Caucasus University Bachelor of Computer Science
Caucasus University

Caucasus University

Bachelor of Computer Science

Tbilisi, Georgia

Bachelor's degree

3 years

English

Full time

Aug 2027

USD 5,500

On-Campus

Key Summary

About: Caucasus University’s Bachelor of Computer Science is an English-taught, NCEQE-accredited programme combining theory and practice in software development, algorithms, networking, cybersecurity and artificial intelligence. You'll use labs, access databases, benefit from industry partnerships and learn from experienced faculty with a small student-to-faculty ratio.

Career Outcomes: You'll gain analytical, programming and systems skills for roles in software engineering, cybersecurity, networking and IT consulting. Typical positions include Software Developer, System and Security Administrator, Network Engineer, IT Consultant and Product Manager. You can progress to Master’s study in Computer Science, AI, Data Science or Cybersecurity and work in tech, finance or telecom.

The Bachelor’s Program in Computer Science prepares students for successful careers in the rapidly evolving technology industry through a strong combination of theoretical knowledge and practical skills. Delivered entirely in English, the program covers software development, algorithms, networking, cybersecurity, and artificial intelligence, while offering elective courses for specialization. Students benefit from industry partnerships with leading Georgian and international organizations, gaining access to internships and career opportunities. Graduates develop analytical thinking, problem-solving, and professional adaptability, preparing them for careers as software developers, system engineers, IT consultants, and other technology professionals in Georgia and internationally.

Accreditation & Global Credibility

The Bachelor’s Program in Computer Science at Caucasus University is nationally accredited by Georgia’s National Center for Educational Quality Enhancement (NCEQE) and is developed in accordance with modern international academic and industry standards. Delivered entirely in English, the program emphasizes globally relevant fields such as software engineering, artificial intelligence, cybersecurity, networking, databases, and modern programming technologies.

The program’s international credibility is strengthened through its practice-oriented curriculum, English-language instruction, modern teaching methods, and alignment with current global technology trends. Students benefit from exposure to internationally recognized academic practices, collaboration opportunities, and a learning environment designed to meet the demands of the global IT industry.

In addition, Caucasus University maintains partnerships with hundreds of universities and organizations worldwide, supporting academic exchange, international mobility, internships, and cross-cultural educational opportunities. These factors contribute to the program’s strong reputation, graduate competitiveness, and recognition both in Georgia and internationally.

International Value & Exposure

The Bachelor’s Program in Computer Science at Caucasus University offers students a globally oriented academic environment supported by international partnerships, research engagement, and modern technological infrastructure. At the institutional level, the university maintains collaborations and exchange partnerships with numerous universities and organizations worldwide, strengthening students’ international exposure, mobility opportunities, and academic competitiveness. The Caucasus School of Technology is actively involved in scientific research in areas such as information security, telecommunications, microelectronics, data science, machine learning, and AI-driven systems. Academic programs and research directions are developed in close cooperation with international partner universities and field specialists to ensure alignment with global academic and technological standards. Research activities are further supported by the university’s Research Facilitation Department, which coordinates institutional research projects, assists faculty in publications and grant development, and oversees the Academic Writing Center. Students and faculty benefit from access to leading international academic databases, including Scopus, ScienceDirect, EBSCO HOST, and Taylor & Francis, enabling research and learning at an internationally competitive level.

The program is delivered by highly qualified academic and invited faculty members, including Professors, Associate Professors, Assistant Professors, and industry professionals with advanced academic degrees and practical experience in Computer Science and related fields. Faculty expertise covers areas such as Algorithms, Software Engineering, Artificial Intelligence, Cybersecurity, and Database Systems. The program is led by Professor Maksim Iavich, PhD, an internationally active researcher specializing in Cybersecurity and Software Security. Several faculty members possess international academic backgrounds and maintain active professional and research collaborations beyond Georgia, contributing to a globally informed teaching and research environment. The program maintains a low student-to-faculty ratio, allowing for close mentorship, individualized academic guidance, and meaningful interaction between students and faculty members throughout the learning process.

Students have access to a modern technological infrastructure that supports both academic and practical learning. The university operates fully equipped computer laboratories with updated hardware and specialized software, alongside dedicated research facilities including an Electronics Lab, Cybersecurity Lab, and Quantum Lab. In addition, the university library contains more than 32,000 printed and electronic resources and provides access to internationally recognized scientific databases, supporting advanced study, independent research, and innovation.

Differentiation

  • From Theory to Practice - Real Problem-Solving Skills Graduates can analyze complex algorithmic problems and build efficient software solutions using diverse programming paradigms and technologies.
  • Full-Cycle Development Competency - Students are trained to take a project from user requirements all the way through design, development, and implementation — producing solutions that are both functional and user-centered.
  • Strong Theoretical Foundation with Practical Application - Graduates understand the fundamental principles of both software and hardware, and can apply the latest technological tools in real-world contexts.
  • Built for Teamwork and Professional Communication -The program develops the ability to work effectively in teams, communicate with diverse stakeholders, and take shared responsibility for outcomes.
  • A Graduate Who Keeps Growing - Students learn to assess their own learning needs and adapt to new technologies - a critical advantage in a field that evolves as fast as
    computer science.