Engineering and Programming of Infocommunication Systems (Bachelor’s Degree Programs)

The Engineering and Programming of Infocommunication Systems program is offered within the specialty G5 Electronics, Electronic Communications, Instrumentation and Radio Engineering at the National Aerospace University "Kharkiv Aviation Institute" (KHAI).

The programme is delivered by the Department of Information and Communication Technologies and developed in collaboration with industry partners, including the IT company NIX.
It combines telecommunication engineering and software development, preparing students to design, build, and manage modern communication systems and digital services.

Why choose this program
Students gain expertise in both communication infrastructure and software systems, enabling them to work across multiple areas of modern information technology.
Key strengths of the program include:

integration of network engineering and software development
hands-on experience with modern communication technologies
full-stack web development
embedded systems and wireless communication
courses from the Cisco Networking Academy
industry-oriented projects and internships

Students can also design their own individual learning pathway through elective courses and minor study blocks.

Curriculum Overview
The programme combines fundamental engineering education, advanced IT training, and practical project work.

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Choose the duration of study:

Standard duration of study
Accelerated duration of study

Year 1

Semester 1
Course	Credits
Image Language Competencies (Foreign Language)	3.00
Image Ukrainian Studies	3.00
Image Legal Competence (elective)	3.00
Image Higher Mathematics	5.00
Image Discrete Mathematics	5.00
Image Fundamentals of Infocommunications	5.00
Image Programming in Python	4.50

Semester 2
Course	Credits
Image Foreign Language	3.00
Image Formation of a Systemic Scientific Worldview (elective)	3.00
Image Fundamentals of Circuit Theory	4.00
Image Higher Mathematics	5.00
Image Physics	5.00
Image Algorithms and Data Structures	4.00
Image Programming in Python	4.50
Image Educational Practice (Training Intership)	3.00

The first year introduces students to the goals of the program, current trends in infocommunication technologies, and possible professional development paths. From the very beginning of their studies, students can shape their individual learning trajectory through elective courses such as foreign language communication, Ukrainian studies, humanities or economics electives, and legal competence courses. These subjects help develop communication and interpersonal skills (soft skills) and support students in adapting to the academic learning environment.

Fundamental courses such as Higher Mathematics, Discrete Mathematics, and Physics provide the theoretical foundation necessary for further engineering and applied studies. The course "Circuit Theory Fundamentals" introduces students to the basic principles of electronics and electrical systems.

At the same time, significant emphasis is placed on programming. Students learn Python programming, modern development environments, version control systems, and various programming tools. The course “Algorithms and Data Structures” develops algorithmic thinking and programming skills for building efficient software systems. During the introductory training practice, students also become familiar with Linux-based operating systems, which form the foundation of many modern information systems.

Year 2

Semester 3
Course	Credits
Image Elective Course in Social Sciences and Humanities	3.00
Image Higher Mathematics	5.00
Image Fundamentals of Circuit Theory	4.50
Image System Analysis and Mathematical Modeling of Information Systems	5.00
Image Legal Frameworks and Standards in infocommunications	2.50
Image Front-end development	4.50
Image Object-Oriented Programming and Best Practices	4.00

Semester 4
Course	Credits
Image Elective Course in Economics	3.00
Image Elective Mathematical and Technical Module	5.50
Image Electronic Circuit Design	4.50
Image Digital Data Processing	5.00
Image Digital Data Processing (Course Project)	1.00
Image Information Theory and Coding	5.00
Image Database Systems	4.50
Image Introductory Intership	3.00

The second year focuses on developing deeper knowledge in information systems, programming, and infocommunication engineering. Students study system analysis and mathematical modeling methods that help them understand the design and operation of complex technological systems.

Courses such as Digital Data Processing and Information Theory and Coding provide a strong foundation in the transmission, processing, and storage of information in modern communication networks. During this year, students also complete their first course project, applying theoretical knowledge to practical engineering or software tasks.

Programming skills continue to expand through courses in object-oriented programming, web development technologies, and database systems. The course “Electronic Circuit Design” introduces students to the fundamentals of designing electronic devices, while the introductory professional practice provides early exposure to real infocommunication systems and technologies.

Year 3

Semester 5
Course	Credits
Image Minor Elective Module - Course 1	5.00
Image Digital Measurement Technologies in Infocommunications	3.50
Image Fundamentals of Networking Technologies	5.50
Image Antenna Systems and Complexes	6.00
Image Antenna Systems and Complexes (Course Project)	1.00
Image Information Security in Infocommunication Systems	4.50
Image Human and Civil Rights	3.00

Semester 6
Course	Credits
Image Minor Elective Module - Course 2	5.00
Image Free Elective Course 1	5.50
Image Routing and Switching in Information Networks	4.50
Image Software-Defined Devices and Radio Systems	4.00
Image Computer Engineering and Microprocessors	4.50
Image Computer Engineering and Microprocessors (Course Project)	1.00
Image Back-end Development	4.00
Image Industrial Intership	3.00

In the third year, students focus on networking technologies, telecommunication systems, and hardware aspects of infocommunication systems. A key component of the curriculum is the Cisco Networking Academy courses, where students study networking fundamentals as well as routing and switching in modern communication networks.

The curriculum covers both software and hardware aspects of communication technologies. Students study information security, digital measurement technologies, antenna systems, microprocessors, and software-defined devices. These courses provide a comprehensive understanding of wireless communication technologies and enable students to design their own communication devices.

At the same time, programming skills continue to develop through courses focused on server-side development and network services. The industrial internship allows students to apply their knowledge in real professional environments within IT companies or telecommunications organizations.

Year 4

Semester 7
Course	Credits
Image Minor Elective Module - Course 3	5.00
Image Free Elective Course 2	5.50
Image Enterprise Network Automation and Security	5.00
Image Wireless Communication Technologies and Systems	4.00
Image Software-Defined Devices and Radio Systems (Course Project)	2.00
Image Electrical and Optical Communication Technologies and Systems	4.50
Image IT Project Economics	2.50

Semester 8
Course	Credits
Image Minor Elective Module - Course 4	5.00
Image Free Elective Course 3	5.50
Image Human Factors Engineering	2.50
Image Mobile Application Development	4.00
Image Satellite and Terrestrial Data Transmission Systems	5.00
Image Satellite and Terrestrial Data Transmission Systems (Course Project)	1.00
Image Bachelor's Thesis (Capstone Project)	9.00

The fourth year completes the development of professional competencies in the field of infocommunication systems. Students study advanced communication technologies, including wired, wireless, and satellite communication systems. Courses on enterprise network automation and security provide insight into the operation and management of large-scale information infrastructures.

The course “Mobile Application Development” expands students’ skills in designing applications for modern mobile platforms and wireless devices. Additional courses such as IT Project Economics and Human Factors Engineering help students develop managerial and entrepreneurial competencies.

The programme concludes with the Bachelor’s thesis project, in which students design and implement their own technical or software solution in the field of infocommunication systems.

Year 2

Semester 3
Course	Credits
Image Language Competencies (Foreign Language)	3.00
Image Higher Mathematics	5.00
Image System Analysis and Mathematical Modeling of Information Systems	5.00
Image Legal Frameworks and Standards in infocommunications	2.50
Image Python Programming	4.50
Image Front-end development	4.50
Image Object-Oriented Programming and Best Practices	4.00

Semester 4
Course	Credits
Image Foreign Language	3.00
Image Elective Mathematical and Technical Module	5.50
Image Digital Data Processing	5.00
Image Digital Data Processing (Course Project)	1.00
Image Information Theory and Coding	5.00
Image Python Programming	4.50
Image Database Systems	4.50
Image Introductory Intership	3.00

Students entering from technical colleges begin directly in the 2nd year, allowing faster access to an IT-focused education. The first subject, Fundamentals of Infocommunications, introduces the learning objectives of the program, current trends in ICT, and potential career paths. Students design their own learning trajectory through electives such as Foreign Language and Elective Mathematical-Technical Module, fostering soft skills and easing adaptation to university-level study.

Core courses like Higher Mathematics build the foundation for applied subjects. Fundamentals of Circuit Theory continues the introduction to electronics. Simultaneously, programming is intensively taught: Python Programming covers the language itself, IDEs, version control, libraries, and tools, establishing Python as the main programming language across the curriculum. Legal Framework and Standards in Infocommunications provides knowledge of the legal nuances of the ICT field. Alongside System Analysis and Mathematical Modeling of Information Systems, students learn the design and structure of information systems.

In the 4th semester, students continue building their technical and analytical skills. Digital Data Processing and Information Theory and Coding focus on acquiring, processing, and transmitting data efficiently. Students complete their first course project within Digital Data Processing. Database Systems introduces powerful and modern database solutions: MySQL, PostgreSQL, MongoDB, and Redis. The Introductory Internship offers hands-on exposure to infocommunication systems, preparing students for advanced practical modules.

Year 3

Semester 5
Course	Credits
Image Minor Elective Module - Course 1	5.00
Image Digital Measurement Technologies in Infocommunications	3.50
Image Fundamentals of Networking Technologies	5.50
Image Antenna Systems and Complexes	6.00
Image Antenna Systems and Complexes (Course Project)	1.00
Image Information Security in Infocommunication Systems	4.50
Image Human and Civil Rights	3.00

Semester 6
Course	Credits
Image Minor Elective Module - Course 2	5.00
Image Free Elective Course 1	5.50
Image Routing and Switching in Information Networks	4.50
Image Software-Defined Devices and Radio Systems	4.00
Image Computer Engineering and Microprocessors	4.50
Image Computer Engineering and Microprocessors (Course Project)	1.00
Image Back-end Development	4.00
Image Industrial Intership	3.00

In the 5th semester, students start exploring advanced infocommunication technologies and networks. The Minor module allows students to choose courses freely from all departments, tailoring their learning to personal interests - ranging from engineering and programming to psychology and economics.

Measurement and Digital Techniques introduces practical methods for analyzing and testing infocommunication systems. Fundamentals of Network Technologies and Antenna Devices and Complexes provide core skills for wireless communication. Information Security in Infocommunications ensures students understand cybersecurity principles, while Human Rights and Freedoms develops awareness of ethical and legal considerations in technology.

Students deepen their network and programming expertise. Routing and Switching provides hands-on experience with network design. Programmable Devices and Radio Systems and Computing Systems and Microprocessors teach students to develop mobile devices capable of transmitting and receiving data without wires. Back-End Programming focuses on server-side development. The Industrial Internship ensures students apply their knowledge in real-world IT and communication projects.

Year 4

Semester 7
Course	Credits
Image Minor Elective Module - Course 3	5.00
Image Free Elective Course 2	5.50
Enterprise Network Automation and Security	5.00
Image Wireless Communication Technologies and Systems	4.00
Image Software-Defined Devices and Radio Systems (Course Project)	2.00
Electrical and Optical Communication Technologies and Systems	4.50
IT Project Economics	2.50

Semester 8
Course	Credits
Image Minor Elective Module - Course 4	5.00
Image Free Elective Course 3	5.50
Human Factors Engineering	2.50
Image Mobile Application Development	4.00
Image Satellite and Terrestrial Data Transmission Systems	5.00
Image Satellite and Terrestrial Data Transmission Systems (Course Project)	1.00
Bachelor's Thesis (Capstone Project)	9.00

The 7th semester emphasizes advanced network engineering, wireless communication, and IT management skills. Students learn Corporate Network Automation and Security and explore wireless systems. Electives allow students to deepen expertise in chosen domains. IT Project Economics develops competencies in planning and managing technical projects.

In the final semester, students consolidate knowledge in wireless, wired, and satellite communication systems. Mobile Application Development using Kotlin enables programming for wireless devices. Human Factors Engineering supports skills in ergonomics and system design for real-world use. The Bachelor Thesis / Capstone Project demonstrates students’ expertise in infocommunications, preparing them for professional careers.

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