Prof. Valentin Kovalenkov, Corresponding Member of the USSR Academy of Sciences, and Prof. Nikolai Scritsky introduced a new Telemechanics major. Later the Department of Automation and Telemechanics was founded as well. Valentin Vologdin, Corresponding Member of the USSR Academy of Sciences, founded a laboratory of high-frequency electrical engineering at LETI in 1935.
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Supply of telemechanics systems for expansion of automated system of dispatching for the needs of operational management objects of power system.
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It was founded in 1960. There are 6 departments at the faculty: Automation of Computational Technologies and Production Processes, Automation and Telemechanics, Industrial Electronics, General and Theoretical Radio Engineering, Higher Mathematics, Physics.
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In addition to the three pipelines, the Sakhalin–Khabarovsk–Vladivostok system consists of the Sakhalin main compressor station, a gas distribution station in Vladivostok, a power supply, telemechanics, communications systems and access roads.
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In 1959, Leitman graduated from Azerbaijan Industrial Institute, with honors in Automation, Telemechanics and Electrical Measurement. In 1964 he defended his thesis and continued to work at the Institute. Leitman worked as an engineer and conducted research on the topic of methods of depth measurements in wells.
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Panychev graduated from Omsk State University of Railway Engineering in 1998 with a degree in automation, telemechanics and communication in railway transport. In 2001, he defended his Kandidat thesis, and in 2004 he received the title of Associate Professor. From 2000 to 2007 he worked at Omsk State University of Railway Engineering.
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In 1952 Zinovy Vysokovsky graduated with honors from the Chekhov Gymnasium. He went to Moscow with the intention to enter the Shchukin Drama School. He failed to be accepted and instead got an education in automation and space telemechanics at the Taganrog State University of Radioengineering. At the same time he kept trying to enter the Shchukin School and finally succeeded in 1957.
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As well as her work at the Silesian University of Technology, Jastrzębska also taught at the Opole University of Technology, which developed from the SUT and became an independent university in 1966. In 1967 she took over the leadership of the Automation, Electronics and Telemechanics Team. She managed it until 1987.Wiadomości Uczelniane Politechniki Opolskiej, Nr 2-3/00, luty-marzec 2000, s.
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In 1977, Tymoshenko graduated from high school in Dnipropetrovsk. In 1978, Tymoshenko was enrolled in the Automatization and Telemechanics Department of the Dnipropetrovsk Mining Institute. In 1979, she transferred to the Economics Department of the Dnipropetrovsk State University, majoring in cybernetic engineering and graduating in 1984 with first degree honors as an engineer- economist. In 1999, she defended her PhD dissertation, titled State Regulation of the tax system, at the Kyiv National Economic University.
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Supermalloy is an alloy composed of nickel (75%), iron (20%), and molybdenum (5%). It is a high permeability ferromagnetic alloy used in magnetic cores and magnetic shielding in electrical components, such as pulse transformers and ultra-sensitive magnetic amplifiers. It has a resistivity of 0.6 Ω·mm2/m (or 6.0 x 10−7Ω·m), an extremely high relative magnetic permeability (approximately ), and a low coercivity. Supermalloy is used in manufacturing components for radio engineering, telephony, and telemechanics instruments.
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She set up the Computing Machines Group, later the University Computing Centre. Jastrzębska was appointed as an assistant professor in 1968. From September of that year to January 31, 1970, she served as Deputy Dean, and then from 1 February 1, 1970 to 31 August 1971, she was the Dean of the Faculty of Electrical Engineering at the WSI in Opole. She started and managed the creation of experimental laboratories in the field of automation, electronics and telemechanics.
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Ali Mammad oglu Abbasov was born on January 1, 1953, in Nakhchivan city of the Republic of Azerbaijan. In 1976, he graduated from the department of “Automatics and Telemechanics” of the Moscow Power Engineering Institute and continued his graduate education in the Ukrainian Academy of Sciences. In 1981, he defended a thesis in the field of microelectronics and obtained PhD degree. In 1994, he defended his thesis entitled “Information processing and systems management” and was awarded with doctor of technical sciences academic degree.
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Esengarin was born in the village of Burino in the Chelyabinsk Oblast of the Russian SFSR to the parents of Qabatai Esengarin (1908–1952) and Elikha Esengarina (1910–1981). In 1958, Esengarin graduated from high school in the village of Semiozernoye and then in 1964, from the Ural State University of Railway Transport with a degree in Automation, Telemechanics and Communication in Railway Transport. In 1984, he finished the Russian Presidential Academy of National Economy and Public Administration with a specialty in economics, organization of management and planning of the national economy.
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In 1988, he graduated from the 8th grade of secondary school No. 33 of the city of Yaroslavl and entered the Yaroslavl College of Railway Transport with a degree in Automation - Telemechanics. In 1992, after graduating from college, he entered the Yaroslavl Polytechnic Institute, which in 1997 he would graduate with a degree in Automobiles and Automotive Economy. From 1998 to 2000 Kazanov studied at the Yaroslavl Theological College. On 30 June 2000, Kazanov was tonsured with the mantel and bestowed the name Theodore in honor of the Saint Theodore the Black, a monk and miracle worker who preached in Smolensky and Yaroslavl.
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Founded in 1933 as the All-Union State Institute of Telemechanics and Communication for the development of new weapon types for the Red Army and the Red Navy. In 1940 the institute was granted the Lenin Prize for the development of Rif, Zarnitsa and Angara radars for the small ships, torpedo boats and minesweepers In 1984 received the second Lenin Prize for the development of multi-channel SAM systems like Shtil, Rif and Klinok that allowed to combat the anti-ship missiles. In 2010 Altair became a subsidiary of NPO Almaz, as the company's Science & Technical Center. Altair ceased to exist as a separate legal entity during the same year.
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