List of educational programs of Bauman MSTU

Transcription

1 Федеральное государственное бюджетное образовательное учреждение высшего профессионального образования Московский государственный технический университет имени Н. Э. Баумана Federal tate udgetary Educational Institution of Higher Professional Education auman oscow tate Technical University , Москва 2-я Бауманская ул., 5 Тел.: +7 (499) Факс: +7 (499) ums@interd.bmstu.ru 5, 2-nd aumanskaya tr. oscow , Russia Tel.: +7 (499) Fax: +7 (499) ums@interd.bmstu.ru List of educational programs of auman TU Code of T1 T2 Educational programs Programs * Description/basic knowledge requirements for aster Faculty of biomedical engineering iotechnical and edical Equipment and ystems biophysics, biotechnology systems theory, methods of iometric Technologies of Personal Identification measurement and analysis of biosignals, biology, biochemistry, anatomy, pathology, physiology and clinical ethods of Analysis and ynthesis of edical Images medicine Engineering in iomedical Practice functional anatomy, biochemistry, biophysics, biomechanics, iomedical Equipment, ystems and Complexes for medical IT, technology monitoring functions, sensors and Noninvasive and Remote Control of Vital Parameters of a biosensors, medical biotechnological processes and systems, Human Organism defense and aerospace medical equipment iomedical Equipment, ystems and Complexes

2 E1 E10 E2 E3 E4 Educational programs Programs * Description/basic knowledge requirements for aster anagement and arketing in the field of iomedical Engineering Faculty of power Engineering Liquid Rocket Engines Design of Liquid Rocket Engines Hydraulic achines, Hydraulic Drive Trains and Hydropneumatic Automation Research and odeling of Work Processes and Calculation of Automotive Diesel Elements basic knowledge of the aerospace and rocket engines fluid mechanics, hydraulic machines, hydraulic and hydropneumoautomation Reciprocating and Composite Engines Combustion Engines thermodynamic cycles in internal combustion engine. Fuels, combustion reaction, properties of fuels and combustion products. imulation and design of intake and exhaust processes, mixing, pressurization, and heat exchange. The toxicity of the combustion products Gas and team Turbine Plants and Engines Converters of Renewable Energy ources Aviation Engines and Propulsion ystems Design of Ground Propulsion ystems on the asis of Aviation Engines Design of Aviation Engines and Propulsion ystem Refrigerating Cryogenic Equipment and Life upport ystems Life upport, Thermostating and Defense ystems of Rocket and pace Complexes Thermocryostating of Rocket and pace ystems Cryogenic Equipment and pecial Life upport ystems dynamics of subsonic and supersonic gas flows, aerodynamics propellers and jets, the intensification of heat transfer and thermal protection, combustion theory, control theory of technical systems processes of boiling, condensation, pressure increasing, and expansion. Thermal conductivity. Heat transfer. The calculation of heat exchangers. Reverse cycle of refrigerating. Evaluation of the cycle cooling capacity by the energy balance. Refrigeration efficiency. Processes of internal cooling. Gas liquefaction processes. Properties of

3 E5 E6 E8 E9 GUIC I2 Educational programs Programs * Description/basic knowledge requirements for aster Cryogenic Equipment and Technology refrigerants. Reverse cryogenic cycles. Compressors and expanders in refrigeration and cryogenic cycles Vacuum, Compressor achinery and Pneumatic Equipment Development of Vacuum and Compressor achinery and Pneumatic Equipment create vacuum, compressors and pneumounit modern groundbased and airborne equipment spacecraft Vacuum achinery Pneumatic Units and ystems Thermal Physics energy resources and their use, the energy machinery with direct and reverse cycle; processes of boiling, condensation, High Temperature Thermal Physics pressure increasing, expansion. Thermal conductivity. Heat exchange. The calculation of heat exchangers Plasma Power Plants and Plasma Accelerators Electric Propulsion ystems energy resources and their use, the energy machinery with Design of Electric Propulsion ystems and On-oard Power direct and reverse cycle, Plasma and ion power plants: types, Installations principal theory of operation, application, lasers Plasma Power Plants Engineering Protection of Environment technosphere and its relation to the biosphere, its impact on Life afety in Technosphere the environment. The principles of industrial enterprise environmental problem solutions. Ecology. Environmental ultipurpose Use of Water Resources monitoring. Physical and chemical methods of control of the environment. Water treatment methods. ethods for purifying gases. Types of filters. Adsorption and absorption Faculty for people with hearing disabilities the main research and training and methodological center of individually for all s vocational rehabilitation of persons with disabilities (people with hearing disabilities) Faculty of engineering usiness and anagement Innovation usiness angement organization of high-tech industries, the management of Innovation Controlling innovation in enterprises, planning firms, controlling, a Economics and Industrial anagement feasibility study to create designs and manufactures, valuing

4 I3 I4 I5 I6 Educational programs Programs * Description/basic knowledge requirements for aster anagement of high tech projects the investment Controlling of organizations ystems and Instruments of Innovation management Innovation anagement in High Tech Industries Financial anagement on the basis of Information Technology marketing, management of material, financial and information flows in complex industrial systems Logistics arketing Organizational and Economic usiness Projection Organization of Innovative Control ystems High Tech Commercialization IT management human resource management, productivity of staff, and HR anagement personnel policies of the company Economic Resources of tate Regulation Innovative project management Technologies of information management Investment anagement in High Tech Industries Economics and Finances Accounting, Analysis and Audit design, implementation, effective use, purchase and sale on Enterprise Financial anagement the market of modern information technologies, methods of Accounting, Analysis and Audit information High tech financial projects Investment anagement in High Tech Industries Technologies of International usiness business organization and sale of high-tech products, the IT Project anagement management of the market value of high-tech industry based usiness anagement on the organizational and economic analysis of the business Government regulation of economic resources and modern information and communication technologies

5 I7 IU1 IU2 Educational programs Programs * Description/basic knowledge requirements for aster Logistics-Oriented High Tech Enterprise anagement Organization of Logistic ystems in High Tech Industries Corporate IT-business Innovation usiness conducting business on the basis of project-based management and investment management, the ability to Innovation anagement organize work on a new product in accordance with international standards and management skills are an innovative company Faculty of informatics and Control ystems Control and Informatics in Engineering ystems Information Technology for Control ethematical and oftware upport of Control ystems Flight Vehicle Control ystems Flight Vehicle ovement Control ystemes athematical and oftware upport of Control ystems ethematical and oftware upport of Control ystems Flight Vehicle Control ystems Automatic tabilizers of Flight Vehicles Gyroscopic Instroments, Gyrostabilizers and Attitude Control ystems Inertial Navigation ystems of Flight Vehicles, athematical, oftware and Hardware upport for These ystems Production Technology of Electromechanical, Optical, icromechanical and Nanomechanical Navigation Devices Flight Vehicle Control ystem Devices Automatic tabilizers of Flight Vehicle Control ystems Inertial Navigators of Flight Vehicle Control ystems ethods of classical and modern theory of automated control. Theory and computer methods of stochastic systems study. Time-dependent automatic control system. The theory of nonlinear systems of automatic control Gyroscopes, navigation accelerometers, autopilot, navigation systems for space, air, ground and underwater robots, and methods of data processing in airborne systems, precision elements of the instruments, micromechanics, systems for orientation, navigation and control of mobile robots

6 Educational programs Programs * Description/basic knowledge requirements for aster Precision Devices of Flight Vehicle Control ystems Device Technology of Flight Vehicle Control ystems Information ystems and Technology Information system and technology theory, architecture, modeling, design and analysis of digital device reliability. IU3 Intelligent systems and technologies. Information-measuring Development technology IT systems devices and metrology. Circuit design of electronic devices. Information and communication systems and networks. Operational systems. Data bases. Design and Technology of Electronic Computing eans IU4 Design and Technology of Radio Electronic eans Electronic equipment design and process design. Design and Engineering of Nanoelectronic eans technology of printed circuit boards. Automated ystems of Information Processing and Control Computer systems and networks. Automated system software Development of Information and oftware ystems design. Automated Data Processing and Control systems. IU5 Computer architecture. Programming in high level language. Automated ystems of Information Processing and Control asics of the theory of control. Operation systems. Data bases. Computer information security techniques and means Computing achinery, Complexes, ystems and Networks Computer operation systems. mall-scale computer operation IU6 Intellectual subsystems for synthesis of optimal project systems. Design of computer networks. Telecommunications. solutions Computer circuitry engineering. Development of oftware and Information ystems data bases. Data structures and types. Expert systems. IU7 Application of the theory of fuzzy sets in the development of Development of oftware and Information ystems an expert system. athematical models and methods for the numerical solutions. Programming in C and C++. IU9 Applied athematics and Informatics development of unique algorithms, including the solution of

7 Educational programs Programs * Description/basic knowledge requirements for aster problems of class NP; Computational linguistics, including a variety of word processing tasks in natural language; The creation of new programming languages; Architecture analysis and use of operating systems, application software on high-performance computing systems; Development, analysis and administration of computer networks and communications; Visualization in three-dimensional environment (3D-rooms) data, including the results of engineering calculations; Development and system maintenance of complex information systems, with special processing algorithms, including geographic information, test and training systems Faculty of manufacturing technologies etal Working achines and Complexes principles of system design. Principal theory of analysis and T1 Design of etal Cutting achines and Complexes design of machine tools; Design of machine tool drives. Dynamic processes in machines. Principal theory of automated equipment design. achine software control systems. achine tool manufacture and testing. Design of automated machine systems. Design of Technological Complexes in Pipe and Tube energy savings and the creation of combined metallurgical Production plants; equipment and manufacturing techniques of composite T10 Design of Technological Complexes in Casting and Rolling materials, powder metallurgy wire; technology of formed Engineering sections. theory of continuous metal forming processes; design process rolling; computer design and automation of metallurgical equipment. T11 Engineering Nanotechnologies in echanical Engineering physical principles of micro and nanoelectronics: Dielectric

8 Educational programs Programs * Description/basic knowledge requirements for aster Nanoengineering and magnetic properties of solids. Crystals. emiconductors. emiconductor devices. Optical photoelectron and vacuum devices. Gas discharge. Plasma. Technology of micro and nanostructures obtaining: physics of different techniques of thin film deposition. Nanotechnologies: Equipment for micro and nanoelectronic device manufacture. ethods of study micro and nanoelectronic materials and devices T12 achinery and Technology of High Performance Processes of aterial Treatment physics of technological lasers; special chapters on the Design of Industrial Technological Complexes with the Use technology of laser processing; computer-aided design of laser of High Concentrated Energy Flows treatment; technology of optical components and assemblies; operating parameters of the laser radiation processing plants Renovation of eans and Objects of aterial Production in theoretical foundations of renovation processes processes T13 echanical Engineering renovation; triboengineering; economic issues renovation; basics of marketing, technology utilization Instrumental ystems of echanical Facilities T2 Equipment, Instruments and Processes of achining and Theory of cutting, physical and engineering methods of metal Physical Treatment processing; Principles of instrumentation system design, Design of achining and Instrumental Complexes in CAD processes; computer-aided design and simulation; echanical Engineering information technologies in machining anufacturing Technology Design of Technical and Technological Complexes Technologies, Equipment and Automation of echanical Principles of design and analysis of technological processes. Facilities Principles of tool design. Design and reconstruction of T3 achinery and Technology of Foundry machine building shops and plants. Computer aided design of Design of Technological Complexes and echanical technological processes. Automation of assembly processes. Assembly Facilities Design and Engineering upport of echanical Facilities T4 etrology and etrological upport etrology, standardization and certification. Organization and

9 Educational programs Programs * Description/basic knowledge requirements for aster etrology of Nanostructures and Nanotechnology technology of testing. General theory of measurements. tandardization and Certification Theory and analysis of measuring transducers and instruments. Automation of measurements, control and Test and Certification testing. Design of Technological Complexes in Foundry theory of the formation of castings; general and special T5 casting techniques; physico-chemical processes in foundries; theory of casting machines and robotic systems. T6 achinery and Technology of etal Forming Applied theory of plasticity; advanced technology processing Design of Technological Complexes in Press Forging pressure; progressive pressure treatment equipment; Engineering automated and robotic systems of plastic material handling. Equipment and Technology of Welding Engineering Classification of welding processes. Heat sources. Thermodynamics. Weldability. Deformations, stresses and T7 Design of Technological Complexes in Welding Engineering cracks. trength of welded joints. Automation of welding processes. aterial cience and Technology of Coating and urface theory of the structure and properties of the machine-building Treatment of aterials and instrument-making materials; methods and means of aterial cience in echanical Engineering controlling the composition, structure and properties of materials; modeling and optimization of the processes of heat and chemical-heat treatment; theory and methods of corrosion T8 protection materials; physics of strength, ductility and fracture anufacturing Technology of aterials with pecial of materials; physical chemistry and engineering of materials Properties and surface coatings; technology and equipment for ionplasma coatings; computer design of materials; micro-and nanocrystalline materials; intellectual materials T9 Industrial Design Industrial Design Electronic Engineering physical foundations of electronic equipment; Vacuum Technology; electron and ion technology; design of automatic T11 machines and machine systems; automatic control system; Electronics and Nanoelectronics information support for research and development in electronics.

10 RK10 RK4 RK5 RK6 RK9 RK10 Educational programs Programs * Description/basic knowledge requirements for aster Faculty of Robotics and Complex Automated ystems Ergonomics of Robotic and echatronic ystems Robotic ystem Control Industrial Robotics Theory of system control. icroprocessor systems. Design ervice Robotics and structure of robots. Control of robots Robotic ystem Control Autonomous obile Robots Road, Construction, Hoisting and Transport Vehicles and Equipment Conveying ystem Ground Transport and Technological Complexes athematical and Computer odeling of echanical ystems and Processes tress, deformation and strength of solids. Torsion. ending. Experimental echanics Theory of destruction. Theory of stability. Critical load. Vibrations. Resonance. athematical models of solid mechanics Automated Design ystems Programming, languages and algorithms. Computational Information upport of Product Lifecycle mathematics and mathematical modeling. Data bases. Computer Technology and odelling Computer graphics. Organization of computers, computer Intelectual ystems systems and networks. Information support of life cycle stages Information and oftware upport of Automated ystems of products. Complex Automation of Technological Processes and Principles of flexible automation of technological and Production production processes. pecific characteristics of automation in Automated Control of Product Lifecycle current period. Flexibility and adaptability. asic principles of organization of technological and production processes in automated manufacturing systems (A). Efficiency and Intellectual ystems for Control of Technological Processes performance of A. Reliability of A. odeling of and Production technological and production processes. asics of engineering systemology. Industrial Robotics fundamentals of industrial robots and robot design; control Robotic ystem Control theory of technical systems; microprocessor technology and

11 RL2 RL3 RL6 1 Educational programs Programs * Description/basic knowledge requirements for aster ervice Robotics controls robots; information devices and systems sensitizing Ergonomics of Robotic and echatronic ystems robots; robot control; control robot systems; electric, hydraulic and pneumatic actuators of robots; methods of Robotic ystem Control artificial intelligence; automated methods of research and Autonomous obile Robots modeling of technical systems. Faculty of Radio Electronic and Laser Technology Laser Devices and Technology asics of optics: optical systems, axwell s equations, Optoelectronic Information easurement and Tracking electromagnetic field propagation, interferention, diffraction, Devices and ystems quantum theory of radiation. Optical and optoelectronic Optoelectronic Information and easurement Devices and instruments and systems. Fourier s series. Dispersion ystems function. Principal physics of lasers. Active media. Laser Optical and Optoelectronic Devices types. Optical resonators. Optoelectronic ystems and Devices Optical ystem Calculation Technical Optics Principles of optics, optical measurements, applied optics, optical materials and technologies. Optical-mechanical device Optical Instrumentation manufacturing technology. Optical methods and devices for Optoacoustic Devices research Design of Optical ystems Optical and Optoelectronic Devices for Research Informational Radio Electronic eans Engineering Nanotechnologies in Instrumentation Information radio electronic systems and components. Engineering Nanotechnologies in Instrumentation Automated control systems. Telecommunication facilities. Environmental monitoring of natural resources. Information Design of Technology of Electronic Computing eans technology and computer-aided design of electronic systems Elements and Devices of Electronic Computing eans and their production. Processes of electronic systems Nanoengineering Faculty of pecial achinery Composite tructures and Technologies for Rocket and Aerospace Applications Design and engineering of rockets and spacecraft, tructural echanics of rockets and spacecraft, Dynamics of missiles,

12 Educational programs Programs * Description/basic knowledge requirements for aster anned and Automatically Controlled pacecraft and ystems Deployable pace Constructions Composite tructures and Technologies for Rocket and Aerospace Applications space vehicles and drop large space structures, thermal conditions for spacecraft 10 otor Car and Tractor Construction Ground Transport and Technological Vehicles with The theory of vehicle movement. Dynamics, the methods of Combined Power Plants analysis and design, the structure of wheeled vehicles. odeling wheeled vehicles systems. Principles of research otor Cars and Tractors and testing wheeled vehicles. Ground Transport and Technological Complexes Underwater Robotic Complexes and Vehicles Design, Traffic control systems, optical and general 11 Robotic ystem Control navigation, Trainers, Technical Animation, assembly, testing Autonomous obile Robots and operation of underwater technology Production и Technological Execution of Rockets and Technology Aerospace Engineering, Fundamentals of pacecraft computer-aided design, Process engineer, pecial methods of 12 Assembly and Test of Rockets and pacecraft forming, Technology of functional coatings, technology to make the connections, uilding Products, product testing, anagement in Engineering ystems, Automation of the equipment and processes, Design of production systems Composite tructures Designing and anufacturing Principles of rocket flight techniques: propulsion, liquid and anufacturing Technology of aterials with pecial solid propellants, aerodynamic forces, flight, control of flight. 13 Properties Polymer composite materials: properties, structure, technology. trength and design of structural elements made Rocket and pace Composite tructures of composite materials. anned and Automatically Controlled pacecraft and Vibration theory, tructural echanics, anagement in ystems Technical ystems, trength, Construction of special 2 Aerospace Rocket ystems machines and devices, Design of spacecraft, Design components and assemblies, Fundamentals of computer-aided design 3 Dynamics and Flight Control of Rockets and pacecraft Design and structure of rockets and spacecrafts. tructural

13 Educational programs Programs * Description/basic knowledge requirements for aster 5 7 Flight Control of Automatically Controlled and anned echanics of rockets and spacecrafts. Dynamics of rockets, pacecraft spacecrafts and deployed large-scale space structures. Design alistic of Rockets and pace ystems Thermal conditions of spacecrafts Aerodynamics of Rockets and pace Transport ystems pace Achievements Applied in Remote ensing of the Earth, atellite Communications and Navigation allistics and Aerohydrodynamics Autonomous Information and Control ystems Technology Aerospace Engineering; Computer-aided design Intellectual Control ystems processes; pecial methods of formation of products from structural and composite materials; Thermal protection Location Autonomous Information and Control ystems materials and technology of plasma coatings rocketry products; Assembly technology rocketry products; Control technology, testing and diagnosis rocketry products; Ensuring ignal Processing in Autonomous Information and Control product quality and reliability of CT technology systems; ystems Design of assembly and testing equipment; Computer information systems support decision making; arketing aerospace engineering. Autonomous obile Robots echatronic ystem Control pecial Robotic ystems Robotic ystem Control Autonomous obile Robots 8, 9 Ground Transport and Technological Vehicles with Combined Power Plants pace flight modeling and control. allistic and navigation support of rocket and spacecraft flights, the synthesis of orbital structures of satellite systems, ballistics and aerodynamics of flight vehicles, experimental aerodynamics, testing rockets and spacecrafts Fundamentals of space engineering, ground equipment missile systems, structural mechanics systems, Dynamics hardware launch facilities, Fluid echanics, Heat and mass transfer in the ground equipment, optimization of structures and systems, reliable equipment plant, machinery equipment design, management of technical systems The theory of the design and testing of tracked vehicles, Technology of tracked vehicles, The theory of motion of

14 Educational programs Programs * Description/basic knowledge requirements for aster FN1 FN2 FN11 FN4 otor Cars and Tractors Ground Transport and Technological Complexes multi-purpose tracked vehicles and extraterrestrial vehicles, Controllability and stability of motion tracked vehicles, triboengineering multipurpose vehicles, Design of extraterrestrial vehicles and multipurpose mobile robots, Designing military tracked vehicles and vehicles dual-use Faculty of Fundamental ciences athematical odelling of Random Processes and tudents studying in depth the classic sections of higher Engineering ystem Testing mathematics and modern methods of implementing the most important computing algorithms on computers, acquire sound athematical odelling in Technology knowledge in the field of general engineering disciplines and applied branches of aerospace technology. Among the special disciplines such as computational methods, methods of athematical and Computer odeling optimization and control theory, operations research, the equations of mathematical physics, principles of mathematical upercomputer modeling in Engineering modeling, probability theory and mathematical statistics, mathematical theory of the physical and mechanical processes, mathematical modeling of aerospace systems, etc. Physical and Chemical aterial cience Physics of Nanotechnology and Nanoscale trictures Radio Physics and Electronics Physical Optics and Quantum Electronics Applied Physics of olid Optical Physics and Quantum Electronics Thermal and olecular Physics the basic physical phenomena and the basic laws of physics, the limits of their applicability, application of the law in the most important practical applications; basic physical quantities and physical constants, their definition, meaning, methods and units of measurement; fundamental physical experiments and their role in the development of science; purpose and principles of the most important physical devices. FN12 Dynamic ystems and Control Processes Nonlinear Control ystems: Differential-Geometric Approach

15 Educational programs Programs * Description/basic knowledge requirements for aster cience in Nonlinear Dynamical ystems and Automatic Control _english ** and tatic Feedback Linearization; Differentially Flat ystems and Dynamic Feedback Linearization; Control of Nonminimum-Phase ystems; Integrator ackstepping and Forwarding; tability Theory and Lyapunov Functions; Linear atrix Inequalities: Application to Nonlinear ystems; Passivity-ased Control and Dissipative Dynamical ystems; Nonlinear tate Observers and Output Feedback Control; Nonlinear Adaptive and Robust control; Time-Delay ystems; Nonlinear Control: Applications to echanical, Electro- echanical ystems and Flight Dynamics * achelor, pecialist, aster ** Duration: 2 years, 120 ECT credits Applicants are expected to have a achelor's degree in one of the following subjects: Electrical Engineering, echanical Engineering, Computer ciences or Applied athematics. The mathematical prerequisites are calculus, linear algebra and differential equations. Furthermore, an applicant must have background in linear control theory. International applicants should have a good command of the English language, since all courses are tought in English. Контакты: +7 (499) (499) Website: orisa@bmstu.ru Contacts: +7 (499) (499) Website: orisa@bmstu.ru