General information

History of the Department of "Information Technology Engineering" The Department of "Information Technology Engineering" was established in 2024 at the initiative of the Rector of the University, Professor D. Khusanov. Since September 18, 2024, Dr. Ph.D. (PhD) Alishev Sherkozi Abdumannonovich was appointed head of the department and has been heading it to this day. The department is preparing bachelors in the field of "Information Technology Engineering". The department consists of a total of 13 employees, of which 10 are professors and 3 are translators. Currently, the department's professors and teachers are senior lecturer Sabapathy Dinakaran, teachers Bobobekov Shokir and Umme Sania, who are conducting research work. The composition of professors, teachers and translators of the Department of Information Technology Engineering: Total staff - 13 Doctors of Philosophy - 2 Senior teachers - 1 Teachers - 7 Translators - 3 The department plans to implement the following activities in the coming years: In the field of scientific research and cooperation: Taking into account global trends in the field of information technologies, the following measures will be taken to develop scientific research and expand international cooperation in the department: • Digital transformation: Conducting research aimed at solving modern problems of information technologies, including in-depth study of artificial intelligence, blockchain, big data and cybersecurity. • Scientific cooperation: Strengthening cooperation with prestigious national and international scientific centers, participation in various scientific projects. • Increasing scientific potential: Encouraging the publication of scientific articles by the department's professors and teachers, increasing the share of specialists with scientific degrees to at least 70%. • Supporting doctoral dissertations: Discussing the work of independent researchers, facilitating the faster completion of dissertations through scientific councils. • State grants and industrial orders: Launching scientific projects based on state grants and private sector orders aimed at solving real problems of information technologies in industry. International and scientific events In order to expand scientific and practical activities in information technologies and attract students and young scientists to scientific activities: • International conferences: Organizing international scientific and practical conferences and seminars on modern technologies and their problems. • Supporting talented students: Preparing young scientists and students to participate in international competitions and assisting in financing their scientific projects. • Innovative developments: Commercialization and introduction into production of innovative projects created by students and professors. • Mentoring system: Creating opportunities for talented students to work on scientific projects under the guidance of professors. Modern technologies and education To improve the quality of education and prepare students as specialists who are relevant to the modern labor market: • Development of a digital learning environment: Expanding distance learning opportunities for students, organizing online courses and virtual laboratories. • Interactive teaching methods: Using artificial intelligence, digital laboratories and virtual reality tools in lectures and practical classes. • Updating curricula: Introducing new subjects in modern areas of information technology. • Visual materials and electronic resources: Preparing advanced methodological guides, video tutorials and interactive materials for each subject and submitting them to the library. • Innovative teaching methods: At least 35% of lectures are organized in a problem-based manner, increasing student engagement. • Participation in real projects: Involving students in practical projects in collaboration with IT companies, expanding opportunities to work with startups and innovation centers. SUBJECTS TEACHED IN THE DEPARTMENT: Bachelor's Degree: • Introduction to Programming in C • Development of Comprehensive Skills • Introduction to Specialization • Object-Oriented Programming in C++ • Basic Electrical Engineering • Life Sciences for Engineers • Computer Organization and Architecture • Java Programming • Data Structures Using C • Electronic Circuits • Discrete Computing Structures • Engineering Mathematics – IV • Advanced Java Programming • Operating Systems • Design and Analysis of Algorithms • Human-Computer Interaction • Software Engineering • Database Management Systems • Introduction to Microprocessors • Computer Networks • Python Programming • Cryptography raphy and network security • Automata theory and compiler design • Artificial intelligence and machine learning • Software testing methods • Blockchain technology • Data warehousing and data mining • Web technologies • Big data analytics • Enterprise application development (SAP) • Neural networks and deep learning • Cybersecurity • Internet of things (IoT) and robotics • Cloud computing • R programming • Computer graphics