Universities 15/01/2025 Tashkent state transport university

    It was established in order to radically improve the system of training highly qualified personnel for the transport sector of the republic based on advanced foreign experience and international standards, to widely introduce innovative forms and methods of training, as well as modern pedagogical and information technologies into the educational process, as well as to strengthen the material and technical base and further increase the scientific potential of educational institutions of the industry.

     Tashkent State Transport University was established in 1931 under the name of the Central Asian Institute of Railway Transport Engineers (SAZIIT), which began its activities with the training of specialists - mechanics and operators.

      After the first student enrollment was announced in August 1931, as a result, 125 people were admitted to the ranks of the railway workers' first students.

       The teaching staff of the SAZIIT was initially composed of course workers, specialists from the railway node of the Krasnovo-Tochny Plant, and part-time and part-time teachers from the Central Asian State University. In the 1931-1932 academic year, 35 full-time teachers worked at SAZIT. Among them are the first organizers of the institute, M.Ya. Botolov, Yu. Goltsman, V. Dimushin, M. Egorov, A. Zinovieva, A. Kraft, S. Novokreshchenov, Nurmukhamedov, M. Strusevich, T. Kuchkarov, V. Kapustin, Kh. Khodjaev, D. Zaglyadimov, A. Tsenin, N. Pisarev, A. Suvorov, E. Yakub, and others.

      In November 1931, the railway department of the SAZIIT was established, while a meeting of the institute's academic council decided to establish the institute's branches in Ashgabat, Krasnovodsk, Almaty, and Orenburg, with the main workers.

     Construction of the SAZIIT educational building, a 32-apartment residential building for teachers, two one-story temporary dormitories and other facilities began in 1932 and was completed in 1936.

     From September 1, 1933, only 5 full-time study groups and 4 evening study groups were engaged in the new academic building. The first 4-story educational and laboratory building houses educational workshops and a kitchen. In 1936, the construction of the educational and laboratory building was completed.

      The library's book stock was small and amounted to 4,812 copies in 1931 and 12,225 in 1938. The need for books, journals, and specialized literature exceeded their availability, necessitating the regular preparation of textbooks and reference books by the institute's faculty for the registration of courses and diplomas.

     The war disrupted the peaceful rhythm of the institute's work, and from the first days of the war, many teachers voluntarily went to the front, including: N.P. Alexandrov, N.G. Kochiev, B.A. Larionov, B.V. Volkov, M.F. Prasolov, D.V. Pistsov, S.V. Subbotin, and other employees. In the extremely difficult autumn of the first year of the war, the employees of the institute mainly denied themselves and demonstrated the traditional hospitality characteristic of the Uzbek people. Evacuated teachers and students from other transport universities were accepted and placed as brothers. Thus, in September 1941, a large group of students from the Leningrad Institute of Railway Engineers were admitted.   

   With the support of the Tashkent and Turkestan-Sibir railways, a network of branches of the preparatory department was established in Russian, Uzbek and Kazakh railway schools in Andijan, Kokand, Almaty, Bishkek and Dzhambyl on the basis of 10th grade graduates. The institute began its post-war activities with the following 3 faculties:

  • Construction;
  • Mechanics;
  • Financing of railways.

     Despite the difficult post-war years, he did not stop construction work aimed at improving the material and technical base of the institute. Thus, in 1946, the construction of a new four-story complex of the institute began. At the same time, it was planned to build a building for the location of training and experimental workshops, heating laboratories and a central boiler room, an open-type sports town, an electric substation and a bathhouse and laundry complex.

    The university operated under the following names in different years: 

  • SAZIIT
  • 1931-1937 - Central Asian Institute of Railway Engineers;
  • Organization
  • 1937-2020 - Tashkent Institute of Railway Engineers;
  • TDTrU
  • From September 1, 2020, Tashkent State Transport University. 

    Today, the university has 9 faculties. There are 13,765 undergraduate and 308 graduate students, totaling over 14,074 students. The scientific and pedagogical staff of the university is more than 1000 people, 55 doctors of science - professors, 185 candidates of science - associate professors, 481 senior teachers and assistants. The institute has the following faculties:

  • Aviation transportation engineering;
  • Automotive transportation engineering;
  • Highway engineering;
  • Electrical engineering and computer science;
  • Economics;
  • Civil engineering;
  • Railway transportation engineering;
  • Management of transport systems;
  • International educational programs.

    Currently, the university has a large sports complex, dormitories and a kitchen. As a result of the work carried out at the university, all conditions have been created for the realization of students' creative abilities, a sports club, modern comfortable dormitories, and a scientific student society.

    Currently, the university trains bachelors in the following 74 specialties and masters in 51 specialties:

Bachelor's specialties

Daytime

  • Theory and practice of translation (Russian language);
  • Translation theory and practice (English);
  • Economics (railway transport);
  • Economics (automotive transport);
  • Economics (mathematical economics);
  • Digital economy (transport);
  • Sociology;
  • Political science;
  • Accounting and audit (railway transport);
  • Accounting and auditing (vehicle transport);
  • Management (project management in the field of transport);
  • Business management (transport);
  • Corporate governance;
  • Marketing (railway transport);
  • Marketing (automotive transport);
  • Jurisprudence (international transport law);
  • Mathematical engineering (transport);
  • Information systems and technologies (railway transport);
  • Software engineering;
  • Radio electronic devices and systems (railway transport);
  • Radio electronic devices and systems (aviation industry);
  • Ecology and environmental protection (vehicle transport);
  • Electric power (railway transport);
  • Electrical engineering, electrical mechanics and electrical technologies (railway transport);
  • Metrology, standardization and product quality management (automotive transport and road construction machinery);
  • Automation and management of technological processes and production (railway transport);
  • Intelligent engineering systems (vehicle transport);
  • Vehicle engineering (locomotives);
  • Vehicle engineering (wagons);
  • Vehicle engineering (electric transport);
  • Vehicle engineering (metropolis);
  • Vehicle engineering (automotive transport);
  • Vehicle engineering (specialized vehicles);
  • Vehicle Engineering (Electric Vehicle Transport);
  • Vehicle engineering (lifting, road and construction machinery);
  • Technical operation of aircraft;
  • Aviation engineering (aviation construction);
  • Aviation engineering (aviation complexes of unmanned aerial vehicles);
  • Applied space technologies;
  • Organization and management of transportation (railway transport);
  • Materials science and technology of new materials (railway transport);
  • Technological machines and equipment (railway transport);
  • Machine-building technology, equipment and automation of machine-building production;
  • Geodesy and geoinformatics;
  • Civil engineering: building and construction;
  • Construction and installation of engineering communications (water supply and sewerage in transport facilities);
  • Road engineering (operation of railways);
  • Road engineering (railway construction);
  • Road engineering (bridges and tunnels);
  • Road engineering (road design);
  • Road engineering (road construction);
  • Road engineering (road operation);
  • Road engineering (architectural and landscape design of roads);
  • Road engineering (urban roads and streets);
  • Road engineering (artificial structures on roads);
  • Organization and management of communal infrastructure and housing and communal services;
  • Labor protection and technical safety (transport);
  • Transport logistics (automotive transport);
  • Transport logistics (railway transport);
  • Air traffic control;
  • Road traffic organization;
  • Economy (by industry and sphere);
  • Accounting (by industry and industry);
  • Corporate governance;
  • Information systems (railway transport);
  • Radio electronic devices and systems (railway transport);
  • Electricity supply (by industry);
  • Automation and telemechanics in railway transport;
  • Ground vehicles and systems (vehicle transport);
  • Ground vehicles and systems (specialized vehicles);
  • Ground vehicles and systems (lifting and road construction machines);
  • Rail transport (locomotives);
  • Railway transport (wagons);
  • Automobiles and the automotive industry;
  • Testing and operation of internal combustion engines;
  • Testing of vehicles;
  • Wagon building;
  • Intelligent transportation systems;
  • Electric trains;
  • High-speed electric trains;
  • Technical use of aviation electrical systems of pilot-navigation complexes;
  • Operation of aircraft and aircraft engines;
  • Applied space technologies;
  • Organization and management of transportation (autotransport);
  • Organization and management of transportation (railway transport);
  • Technical maintenance of technological machines and equipment (railway transport);
  • Construction of buildings and structures (transport buildings and structures);
  • Construction of infrastructure facilities (railway);
  • Engineering communication systems, construction and installation (water supply and sewerage in transportation systems);
  • Railway operation and railway management;
  • Operation of transport facilities (bridges and tunnels);
  • Design and construction of roads;
  • Construction of bridges, tunnels and overpasses;
  • Roads and streets of the city;
  • Transport logistics (railway transport);
  • Transport logistics (automotive transport);
  • Air traffic control and aeronautics;
  • Road safety and its organization (road transport);
  • Road safety and its organization (railway transport).

      The Department of International Relations organizes the interaction of the institute and its structural divisions, faculty and staff with foreign organizations, including foreign higher educational institutions, centers. The institute coordinates the academic and scientific activities of foreign students, research and work activities of professors and teachers.

   The university actively participates annually in the TOP 1000 of internationally recognized QS, THE, ARWU, UI GreenMetric, and other international rankings.

Tashkent State Transport University is active in the following social networks.

   If you have any questions or suggestions regarding this university, you can contact the following address and numbers:

  • Phone: 712990001
  • Email: rektorat@tstu.uz
  • Official website: tstu.uz
  • Address: 100167, Tashkent city, Mirabad district, Temiryo'lchilar street, 1

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Prepared by Ma'mura Turaeva

 

 

 

 

 

 

 

 

 

 

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