Academic structure, teaching phases, and curriculum for B.Tech Computer Science at Georgian Technical University.

Computer Science (Bachelor of Computer Science)
Teaching phases
Years 1-2: Foundational Computing and Mathematics
Engineering Mathematics 1-3, General Physics, Fundamentals of Computer Architecture and Organization, Algorithmization and Programming, Object-Oriented Programming (C++/C#, then Java), Operating Systems Fundamentals and Database Systems, alongside a selective foreign-language module.
Years 3-4: Data, AI and Systems Specialization
Applying to Georgian Technical University?
Students Traffic verifies seat availability, checks current recognition status, and prepares your complete application for Georgian Technical University. The consultation is free.
Academic structure, teaching phases, and curriculum for B.Tech Computer Science at Georgian Technical University.

Computer Science (Bachelor of Computer Science)
Teaching phases
Years 1-2: Foundational Computing and Mathematics
Engineering Mathematics 1-3, General Physics, Fundamentals of Computer Architecture and Organization, Algorithmization and Programming, Object-Oriented Programming (C++/C#, then Java), Operating Systems Fundamentals and Database Systems, alongside a selective foreign-language module.
Years 3-4: Data, AI and Systems Specialization
Applying to Georgian Technical University?
Students Traffic verifies seat availability, checks current recognition status, and prepares your complete application for Georgian Technical University. The consultation is free.
Big Data Fundamentals, Data Mining and Knowledge Discovery, Machine Learning, Cloud and Grid Computing, Distributed Database Systems, Information Security and Business Intelligence for Decision Making, culminating in a mandatory 7-credit Internship, a Mobile Apps development module and a 10-credit Final Project.
Tuition fee and hostel estimate
Year-wise cost data is not currently published for this program.
Training & support
Practical training & industry exposure
Every GTU Bachelor's programme covered here ends in a supervised capstone. Computer Science students complete a 10-credit Final Project after modules in machine learning, cloud and grid computing, big data and data mining, plus a mandatory 7-credit Internship and a mobile-apps development module. Civil Engineering students complete an 8-credit Bachelor's Project after choosing electives such as bridge, highway, water-treatment or railway engineering. Mechanical Engineering students complete 8-credit Bachelor's Work after an Internship module and electives spanning CNC machine programming, robotics and flexible manufacturing systems. Biomedical Engineering students complete a 10-credit Group Project (Year 3) and a 10-credit Graduation Project plus a Clinical Practice module (Year 4), choosing between Medical Computer Systems or Medical Informatics specialization tracks. MBA students complete a 10-credit Production Practice placement before a 30-credit Master's Thesis with defense. GTU's own Biomedical Engineering and Civil Engineering curriculum documents state both programmes are written to ABET-style Program Educational Objectives and Student Outcomes, referencing named ABET-accredited peer programmes for comparison, though GTU has not published independent confirmation that either programme itself holds ABET accreditation.
Big Data Fundamentals, Data Mining and Knowledge Discovery, Machine Learning, Cloud and Grid Computing, Distributed Database Systems, Information Security and Business Intelligence for Decision Making, culminating in a mandatory 7-credit Internship, a Mobile Apps development module and a 10-credit Final Project.
Tuition fee and hostel estimate
Year-wise cost data is not currently published for this program.
Training & support
Practical training & industry exposure
Every GTU Bachelor's programme covered here ends in a supervised capstone. Computer Science students complete a 10-credit Final Project after modules in machine learning, cloud and grid computing, big data and data mining, plus a mandatory 7-credit Internship and a mobile-apps development module. Civil Engineering students complete an 8-credit Bachelor's Project after choosing electives such as bridge, highway, water-treatment or railway engineering. Mechanical Engineering students complete 8-credit Bachelor's Work after an Internship module and electives spanning CNC machine programming, robotics and flexible manufacturing systems. Biomedical Engineering students complete a 10-credit Group Project (Year 3) and a 10-credit Graduation Project plus a Clinical Practice module (Year 4), choosing between Medical Computer Systems or Medical Informatics specialization tracks. MBA students complete a 10-credit Production Practice placement before a 30-credit Master's Thesis with defense. GTU's own Biomedical Engineering and Civil Engineering curriculum documents state both programmes are written to ABET-style Program Educational Objectives and Student Outcomes, referencing named ABET-accredited peer programmes for comparison, though GTU has not published independent confirmation that either programme itself holds ABET accreditation.