Introduction
E1 - “Rocket Engines”In 2020, the department E1 - “Rocket Engines” conducts recruitment in the specialty 05.24.02 “Design of aircraft and rocket engines” in the specialties “Design of liquid rocket engines” , “Design of rocket engines of solid fuel” , “Design of combined jet engines” .
The staff of the department takes an active part in the scientific and educational process on the territory of the educational and experimental center, now the Dmitrov branch of MSTU. N.E.Bauman. There are unique stands, a production base, and a central measuring laboratory for this.
Two leading scientific schools of Russia “Hydrodynamics and heat and mass transfer in structurally complex environments”, “Combustion of powdered metals in mixed condensed and gas-dispersed systems” are officially registered at the department.
The faculty of the department is teaching students in the following academic disciplines:General theory of rocket engines
Fuel and rocket engine workflows
Calculation and design of liquid and solid propellant rocket engines
Design of combined rocket and jet engines
Propulsion systems of spacecraft launch vehicles
Automation and regulation of rocket engines
Applied hydrodynamics of rocket engines
Automation of rocket engine design
Mathematical modeling of rocket engines
Basics of export control of rocket and space technology
Ecology and recycling of rocket engines
Rocket engine conversion
Research MethodologyStudents undergo practical training, and then work at the leading enterprises in the rocket and space industry located in Moscow and the Moscow region:NPO Energomash named after academician V.P. Glushko
Corporation "Moscow Institute",
TsIAM them. P.I. Baranova,
RSC "Energy" named after S.P. Queen,
Federal Center for Dual Technologies "Union",
Research Center M.V. Keldysh,
GKNPTs named after M.V. Khrunichev,
Design Bureau of Chemical Engineering A.M. Isaeva
TSNIIMASHAt the Department of Rocket Engines, contacts are developing with universities and research centers in Germany, France, Italy, China, South Korea, the Union of Myanmar, Brazil, whose citizens study at the department in educational programs for the training of specialists and masters.
Along with mathematics, physics, and material resistance, much attention is paid to the theory of heat transfer, hydrodynamics, thermodynamics, gas dynamics, mathematical and 3-d modeling and design, computer-aided design, computerization of computational, research and design works.
The multilateral theoretical basis is firmly fixed by practical work on a unique set of laboratory and research stands, in research and development, during practical training in leading design bureaus, research institutes, at the cosmodromes of Plesetsk, Baikonur, and Vostochny.
The main areas of research and development work commissioned by enterprises, federal target programs, grants of the Russian Federal Property Fund and the President of Russia:Experimental and theoretical research and development of working processes of rocket and jet engines
Automation of rocket engine design and modeling of work processes in rocket engines using ANSYS, FLUENT, SOLID WORKS packages
Conversion use of rocket and jet propulsion systems
Conversion technologies of rocket engines for enterprises of the fuel and energy complex of RussiaCustomers include space industry enterprises, federal target programs, grants from the Russian Federal Property Fund and the President of Russia.
The rocket engine laboratory is equipped with equipment that ensures high-quality performance of the engine testing process (central measuring laboratory, high pressure compressor station, compressed air batteries, oxygen and nitrogen equipment. There is an assembly and mechanical sections for assembling, assembling, equipping, disassembling and manufacturing engines, a section argon-arc welding, allowing to quickly produce new parts and assemblies in the process of modernization of the tested products, metal in new developments.
Graduates of the department "Rocket Engines" in all specialties are guaranteed to receive interesting, prestigious and promising jobs, and many of them successfully work as heads of departments, sectors, chief designers of directions at the leading enterprises of the aerospace and aerospace industries of the Russian Federation.E3 - Gas-turbine and non-traditional power plantsIn 2020, the department E3 - “Gas-turbine and non-traditional power plants” conducts recruitment in the specialty 05.24.02 “Design of aircraft and rocket engines” in the following specializations (division into specializations after 4 courses):“Design of aircraft engines and power plants”;
“Designing power plants for ground-based applications based on aircraft and rocket engines”Since the training of highly qualified specialists requires a large amount of continuous training, the Department of E3 has focused on the training of engineers (specialists) in aircraft gas turbine engines and stationary installations. After completing the specialty program, graduates of the department continue their studies at the graduate school of MSTU. Bauman, TsIAM them. Baranova, JIHT RAS.
Students of the department receive in-depth knowledge of fluid and gas mechanics, numerical modeling of gas dynamics, heat transfer and heat-stressed state. They are mastering a systematic approach to the research and development of engines and power plants, including new ideas, basic research, computer and experimental modeling.
In the learning process, students use the most modern software to design and conduct computational research, since without the use of CAD and CAE packages, the processes in modern power equipment are no longer calculated, and the power plants themselves are not designed. But such programs are able to create and use only specialists who know the physics of the process, mathematical modeling and computer-aided design systems.
To ensure scientific research and the educational process, it is used as its own material and technical base of the department (laboratories: fluid and gas mechanics, spatula machines, heat exchangers, wind energy, closed gas turbines; showroom, computer class, laboratory and scientific base of the Educational and Scientific Center for Photon Energy ), as well as the experimental and technological base of TsIAM and JSC “Scientific and Production Center for Gas Turbine Engineering“ Salyut ”, where there are branches of the department.
To conduct a number of laboratory works, unique experimental stands of TsAGI and Moscow State University are used. M.V. Lomonosov (as part of the work of the joint inter-university scientific and educational laboratory "Thermogasdynamics" headed by professor of the Department of E-3 Academician A.I. Leontyev).
During the training, students go through several types of practices. Practice objects correspond to the chosen specialization. Practices are held at the engine-building enterprises and institutes of Moscow, the innovative Aerospace cluster of the Samara region, gas pumping stations of PJSC Gazprom.
At the request of students and in their knowledge of a foreign language, one- and two-year internships are organized in foreign technical universities, such as École Polytechnique, universities in Germany and the Netherlands.
Graduates of the E-3 department professionally work as researchers, designers, calculators, managers and technologists in various fields of activity related not only to gas turbine construction, but also to the entire field of energy and engine building from the depths of the sea to space and in many fields related to them.
Graduates of the department are in demand not only in Russia, but also abroad, working as researchers and specialists in leading companies, professors at universities in various countries. The scientific and teaching staff of the department has extensive scientific ties with leading research centers in many countries of the world.
Graduate students and students of the department take an active part in the research work of the department, are authors of reports at international and Russian conferences.E8 - Plasma power plantsIn 2020, the department of E8 - " Plasma power plants" conducts recruitment in the specialty 05/24/02 "Design of aircraft and rocket engines . "
The department trains highly qualified specialists in the field of plasma engineering and technology. First of all, these are power plants, such as nuclear and thermonuclear reactors, as well as energy sources on board aircraft, converters of solar energy to electric, electric rocket engines. In addition, these are installations for the production of elements of optoelectronics and energy-saving materials, plasma medical devices, plasma lasers, radiation suppression and generation devices.
The education that the department provides to its graduates is in no way inferior to foreign. The department hosts internships and training by teachers, masters and students from France, China, Myanmar. Graduates of the department study in graduate school and practice at leading universities in the USA, Germany, Great Britain, France, Italy, Canada, Holland, Japan, New Zealand, and Colombia. In recent years, seven graduates of the department received a doctorate in universities in these countries.Students practice routine work in organizations such asIAE Kurchatov Institute
RSC Energia,
All-Russian Institute of Aviation Materials,
Research Institute of Vacuum Technology,
the best clinics in MoscowResearch work of students takes place both in the laboratories of the department, and in enterprises - manufacturers of microelectronics. The subject of research is extremely wide: from the production of tunneling microscopes to ion polishing of mirrors of huge telescopes, from microelectronics to a thermonuclear reactor, from electric rocket engines to vacuum-plasma gilding of the shrine of Russia.Graduates of the department work at the institutes of the Russian Academy of Sciences, as well as in the places of their student practices, at the enterprises of the optical and electronic industries:Lytkarinsk Optical Glass Plant,
Krasnogorsk factory
holdings near Zelenograd,
in the administrative divisions of Roscosmos,
OKB "Fakel" producing electric rocket engines,
medical facilities operating plasma medical equipment,
at the enterprises of defense equipment.Some graduates have their own enterprises both in Russia and abroad.
The main areas of research and development work of the department are focused on the research and development of plasma tools and technologies for the electronics industry, for the energy sector (various types of energy converters), for the machine-building complex (hardening of metal cutting tools), for the optical industry (glass polishing, creation energy-saving glass), for medical purposes (environmental medical installations), laser systems, fusion installations.
To participate in the competition for a budget / paid form of study, you must:Unified State Exam in Physics (1st priority) ,USE in mathematics (2nd priority) ,USE in the Russian language (3rd priority) ;List of documents required for participation in the competitionApplicants to the 1st year of MSTU. N.E. Bauman is provided with the following documents to the selection committee:Applications (filled out at the University) addressed to the Rector on the acceptance of documents, on participation in the competition (the areas of training / specialty selected for training are indicated in the Application in the order priority for the applicant) and on consent to enrollment subject to passing through the competition ;
consent to the processing of personal data (filled out at the University);
present a passport, and also provide a copy of it (turns 2 and 3 with personal data);
the original of the document of the established form on education / or a copy of it (for the following categories of applicants, the original is immediately necessary: applicants for the targeted admission; with special admission rights without entrance examinations, to places within a special (10%) quota);
copies of diplomas of winners or prize-winners of schoolchildren’s olympiads, giving special rights to admission without entrance examinations or to participate in the competition with the highest possible score of 100 points in a subject corresponding to the profile of the olympiad;
copies of documents confirming the possible presence of applicants' rights: for admission according to the results of entrance tests conducted by MSTU im. N.E. Bauman alone; for admission to places within a special (10%) quota; preemptive right of enrollment;
copies of documents confirming that applicants have individual achievements, evaluated by additional points;
for applicants for targeted admission - an agreement on targeted education between an applicant and a government body of the Russian Federation, local government, institution, enterprise;
6 3x4 photos (required - for those who pass exams conducted by MSTU named after N.E.Bauman independently);
(optionally) a registered certificate / military ID (for young people);
(preferably) SNILS - Insurance number of an individual personal account;
other documents, the presentation of which is in the interests of applicants.
