Computer Science (Georgian)

Program Overview

Alte University's Computer Science program empowers students with the knowledge and skills to analyze, develop, and create software solutions for various industries. Its modern curriculum, innovative teaching methods, and project-based learning prepare graduates for a diverse range of careers in technology and engineering. The program emphasizes professional ethics, aligning with industry demands and international standards.

Program Outline

The program emphasizes modern standards and computer technologies, incorporating professional ethics.

• Objectives: The program aims to prepare graduates who can:
• Analyze and develop existing software products.
• Create new software solutions for tasks in various fields.
• Utilize modern standards and computer technologies.
• Adhere to professional ethics.
• Program Characteristics:
• Innovative pedagogy.
• Alignment with local and international job market requirements.
• Modern, internationally recognized curriculum.
• Course Content: The program covers a wide range of topics, including:
• Object-oriented programming.
• Data structures and algorithms.
• Tech entrepreneurship.
• Graphic design.
• Computer networks.
• Network systems management.
• Unstructured databases.
• Mobile application development.
• System programming.
• Machine learning.
• Data analysis.
• Introduction to cyber security.
• Data engineering.
• IoT-smart systems.
• UI/UX design.
• Software engineering.
• DevOps.
• Project-Based Learning: The program emphasizes project-based learning, with students completing two independent projects:
• Students develop a software product with a team.
• Students prepare project documentation, build a working prototype, and apply their knowledge and experience.
• Specialization Optional Modules: Students can choose from a variety of specialization modules, including:
• Angular.
• Blockchain technologies.
• Digital signal processing.
• Game creation.
• iOS programming.
• Natural language processing.
• Parallel computing.
• Smart contracts.
• Software testing automation.
• Product design.
• Cloud computing.
• The programming language C#.

Teaching:

• Teaching Methodologies: The program utilizes a variety of teaching methodologies, including:
• Lecture.
• Working in groups.
• Discussion.
• Explanatory.
• Presentation.
• Brainstorming.
• Practical method.
• Problem-based learning (BPL).
• Deductive - Inductive methods.
• Analytical method.
• Synthetic method.
• Laboratory method.
• Role play.
• Teaching through simulators.
• Learn by doing.

Careers:

• Potential Career Paths: Graduates of the program are prepared for a variety of career paths in the technology and engineering fields, including:
• Software developer.
• Data scientist.
• Network engineer.
• System administrator.
• Web developer.
• Mobile app developer.
• Cybersecurity analyst.
• Data engineer.
• UI/UX designer.
• Software engineer.
• DevOps engineer.

Other:

• Program Standards: The program was developed with international ABET and ACM standards in mind, as well as Georgia's ICT sector characteristics.
• Program Opportunities: The program offers:
• Training courses based on modern learning materials.
• Project-based learning opportunities.
• Specialization optional modules.
• A real opportunity to develop and implement a business idea through the Center Of Innovation And Entrepreneurship at the university.
• Close contact with partner organizations and implementation of individual/group projects with their support.
• Workshops, thematic seminars, meetings with guests.
• Involvement in the process of conducting research.
• Participation in the projects initiated by Digital Transformation Center.