Saint Martin's University

What you'll study

The programme covers fundamental and applied topics in computing, blending classroom instruction, laboratory work and team projects. Early study focuses on programming, discrete mathematics and foundations of computing; later years introduce systems-level and application areas alongside a capstone project.

• Core programming and software development: introductory and intermediate programming, data structures, algorithms, software engineering and object-oriented design.
• Systems and architecture: computer organization, operating systems, and embedded systems concepts.
• Data and databases: relational database design, SQL, data modelling and introductory data analysis techniques.
• Networking and security: computer networks, network administration fundamentals and information security principles.
• Applied and elective topics: web and mobile development, human–computer interaction, cloud computing, artificial intelligence or machine learning electives (availability may vary by intake).
• Mathematical and theoretical foundations: discrete mathematics, probability and statistics relevant to computing.
• Capstone and experiential learning: a senior project or practicum emphasising design, implementation and documentation, plus opportunities for internships or industry collaborations.

General education requirements ensure communication, ethics and critical thinking skills are integrated with technical training. Laboratory and team-based courses give hands-on experience with current development tools and hardware platforms.

Entry requirements

Applicants are expected to hold a recognised secondary-school qualification. Typical admissions considerations include academic transcripts, strength of mathematics preparation and any prior study in computing. Recommended background includes algebra and calculus, and exposure to programming or computer science is advantageous.

• Academic qualifications: secondary-school diploma or equivalent with satisfactory performance in mathematics and related subjects.
• Supporting materials: official transcripts; some applicants provide a personal statement or resume noting relevant projects, work or extracurricular experience.
• International students: proof of English proficiency through accepted tests or prior study in English where required.
• Alternative entry: transfer applicants from community colleges or other universities are considered, typically with review of completed college-level coursework in mathematics and computing.

Specific programme entry standards and any placement requirements are provided by the university admissions office; prospective students should consult the university for exact documentation and advising.

Career prospects

Graduates enter a wide range of technical and professional roles in the public and private sectors. The programme emphasises practical skills and a portfolio of projects that employers value.

• Software developer or engineer
• Systems or network administrator
• Database administrator or data analyst
• Cybersecurity analyst or information assurance specialist
• Web and mobile application developer
• IT consultant or technical support specialist
• Roles in embedded systems, cloud services or technical project management

Many graduates also pursue postgraduate study in specialised areas such as computer science, information systems or cybersecurity. Internship experiences and the capstone project help with employer networking and graduate-school preparation.

Why study at Saint Martin's University

Saint Martin's offers a small-campus learning environment with close faculty-student interaction and an emphasis on ethical and service-oriented education rooted in Benedictine tradition. The Computer and Information Sciences programme focuses on hands-on learning through labs, team projects and a senior capstone, giving students practical experience with current tools and development workflows.

• Small class sizes: more direct access to faculty mentoring and personalised academic guidance.
• Experiential learning: lab-based courses, collaborative projects and opportunities for internships with regional employers.
• Career support: campus career services and faculty advising to help with internships, job searches and graduate-study planning.
• Community and values: a liberal-arts context that emphasises communication, ethical decision-making and lifelong learning alongside technical skills.

Prospective students should contact Saint Martin's University for programme-specific advising, details about elective offerings and information on laboratory and internship opportunities.