COURSE CURRICULUM

The Computer Science program provides a rigorous and comprehensive foundation in computing theory, programming, systems design, and mathematical principles that prepare students for a wide range of careers in technology and advanced computing fields. Students begin with core programming and software development courses and progressively move into advanced topics such as algorithms, operating systems, computer architecture, and programming languages. The curriculum emphasizes both theoretical understanding and practical application, ensuring that students not only learn how software works but also how to design efficient and scalable systems. Courses in discrete structures, mathematical cryptography, probability, and statistics strengthen analytical and problem-solving abilities that are essential for modern computing challenges. Students also gain exposure to key areas such as data analytics, database systems, software engineering, parallel and distributed computing, cybersecurity, and artificial intelligence, reflecting the diverse demands of the technology industry. Laboratory science requirements in biology, chemistry, or physics broaden scientific literacy and support interdisciplinary thinking, while advanced coursework in computer communications and cybersecurity prepares students for secure and connected digital environments. A capstone experience allows students to integrate their knowledge by working on a major project that simulates real-world software development or research scenarios. Ethical training in computing ensures graduates understand the social, legal, and professional responsibilities associated with technology development. Throughout the program, students build strong programming proficiency, teamwork skills, and technical communication abilities through collaborative projects and hands-on learning experiences. With such a demanding and structured curriculum, graduates are well prepared for careers in software engineering, systems development, artificial intelligence, data science, cybersecurity, and research, or for continued study in graduate programs. Overall, the degree equips students to design, analyze, and innovate within complex computing systems that power modern industries and digital infrastructure.