About the European School of IT

The European School of IT at the International European University is known for its strong emphasis on STEM (Science, Technology, Engineering, and Mathematics) fields, including IT. The university provides computing technologies, resources, leading-edge information technologies, and infrastructure empowering teaching and learning. IT degree courses at the International European University aim to promote a culture of innovative technologies, critical thinking, technical expertise, and the development of a multicultural learning environment.

By offering a diverse range of IT courses and degree programs, European IT School strives to meet the needs of both aspiring professionals seeking to enter the IT industry and current professionals looking to enhance their skills and knowledge. The International European University is committed to equipping students with the practical skills, theoretical foundation, and industry-relevant competencies necessary to succeed in their chosen IT careers. The educational process at the European School of IT is conducted in English, which is advantageous for international students seeking education in a language widely used in the global tech industry.

The European School of IT has experienced a significant increase in popularity among international students seeking affordable and high-quality IT education in Europe. Recognized for its outstanding academic programs and modern facilities, the International European University has a strong reputation for providing comprehensive instruction in information technology. One of the significant benefits of selecting the International European University is its affordable tuition fees and overall cost of living. With a wide range of IT programs offered in English medium and different modes of study, international students find it convenient to pursue their academic goals at the European School of IT.

About Courses

The European School of IT at the International European University offers many IT courses and degree programs. The curriculum covers subjects on Software Engineering, Cybersecurity, Data Science, Artificial Intelligence, Computer Network and Communication, Web Development, Mobile Development, Database Management, Cloud Computing, Human-Computer Interaction, Information Systems Security, Computer Vision, Natural Language Processing, Game Development, and Computer Graphics. By choosing the European School of IT, international students benefit from a comprehensive education, ensuring they are well-equipped for the demands of the modern IT industry.

The curriculum of IT degree courses at the European School of IT equips students with an understanding of foundational principles of IT, advanced programming skills, and specialized knowledge in various IT domains. It balances theoretical knowledge with practical experience, preparing IEU graduates to tackle complex tasks and pursue careers across diverse industries where IT expertise is crucial. The International European University took a comprehensive IT education approach, combining theoretical learning with practical training. Modern computer labs and simulation centers are always available for IEU students and academic staff, providing them with valuable hands-on experience in their chosen IT field.

Level of Higher Education – First (Bachelor`s) and Second (Master’s) level.

The duration of studying – 4 years of full-time studying (Bachelor’s Degree), 2 years of full-time studying (Master`s Degree).

Medium of Instruction – English.

Available Degree Courses

• Software Engineering. The course focuses on the principles, methodologies, and tools used in developing high-quality software. Topics include software design, coding, testing, project management, and software maintenance.
• Cybersecurity. The course delves into the techniques and strategies for protecting computer systems, networks, and data from unauthorized access or malicious attacks. Students learn about encryption, network security, vulnerability assessment, incident response, and ethical hacking.
• Data Science. The course explores the process of extracting meaningful insights and knowledge from large and complex datasets. Students learn statistical analysis, machine learning, data visualization, and data mining techniques to uncover patterns, make predictions, and drive informed decision-making.
• Artificial Intelligence. The course explores the process of extracting meaningful insights and knowledge from large and complex datasets. Students learn statistical analysis, machine learning, data visualization, and data mining techniques to uncover patterns, make predictions, and drive informed decision-making.
• Computer Network and Communication. The course covers the fundamentals of computer networks, network protocols, routing, switching, and network security. Students learn to design, implement, and manage computer networks, ensuring efficient and secure communication between devices.
• Web Development. The course focuses on the development of websites and web applications. Students learn programming languages (HTML, CSS, and JavaScript) along with frameworks and tools for front-end and back-end development, database integration, and web security.
• Mobile Development. The course concentrates on the creation of mobile applications for smartphones and tablets. Students learn mobile programming languages (Java or Swift) and explore the development of user-friendly and responsive mobile interfaces, integration with backend services, and deployment to app stores.
• Database Management. The course covers the principles and practices of designing, implementing, and managing databases. Students learn about data modeling, database querying using SQL, normalization, indexing, and database administration, ensuring efficient and secure storage and retrieval of data.
• Cloud Computing. The course explores the concepts and technologies related to cloud computing, including virtualization, infrastructure as a service (IaaS), platform as a service (PaaS), and software as a service (SaaS). Students learn to deploy and manage applications on cloud platforms, ensuring scalability, reliability, and security.
• Human-Computer Interaction. The course focuses on the design and evaluation of user interfaces to create intuitive and user-friendly interactions between humans and computer systems. Students learn about user-centered design, usability testing, interaction design principles, and user experience (UX) research methods.
• Information Systems Security. The course addresses advanced topics in information security, including secure system design, access control, cryptography, network security, and incident response. Students gain the knowledge and skills to protect information systems from threats and vulnerabilities.
• Computer Vision. The course explores the theory and techniques for enabling computers to gain a high-level understanding of visual data. Students learn about image processing, pattern recognition, object detection and tracking, and applications of computer vision in areas such as robotics, surveillance, and image analysis.
• Natural Language Processing. The course focuses on the processing and analysis of human language by computers. Students learn about techniques for language understanding, sentiment analysis, machine translation, and chatbot development, enabling machines to interpret and generate natural language.
• Game Development. The course covers the process of designing, developing, and programming interactive games. Students learn game design principles, programming languages such as C++ or Unity, game physics, graphics, artificial intelligence for game characters, and multiplayer networking.
• Computer Graphics. The course explores the creation and manipulation of visual content using computer algorithms. Students learn about 2D and 3D graphics rendering, modeling, animation, and visual effects. The course covers topics such as virtual reality, augmented reality, and computer-aided design.

Practical Training

Practical training is a fundamental aspect of students’ educational and research activity at the International European University. The European School of IT enhances the significance of applying theoretical knowledge in real-world settings. Students have an opportunity to take part in industry-relevant projects, simulate practical scenarios, apply theoretical concepts, and acquire hands-on experience in addressing challenges encountered in the modern sector.

Internships and work placements are integral components of the European School of IT curriculum, aimed to bridge the gap between theory and practice and increase students’ employability. Such opportunities allow international students to become acquainted with professional environments within the IT industry, providing first-hand exposure to daily operations, industry challenges, and opportunities. The International European University collaborates closely with leading IT firms, international corporations, and governmental departments to offer students valuable internship placements and networking prospects in Ukraine and abroad.

The International European University held laboratory sessions and workshops to provide IT students with hands-on experience working with advanced technologies, software tools, and hardware equipment. Practical sessions are designed to allow students to experiment, troubleshoot, and become familiar with industry-standard practices and tools. During lab sessions, students of the European School of IT receive guidance from experienced instructors to facilitate learning through practical demonstrations and exercises. International students have the opportunity to develop a deep understanding of the tools and technologies they encounter in their professional careers.