Master of Science in Artificial Intelligence in Computer Science
Kaunas University of Technology
Key Information
Campus location
Kaunas, Lithuania
Languages
English
Study format
On-Campus
Duration
2 years
Pace
Full time
Tuition fees
EUR 5,157 / per year
Application deadline
Request info
Earliest start date
Sep 2024
Introduction
The field of Informatics is undergoing highly dynamic development. KTU MSc Informatics study program is designed to convey the competencies for the students needed to actively contribute to the process of improvement and innovation.
At KTU, you will study IT services in cloud computing, project management, multimedia data mining, digital video and audio processing, virtual reality and 3D modeling, and other subjects.
Our graduates have a deeper knowledge of applied informatics, are equipped with the skills and knowledge needed to master multimedia, and possess methodological knowledge of data analysis. They can plan and coordinate the work of the team, make decisions, and independently perform scientific research.
Top reasons to study at KTU
- Outstanding links with local industry for cooperative placement, collaborative research, and employment: Lithuania and Kaunas are called Baltic IT hubs.
- KTU is renowned for research and development of artificial intelligence”, IT for modeling and simulation led by research leader prof. R. Barauskas.
- Master+ model offers either a masterpiece in the specialization or strengthens managerial/interdisciplinary skills by choosing an individual set of competencies required for a career.
Gallery
Admissions
Curriculum
Program structure
Broader knowledge of the formation of systems’ mathematical models
- Models and algorithms of physically-based behavior
- Algorithms and data structures in computational geometry
- Approximation and visualization of 3D objects
Ability to apply contemporary methods to calculations in multimedia, integrating knowledge of informatics
- Models and algorithms of physically-based behavior
- Virtual reality modeling
- Approximation and visualization of 3D objects
Broader knowledge in a theory of artificial intellect
- Multimedia data mining
- Virtual reality modeling
Ability to evaluate qualitative parameters of IT-based systems and their need in the market
- Content broadcasting systems
Program Outcome
Student’s competencies
- Skills of the application of artificial intellect, IT safety, virtual reality, and 3D modeling principles in designing IT, multimedia, and software systems;
- Knowledge of IT business management processes, ability to identify and develop information technology projects corresponding to the market needs;
- Knowledge of the latest IT technologies and possibilities of their application in the market;
- Skills of planning and performance of scientific research in the field of informatics.
Student’s skills
- Able to design informatics-mathematics models for analysis and improvement of IT and multimedia systems, business processes, and software systems;
- Able to design network, multimedia or other IT services, complex Internet and multimedia systems;
- Able to plan and coordinate works of the group of specialists in designing and realization of IT projects;
- Able to individually set tasks of IT team management, IT system design, and scientific tasks for himself/herself and solve them;
- Able to plan and conduct experiments and calculations of informatics, analyze and summarise their results;
- Able to conduct a synthesis of different research results, make conclusions.
Career Opportunities
You may become
IT systems architect
- Design of IT systems architecture: servers, data repositories, visualization, reserve copies, archiving;
- Development of the services based on cloud computing at the data center;
- Participation in the process of creation and development of IT systems projects
- Analysis, design, and documenting of IT systems;
- Specification of customers’ needs, presentation of solutions’ architecture to the customers.
IT project manager
- Planning of IT project, submission of the plan to the team of designers, its testing and implementation until complete insurance of functionality;
- Coordination and supervision of IT project;
- Collection, structuring, and analysis of information.
Systems analyst
- Analysis and assessment of similar products and services in the market, preparation of proposals;
- Analysis of customers’ requirements for information systems
- Design of information systems;
- Preparation of project documentation.
Scientist-researcher
- Planning and implementation of scientific research and projects in the field of informatics;
- Description of research results and their presentation at national and international conferences and in the magazines;
- Topics of the work of scientists-researchers: Simulation of physical behavior, merger simulation of systems, recognition of multimedia signals, application of artificial intelligence methods for the development of smart environments and intellectual technologies.