University of Tulsa

What you'll study

This programme combines foundational computing theory with applied, project-based coursework. In the early years you cover core topics such as programming (typically in languages like Python, Java or C++), data structures and algorithms, discrete mathematics and computer organization. You will also study calculus and probability as supporting mathematics.

• Core modules: Introduction to Programming, Data Structures and Algorithms, Discrete Mathematics, Computer Architecture, Operating Systems, Databases, Software Engineering.
• Applied and elective modules: Web and Mobile Development, Networking and Security, Human–Computer Interaction, Embedded Systems, Machine Learning and Data Analytics, Cloud Computing.
• Practical experience: laboratory classes, team software projects, and a capstone or senior design project that integrates design, implementation and testing.
• Work experience: opportunities for internships, co‑op placements or industry projects facilitated by the university’s career services and local employer links.

The curriculum emphasises software engineering practices, version control, testing, and documentation so graduates can move directly into development roles. Students may also take supporting courses from mathematics, electrical engineering or business to tailor their degree to interests such as data science or embedded systems.

Entry requirements

Admissions expect a completed secondary education qualification (or equivalent) with strong performance in mathematics. Applicants who have taken higher-level maths or calculus are preferred because the programme builds on mathematical reasoning.

• Academic background: secondary school diploma with evidence of competence in mathematics; prior exposure to programming is advantageous but not always mandatory.
• International applicants: equivalent secondary qualifications are accepted; evidence of English language proficiency is required if your prior education was not in English (e.g. recognised English tests or approved alternatives).
• Additional materials: some applicants provide transcripts, a personal statement describing interest in computing, and letters of recommendation; applicants transferring from other institutions should supply college transcripts and course descriptions for evaluation.

Specific GPA thresholds, test scores or portfolio requirements are set by the admissions office and may vary by applicant category; contact the University of Tulsa admissions for the current criteria that apply to you.

Career prospects

Graduates of the applied computer science programme leave prepared for a wide range of technical roles. Typical job titles include software developer, systems analyst, web or mobile application developer, database administrator, network engineer and cybersecurity specialist.

• Industry sectors: technology companies, financial services, energy and engineering firms, healthcare, government and education.
• Further study: graduates may progress to master’s degrees in computer science, software engineering, data science or related fields.
• Entrepreneurship and research: the practical focus also suits students who wish to launch startups or continue with undergraduate research into applied computing problems.

Why study at University of Tulsa

The University of Tulsa offers a student-focused environment with small class sizes and accessible faculty, enabling close faculty mentorship and hands-on learning. The computer science facilities include modern labs and project spaces where students work on collaborative, real-world projects.

• Industry links and internships: strong regional connections provide internship and employment opportunities with local employers in technology and energy sectors.
• Undergraduate research and projects: students can engage in faculty-led research or industry-sponsored capstone projects that build practical experience and portfolio work.
• Support services: career services, coding clubs, hackathons and student chapters of professional organisations help with professional development and networking.

Overall, the programme is designed for students who want a balance of theoretical grounding and practical skills to begin technical careers or continue to advanced study in computing.