BAUMAN MOSCOW STATE TECHNICAL UNIVERSITY BAUMAN STUDENT S GUIDE

Transcription

1 AUAN OCOW TATE TECHNICAL UNIVERITY AUAN TUDENT GUIDE 2013

2 AUAN OCOW TATE TECHNICAL UNIVERITY NATIONAL REEARCH UNIVERITY OF TECHNOLOGY 2013

3 Dear friends! Dear students! You, who are standing on the threshold of your maturity, have to make a serious professional choice and determine your future. If your dream is to carry out research in such promising fields as nanoengineering or provide information security for society, if you are ready to become proficient in sophisticated equipment and stateof-the-art technology to develop new materials, if you can imagine yourself designing spacecrafts, aircrafts, and high power energy systems, if you want to get a profession, enabling you to understand all the subtleties of electronics and microelectronics, if you are striving for becoming an expert in the realm of high tech management, if you have a proactive approach to life, if you are ready to think about the future of society, discuss its past and present, to perfect your leadership and teamwork skills, auman oscow tate Technical University is waiting for you! TU Rector A. Aleksandrov

4 Contents Focus Areas 4 iomedical Engineering and Technologies of Living ystems 5 Nanoengineering 6 Energy and Energy Efficiency 7 Information and Communication Technologies 8 New aterials and Technologies 9 Faculty of Engineering usiness and anagement (I) 10 Faculty of Informatics and Control ystems (IU) 11 Faculty of iomedical Engineering (T) 12 Faculty of Radioelectronics and Laser Technology (RL) 13 Faculty of anufacturing Technologies (T) 14 Faculty of Robotics and Complex Automation (RK) 15 Faculty of pecial achinery () 16 Faculty of Power Engineering (E) 17 Faculty of Fundamental ciences (FN) 18 Faculty of International Educational Programs (FOP) 19 Kaluga ranch 20 pecial Educational Center For Persons With Disabled Hearing (GUIC) 21 aster Programs 22 usiness Education 23 ports at The University 24 Palace of Culture 25 List of the Application Documents to e ubmitted to the University 26 3

5 Focus areas pace Technologies Automated flight control systems for perspective space vehicles and complexes Design of student microsatellites Technologies for development of large scale transformable antennas for space communication units and remote sensing of the Earth. Radars of millimeter range for detection and precision measurement of the motion of small near earth objects ultifunction space robots Construction elements of universal launchers Computer aided design, calculation and adjustment of liquid rocket engines running on ecological components Electric propulsions and onboard power plants Life support systems Hydraulic machines and drive trains. Training in this focus area is carried out by the following departments: E-1, IU-1, IU-2, -1, -2, -3, -6, -8, - 12, -13, FN-2, FN-12, RL-1, RL-2, E-4, E-8, E-9, E-10. 4

6 iomedical Engineering and Technologies of Living ystems Fundamental exploration and development works for design and application of technologies and equipment edical equipment for diagnostics and treatment of cardiovascular and oncological diseases and diabetes eans of non-invasive and remote monitoring of vital parameters of human body New telemedical technologies iometry of medical and biological analyses and diagnostics Equipment for hi-tech plasma surgery and therapy. Training in this focus area is carried out by the following departments: T-1, T-2, RL-2, E-8. 5

7 Nanoengineering High quality thermo electrical devices and systems Fundamental research and modeling of nanosize structures. Photon crystals on the basis of opal nanostructures Nanodiodes with optimized characteristics on the basis of multilayer heterostructures New generation nanostructured protective coatings from separated plasma Complex technical and technological solutions for applied problems in the enterprises of nanoindustry Applied technological solutions. Training in this focus area is carried out by the following departments: -12, -13, IU- 4, RL- 6, T- 4, T-10, T-11, T-12, T-13, E-1, E- 6, E- 8, RK-5, RL-2. 6

8 Energy and Energy Efficiency New power plants and engines New technologies and engineering solutions for design of modern nuclear reactors Photon power plants and engines,including, space pulse and quasi stationary laser microengines of new generation New progressive energy efficient technologies and equipment for transportation and storage of natural gas Complex system for condition diagnostics of large industrial objects Gas turbine and nuclear power propulsion plants of closed loop for ground and space. Training in this focus area is carried out by the following departments: E-1, E-2, E-3, E-4, E-5, E-6, E-7, E-8, E-10, FN-4, RL-6. 7

9 Information and Communication Technologies New methods of dynamic system modeling to fulfill engineering tasks in the field of gas- and hydrodynamics, thermal physics, aerothermodynamics, acoustics and other fields ethods of mathematical modeling of engineering systems and technologies, development of highly efficient numerical methods to fulfill complex engineering tasks, supercomputer modeling technologies Russian technological platform for integration of information resources. Training in this focus area is carried out by the following departments: IU-3, IU-5, IU-6, IU-7, IU-9, RL-1, RL-2, RK-6, FN-2, FN-11, FN-12. 8

10 New aterials And Technologies Production technology for a new class of metal and non metal constructional materials with ultra fine grain structure and nanoscale structure National system of information and metrology support of total cycle of machinery and mechanism design oft ultralight materials for ballistic and explosion Protection on the basis of high strength polymeric fibers New methods for assessment of remaining life and extension of expected life of potentially dangerous industrial objects Equipment for quick manufacture of metal and plastic 3D objects Design of high temperature heat shielding composite materials. Training in this focus area is carried out by the following departments: T, E-8, -12, -13, RK-9, FN-11, RL-6. 9

11 Faculty of Engineering usiness and anagement (I) It was founded in 1993 to provide the students of engineering faculties of the university with profound knowledge of economics, as well as to train specialists, achelors and asters. The distinctive feature of the faculty is the combination of fundamental engineering educatio, humanities (including the knowledge of foreign languages), and profound education in the field of economics and management. The graduates of the faculty are highly qualified managers working in engineering companies and other branches of economy. The system of additional education has been improving. The faculty has courses of advanced training in various fields. The system of consulting services for banks, small and medium enterprises is in the process of development. Departments of the Faculty I - 1 Economic Theory I - 2 Economics and anufacturing Process anagment I - 3 Industrial Logistics I - 4 anagement I - 5 Finances I - 6 Entrepreneurship and International Economic Activity I - 7 Innovative Entrepreneurship 10 Website:

12 Faculty of Informatics and Control ystems (IU) The faculty, providing the basis for TU cience and Education Complex «Informatics and Control ystems», trains highly skilled specialists in the field of information and telecommunication technologies, control systems, navigation systems, nanotechnologies based on the optimal combination of research and study process. The faculty educates a new generation of specialists, who can and must become scientists, commercializing practical applications of their research, heads of innovation projects and companies, top IT-specialists. The faculty trains specialists, capable of quick assessment of conditions in the market of scientific and technical problems, able to adapt the focus of their activity to these conditions, as well as to work systematically at the intersection of different fields of science and technology. pecialists of such profile make up scientific and technological elite of the state. HR managers of the biggest companies and corporations start searching for them among the students of higher educational institutions two or three years before their graduation. The students of the faculty, who won world championships in computer science, made the University world famous. As a result, a number of students of the faculty currently have high positions in the world classification in computer science. The specialists, working at the faculty of informatics and Control ystems, are also well known world wide. They deliver lectures and participate in research and experience exchange research in the UK, Germany, Finland, France, China, Portugal and other countries. Departments of the Faculty IU - 1 Automatic Control ystems IU - 2 Orientation, Navigation and tabilization IU - 3 Information ystems and Telecommunications IU - 4 Design and Production Technology of Electronic Equipment IU - 5 Automated ystems of Information Processing and Control IU - 6 Computer ystems and Networks IU - 7 oftware and Information Technology IU - 9 Theoretical Informatics and Computer Technologies IU - 10 Data Protection Website: 11

13 FACULTY OF IOEDICAL ENGINEERING (T) The Faculty of iomedical Engineering was founded in It was the first faculty in Russia to train biomedical engineers. The feature of training at the faculty is the study of program system engineering, medical, and biological disciplines at TU as well as in the clinics of Pirogov Hospital 1, Russian National Research Institute of edical Engineering, echenov oscow edical Academy, urdenko ilitary Hospital and other institutions. At the third year the students have the opportunity to get additional vocational medical education at the medical colleges of oscow (paid education). Graduates of the faculty work successfully at the research institutes, centers for development of medical equipment in the field of therapy, ecology, space and sports medicine, and companies developing and selling medical equipment. Departments of the Faculty of iomedical Engineering: T- 1 iomedical Engineering ystems T - 2 edical Engineering Information Technologies T - 4 edical Engineering anagement (aster tudies) 12 Website:

14 FACULTY OF RADIOELECTRONIC AND LAER TECHNOLOGY (RL) The Faculty of Radioelectronics and Laser Technology (RL) was founded in 1987 on the basis of the Faculty of Instrumentation. The focus areas of RL activity are radiolocation, radionavigation, radiotelemetry, communication, radioastronomy, millimeter wave technology, information and control systems and information processing; super precision laser ranging, laser detection systems, applied optics, laser gyroscopy, environmental monitoring; In the course of its development the faculty provided a basis for internationally acclaimed scientific schools in the field of radioelectronics, laser, optoelectronics and instrumentation technology. Highly skilled teaching staff, up-to-date facilities, unique equipment in the departments and research institutes enable the departments of the faculty to train high level specialists. Profound professional knowledge and practical skills, acquired at TU during the training in modern and promising specialties, perfect knowledge of computing hardware open a wide range of options for the graduates today and in the future. The faculty has partnerships with universities of the UA, France, Germany, China, the Republic of Korea, witzerland in the field of scientific cooperation and academic affairs, student and staff mobility. Departments of the Faculty of Radioelectronics and Laser Technology RL- 1 Radioelectronic ystems and Devices RL- 2 Laser and Optoelectronic ystems RL- 3 Optoelectronic Devices for Research RL- 6 Instrumentation Technologies The departments RL- 4 «Fundamentals of Electrical Engineering» and RL- 5 «Elements of Instrumentation Devices» don t graduate students, but provide training in the disciplines of IU and RL study plans. Website: 13

15 Faculty of anufacturing Technologies (T) The faculty was founded in At present it comprises 13 departments, covering a wide range of technological fields of material processing, fabrication of components and improvement of their properties. These fields are based on the fundamentals of mathematics, physics and mechanics. Graduates of the faculty have leading positions in project, research and production enterprises of staple industries, including rocket and space engineering, instrumentation, energy and other industries. Focus areas of researches and engineering developments, carried out by the faculty: Development of new structural materials; Development of methods to transform structural materials into mechanical engineering products; Development of technological machinery and tools; tandardization, certification, diagnostics and quality control of engineering products; Development of computer aided design systems for technological processes. The faculty has scientific, academic and business ties with higher educational institutions and companies in Germany, France, Canada, China, the UA and other countries. Departments of the Faculty МТ- 1 МТ- 2 МТ- 3 МТ- 4 МТ- 5 МТ- 6 МТ- 7 МТ- 8 МТ-9 etal Cutting achines Tool Engineering and Technology anufacturing Engineering etrology and Interchangeability Casting Technology and Equipment etal-forming Technology Welding Technology and Equipment aterials cience Industrial Design МТ- 10 Rolling Technology and Equipment МТ- 11 Electronic Technologies in echanical Engineering МТ- 12 Laser Technologies in echanical Engineering МТ- 13 aterial Treatment Technologies 14 Website:

16 Faculty of Robotics and Complex Automation (RK) The relatively new Faculty of Robotics and Complex Automation was founded in The faculty combines quite different departments from mechanical engineering RK4 to informational RK6, from fundamental RK5 to mechatronic RK9 and RK10. uch a combination, which seems unusual on the face of it, is related to the participation of the faculty in the activities within the framework of the focus areas of science and technology, determined by the RF Government. At present, one cannot imagine design processes (engineering, multidimensional engineering analysis, technological preproduction) of any high tech product without application of a whole complex of automation software, i.e. special software, taking the engineer to another level of quality to improve project solutions. Intellectualization of engineering activity, production facilities, auxiliary equipment and technological processes not only facilitates human labor but also provides a new level of quality and speed of product design. In addition to automation of various dimensions of design and production processes, the faculty purports to create unified information environment for all technical and nontechnical specialists engaged in the development of a new product. The specialists, trained in the RK faculty, act as integrating factors. They are in demand in any field of science and technology. According to the employment statistics, the graduates work in national enterprises as well as in private companies (including branch offices of international corporations) in the realm of their major as well as in the related fields. tudents of the faculty acquire fundamental knowledge in mathematics and engineering, advanced skills in the field of modern computer technologies, mathematical modeling, and design, knowledge in the field of modern technologies and materials, circuit technology, and understand the complex of tasks of end-to-end automation of product lifecycle. The applicants are admitted to the first year of pecialist degree programs (RK4 «Hoisting and Transport ystems») and achelor programs (RK5 «Applied echanics», RK6 «Computer-Aided Design ystems», RK9 «Computer-Aided anufacturing ystems», and RK10 «Robotic ystems»). All the departments have aster and Postgraduate programs. Departments of the Faculty RK- 4 RK- 5 RK- 6 RK- 9 Hoisting and Transport ystems Applied echanics Computer-Aided Design ystems Computer-Aided anufacturing ystems RK- 10 Robotic ystems Website: 15

17 FACULTY OF mechanical engineering () The faculty combines the departments, which have been training specialists for rocket, space and defense complex of Russia for more than 70 years. The graduates of the faculty contributed a lot to the development of space and military technology, including the world known missiles -20 and Topol-, carrier rocket Energia, spacecraft uran, etc. ome of the graduates of the faculty became space pilots. Focus areas of research and engineering developments, carried out by the faculty: Design, dynamics, durability and test of rocket and space structures, including those made of composites; design of life support systems; tudy of space flight dynamics; control, orientation and stabilization of manned, unmanned, space and cruise flight vehicles; Theory and design of high speed flight vehicles, capable of changing their trajectory in accordance with the given algorithm within ultrashort periods of time; Design of autonomous data processing and control systems; Robotics and mechatronic systems; Design of efficient all terrain transport facilities for extreme conditions. Departments of the Faculty - 1 pacecraft and Carrier rockets - 2 Aerospace ystems - 3 pacecraft Dynamics and Flight Control - 4 High Precision Airborne Devices - 5 Autonomous Data Processing and Control ystems - 6 Rocket and Pulse ystems - 7 pecial Robotics and echatronics - 8 Rocket Launching ystems - 9 ultipurpose Tracked Vehicles and obile Robots - 10 Wheeled Vehicles - 11 Underwater Robots and Vehicles - 12 Rocket and pace Engineering Technologies - 13 Rocket and pace Composite tructures 16 Website:

18 Faculty of Power Engineering (E) The scientific schools of the faculty can be traced back to the period from 1860 to The history of the Faculty of Power Engineering comprises outstanding projects and their implementation. These are high performance engines of different purposes, high efficient furnace units, one of the first aviation turbo prop gas turbine engines, the first project of high power gas turbine plant in the world, the first gas turbine locomotive in Russia, and the first nuclear power plant in the world. tudents of the faculty acquire fundamental knowledge in their major, as well as in the field of economics and managements. In addition to fundamental disciplines, such as mathematics, physics, mechanics, fluid and gas mechanics, thermal physics, mathematical modeling of thermophysical processes, information and computer technologies, the students of the faculty study management, marketing, and consulting. tarting from the first year they have an opportunity to attend a number of lectures delivered in English and French and later study in the UA, France, Germany, the UK and other countries. Graduates of the faculty work in the institutions of the Russian Academy of ciences, leading research institutes and design bureaus. Departments of the Faculty E- 1 Rocket Engines E- 2 Internal Combustion Engines E- 3 Gas Turbine and Nonconventional Power Plants E- 4 Refrigerating and Cryogenic Equipment, Conditioning and Life upport ystems E- 5 Vacuum and Compressor achinery E- 6 Thermal Physics E- 7 Nuclear Reactors and Power Plants E- 8 Plasma Power Plants E- 9 Ecology and Industrial afety E- 10 Hydromechanics, Hydraulic achines and Hydropneumatic Automation Website: 17

19 Faculty of Fundamental ciences (FN) The faculty provides unified methodological basis for the departments training students in the field of mathematics and natural sciences. The teaching of fundamental sciences is carried out on the contemporary level with the use of new educational technologies: computer tutorials, remote learning system. tudents acquire profound knowledge in the field of mathematical modeling of engineering systems, applied mathematics, computational methods and computer technologies, software development, engineering physics. The educational process is based on the participation of the students in researches of the university departments. The most successful students have traineeships at the universities of the UK, France, Germany and other countries, continue their studies as postgraduates and defend their PhD theses in the field of physical and mathematical sciences. Research areas of the faculty: athematical modeling of engineering systems and processes athematical and computer modeling of composites and nanostructured materials upercomputer modeling of aerogasdynamic and thermophysical processes athematical modeling of nonlinear controllable dynamic systems Prediction of durability and life time of engineering systems Graduates of the Faculty of Fundamental ciences can work in large scientific and industrial groups, as well as in small scientific teams, carrying out contract research works with shareholders and joint ventures. They are in increasing demand in the institutions of the Russian Avademy of ciences and national services, providing prognosis and disaster management. Departments of the Faculty FN- 1 Advanced athematics FN- 2 Applied athematics FN- 4 Physics FN- 11 Computational athematics and athematical Physics FN- 12 athematical odeling 18 Website:

20 Faculty of International Educational Programs (FOP) TU has been training international students since The Faculty of International Educational Programs (FOP) was established in April 2011 to improve the quality of training these students. y the beginning of academic year 2011/12 international students of TU were transferred to the faculty. At present, FOP has 215 students, representing 27 countries. Among them are students from the UA, Germany, pain, Israel, China, razil, Vietnam, yanmar, representatives of the countries of Latin America, Eastern Europe and the iddle East. FOP trains international students in accordance with individual study plans for pecialist, achelor and aster degrees. FOP comprises Preparatory Department for international students (POD), aimed at traditional pre-university training (Russian, athematics, Physics, etc.) as well as at adaptation programs for achelor, aster, pecialist and Postgraduate studies. At present, 112 international students from 9 countries study at POD to get ready for training on the main educational programs. In the course of training POD students are involved in various competitions, organized by the university, take part in all kinds of research, sports and cultural activities, and enjoy informal communication with professors and other students. 19

21 Kaluga ranch The branch was founded in 1959 году. It trains specialists in accordance with TU study plans and programs. Its 5 faculties (full-time studies) offer with 17 educational programs. Faculty of Electronics, Informatics and Control (EUIK). Flight Vehicle Control ystems (AU). icroelectronics and olid tate Electronics (FT). Design and Technology of Radioelectronic Devices (RPD). Computers, Complexes, ystems and Networks (EV). Computer-Aided Design ystems (AP). Faculty of anufacturing Technologies (TK) Welding Equipment and Technology (PD). anufacturing Technology (TD). etal Working achines and Complexes (TD). Instrumental ystems of echanical Facilities (ID). Faculty of Economics and ocial cience (EK) Economics and Company anagement (in the corresponding industry) (OPD). Faculty of echanics Design (KK) Gas and team Turbine Plants and Engines (TD). Hydraulic achines, Hydraulic Drive Trains and Hydropneumatic Automation (GPA). Hoisting, Transport, Construction and Road achinery and Equipment (PT). echanization of Agriculture (H). Land Transport ystems (NT). Faculty of Fundamental ciences (FNK) oftware and Computer-Aided anufacturing (ITD). Environmental Protection and Natural Resource anagement (EKD). mail@bmstu-kaluga.ru Address: 2, azhenova str., Kaluga, Russia, Website: 20 Website:

22 pecial Educational Center for Persons with Disabled Hearing (GUIC) TU is the only university in the world, successfully implementing and developing special engineering education programs of pecialist, achelor and aster tudies for persons with deafness and hearing impairment in the system of continuous multilevel professional education. The tradition dates back to The faculty GUIC is responsible for the implementation of special education programs. The strategy of TU consists in training high level competitive specialists with outstanding leadership skills, who will be in demand in the market of intellectual labor. 217 students with hearing impairment from the regions of the RF and CI countries study in GUIC. Lectures and practical classes are provided by the professors from 29 departments of 11 faculties of the university. High quality professional training in accordance with the state standards is carried out in the friendly professional environment with individual educational trajectory, compulsory rehabilitation support for every student, state of the art developments of science, high technologies and healthcare. TU established ervice for Job Placement and Employment of GUIC tudents and Graduates. GUIC students have an opportunity to get supplement higher education and additional education at TU. Postgraduate forms of studies for GUIC graduates are based on the TU programs. GUIC applicants can be admitted to TU achelor programs. The students are enrolled at the university based on the results of the competitive entry exams without assignment to a particular field of training. They are enrolled in the fields of training after the first year of studies on the basis of competition, according to the results of professional orientation, professional diagnostics and profound marketing of intellectual labor market. Fields of Training: Informatics and Computing achinery (IU-5) - achelor, aster Information ecurity (IU-8) pecialist, aster Automation of Technological Processes and Production (RК-9) - achelor, aster aterial cience and aterial Technology (МТ08) - achelor, aster tandardization and etrology (МТ-4) - achelor, aster Website: Website: 21

23 aster Programs The basis for admission to aster programs at TU can be state-financed or commercial. As a second level of higher education aster studies act as a necessary link between achelor and postgraduate studies. aster diploma gives additional competitive advantages for getting a job and career development. asters start their professional activity with higher positions in the field of research as well as and in the application area. aster degree is recognized by the employers all over the world. The university has developed a system furthering asters participation in international academic mobility programs, including high quality professional training in foreign languages. Innovation study programs imply double degree programs with partner universities. Our students have internships in the leading Russian and foreign companies, make contacts in scientific and business communities. During their aster studies the students have great opportunities to acquire useful business relationships for their future activity. y the moment the students defend their aster theses, they are authors of scientific articles, reports for scientific conferences, participants of practical works. The most interesting aster projects can be implemented within the framework of kolkovo Innovation Center. The applicants can be admitted to the aster programs, determined by the cientific Council of the university in accordance with the TU Rules of Admission for the current year. They are enrolled in the aster programs on the basis of competition and in accordance with the results of the entrance exams. 22

24 usiness Education TU offers supplementary and additional education, including МВА (aster of usiness Administration). upplementary higher education is available in all majors and fields of TU. The training is carried out in accordance with individual plans, making the programs open not only for people with technical education, but also for those, who majored in humanities. The study is full time. The classes take place in the evenings. The admission is carried out twice a year in eptember and February. Within the framework of additional education TU offers English, German, French, panish, Italian and Chinese language courses on the basis of the programs specially developed for students with different levels. TU enables its students to learn some extracurricular disciplines, in addition to their core curricula. The list of disciplines is constantly updated to meet today s requirements. Free choice of disciplines and their number creates comfortable conditions for the students to acquire additional knowledge. ost popular programs of supplementary higher education Informatics and Computing achinery achelor/aster (2 years) Industrial Design achelor/aster (2 years) anagement achelor/aster (2 years) Economics and Company anagement achelor (2 years) Linguistics achelor (2,5 years) Design of Technical and Technological Complexes pecialist (2 years) Technological achinery and Equipment achelor (3 years) Jurisprudence achelor (2 years) Legal Expertise pecialist (2,5 years) iomedical Engineering pecialist (2,5 years) iotechnical and edical Equipment And ystems pecialist (2,5 years) Robots and Robotic ystems pecialist (2,5 years) Applied athematics achelor (2,5 years) Website: 23

25 ports at the University Each TU student is engaged in sports activities or does physical exercises. And they have a good reason for that. The university has an Olympic class sports complex with a 50 meter pool, light athletic facilities, halls for sports games and weight-lifting. The rock-climbing wall of the university is considered one of the best in oscow. Open air sports grounds with special coating enable the students to play football at every time of the year. In TU sports complex one can go in for 35 kinds of sports, including such modern as capoeira, a combination of Latin dances and oriental martial arts, as well as already popular snowboarding, billiards, and downhill skiing. The students living in the dormitory situated in Izmailovo can use the new sports facilities recently opened nearby. The professors and administrative staff of the university also participate in sports events, annual sports festivals and relay races, devoted to Victory Day and the TU students who took part in the battles for their motherland. 24 网 址 :