grades in mathematics.
• Evidence of quantitative readiness: transcripts showing maths courses and teacher recommendations where available.
• Some applicants may be asked to take placement tests or preparatory courses if additional background is needed; transfer applicants should provide college transcripts for evaluation of prior coursework.
• Non-traditional or mature applicants are considered on the basis of academic preparation and relevant experience; English language proficiency proof may be required for international applicants.

Career prospects

Graduates leave with analytical, computational and communication skills that are sought after across multiple sectors. The combination of mathematics and computer science opens pathways into technical and analytical roles.

• Software developer, full-stack or back-end engineer
• Data analyst, data scientist or business intelligence specialist
• Systems engineer, network administrator or DevOps practitioner
• Quantitative analyst, actuarial technician or risk analyst (with appropriate additional credentials for actuarial work)
• Research assistant or graduate study in computer science, applied mathematics or related fields
• Teaching at secondary level (with appropriate certification) or roles in technical education and outreach

Why study at Saint Mary9s University of Minnesota

Saint Mary9s offers a close-knit learning environment where small class sizes allow direct interaction with faculty who have expertise in both mathematics and computer science. The university emphasises experiential learning through lab courses, capstone projects and opportunities for internships with regional employers.

• Personalised mentoring: faculty-led research projects and advising help tailor the programme to individual interests.
• Hands-on facilities: computer labs and access to modern development tools and software used in industry and research.
• Career support: dedicated career services and alumni networks that assist with practicum placements and job search preparation.
• Liberal arts perspective: a broad curriculum that develops communication, ethical reasoning and interdisciplinary problem-solving skills valued by employers.
• Flexibility: options to pursue minors, certificates or study abroad that complement the mathematics and computer science focus.