Department of Computer Engineering and Innovative TechnologiesThe department employs highly qualified teachers who strive to provide applicants with the highest level of education in the field of Information Technologies and Electronic Communications. Our specialists have deep knowledge and significant experience in their specializations, are actively engaged in scientific research and implement modern teaching methods. They constantly update their knowledge, monitor the latest technological trends and provide applicants with relevant and practically oriented information.
The teachers strive not only to transfer theoretical knowledge to applicants, but also to provide them with practical skills necessary for a successful career in their chosen field. The teachers actively cooperate with industry, organize industrial practices and projects that allow applicants to gain real experience working with modern technologies. Our goal is to educate professionals who are able to solve complex problems and influence the development of innovations in the field of computer engineering, cybersecurity and information protection, electronic communications and radio engineering.
The mission of the International Humanitarian University is to actively promote the progress of society by providing high-quality education and conducting world-class scientific research. The university implements this mission through the coordinated work of the entire academic community, which includes applicants, teaching staff, and employers. The strategic goal of the university is to achieve a high international level in educational services focused on training specialists who meet the needs of the modern economy of Ukraine and the world. Educational programs of disciplines in all specialties contribute to the implementation of key strategic directions of the university's development, such as: strengthening scientific and research potential and innovative activity; introduction of modern technologies in the field of informatization, computerization, and digitalization; modernization and expansion of the material and technical base; strengthening of human resources and updating the university structure; expansion of international cooperation and partnership.
The department trains specialists at all levels in the following specialties:

F7 Computer EngineeringComputer engineering is one of the most promising and dynamic areas of modern science and technology. It combines hardware and software, forming the foundation for the development of information technology, artificial intelligence systems, the Internet of Things, cybersecurity and other innovative solutions.Studying in the F7 specialty provides thorough training in the following areas:Architecture and organization of computer systems: design and implementation of computer system architecture, which includes the development of processors, memory, and input/output systems, as well as the integration of various components to create efficient and reliable systems.Programming and algorithms: software development using various programming languages ​​and algorithms to solve various problems. This includes studying the principles of algorithms and data structures, as well as creating efficient and optimized code.Artificial Intelligence Systems: Implementing and developing solutions based on artificial intelligence, such as machine learning, neural networks, and natural language processing, to automate tasks and improve system performance.Networking and Telecommunications: Designing, implementing, and managing computer networks and telecommunications systems. This includes studying network protocols, network architecture, and methods for ensuring high-speed and reliable data transmission.Embedded Systems: Designing and integrating embedded systems used in various devices and appliances, such as automobiles, medical devices, and consumer electronics. Training includes programming microcontrollers and designing electronic circuits.Cybersecurity and Information Protection: Ensuring that computer systems and networks are protected from cyber threats and attacks. This includes studying data protection methods, identifying vulnerabilities, and implementing measures to ensure the confidentiality, integrity, and availability of information.The department's tasks for training applicants in the specialty F7 "Computer Engineering" may include the following aspects:Research work: conducting research in the field of computer technologies and engineering, studying the latest trends in the industry, such as artificial intelligence, machine learning, the Internet of Things.Industrial internships: completing internships in IT companies or enterprises with a computer engineering profile to gain practical experience.This specialty opens up wide opportunities for professional development in areas such as computer systems development, programming, artificial intelligence, network technologies, and embedded systems.

F5 Cybersecurity and Information ProtectionCybersecurity and Information Protection — is one of the most relevant and strategically important areas of modern technology. It combines data protection methods, software and hardware, ensuring the protection of information systems from external and internal threats. This industry covers key areas that shape the security of the digital society, including artificial intelligence, the Internet of Things, cloud technologies and cryptography.Training in the F5 specialty provides thorough training in the following areas:Architecture and protection of information systems: development and implementation of security systems to protect networks and servers.Programming and cryptography: creation of secure code and encryption algorithms to protect confidential information.Cybersecurity and artificial intelligence systems: use of AI to detect threats and prevent attacks.Networks and telecommunications: protection of network infrastructure from external attacks, study of modern security protocols.Embedded systems and the Internet of Things (IoT): ensuring the security of devices connected to the network and the development of secure IoT systems.Cloud cybersecurity: protecting data stored and processed in cloud environments.The department's tasks for training applicants in the specialty F5 "Cybersecurity and Information Protection" may include the following aspects:Research work: conducting research in the field of cybersecurity, studying the latest protection methods, such as post-quantum cryptography, protecting artificial intelligence systems, and securing cloud environments.Industrial practices: practicing in companies specializing in cybersecurity and information protection to gain real experience and improve skills.This specialty opens up opportunities for professional growth in many areas, such as the security of financial systems, government institutions, infrastructure facilities, as well as in the private sector, where data security is critically important.

G5 Electronic Communications and Radio EngineeringElectronic Communications and Radio Engineering — is one of the most innovative and dynamic areas of modern technology, covering the design, development and support of systems that provide transmission and processing of electronic signals and data. This industry includes a wide range of technologies and systems, from basic radio communication devices to complex network infrastructures and communication systems.Training in the G5 specialty provides thorough training in the following areas:Architecture and organization of electronic systems: development and implementation of architecture for electronic devices and communication systems, including the design of radio frequency systems, antenna technology and signal transmission systems.Programming and algorithms for communication systems: creation of software for controlling electronic devices and systems, development of signal processing algorithms and communication protocols.Radio communication systems and wireless technologies: study of radio communication principles, such as modulation and demodulation of signals, as well as the development of wireless technologies such as Wi-Fi, Bluetooth and mobile communications (LTE, 5G).Networks and telecommunications: design and implementation of telecommunication networks, development of network protocols and standards to ensure efficient data transmission.Embedded systems and devices: development of embedded systems for monitoring and controlling electronic devices, design of embedded radio electronic systems and their integration into end products.Internet of Things (IoT): ensuring the functionality and security of devices connected to the Internet, development of solutions for integrating IoT devices into various systems and networks.The tasks of the department for training applicants in the specialty G5 "Electronic Communications and Radio Engineering" may include the following aspects:Research work: conducting research in the field of electronic communications and radio engineering, developing new technologies to improve the efficiency of data transmission, research in the field of radio frequency systems and wireless networks.Industrial practices: practice in companies specializing in electronic communications and radio engineering to gain real experience and improve skills in the design and implementation of new technologies.This specialty opens up wide opportunities for professional growth in areas such as the development of communication systems, the design of radio electronic devices, the creation of wireless networks, as well as in the field of the Internet of Things and telecommunications infrastructures.