Road Building Machines
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Name |
Road Building Machines Department |
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Foundation |
since 1943 |
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Staff |
Number of employees - 43, including: Teachers - 29, including: PhD – 20, Doctors of science – 3 |
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Faculties |
Faculty of Road and Technological machines Faculty of Road building |
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Subjects |
Analysis and efficiency of road-building machines Analysis and efficiency of the road- & airfield- building and restoration machines Analysis of airfield machines in computer technology Analysis of road-building machines in computer applications Safety and risks in engineering Introduction to the engineering profession Introduction to specialty Universal quality management Load-lifting machines and equipment Machine dynamics Dynamics of the paving machines Dynamic processes in the structures of ground-based transporting machines Road and building machines Road and building machines in future The air transport legislation IT technology for service enterprises IT technology during the machine creation and operation Testing of load-lifting, building & road facilities and equipment Research of the road-building equipment market Research and testing of ground-based transport and technology machines Research of the road- and airfield-building & restoration machines by simulation methods The transport complexes history Computer added drawing Design and calculation of ground transport and technological machines Structures of load-lifting & moving, building, road facilities and equipment Special purpose machine structures Structures and performance characteristics of load-lifting & moving machines Structures and performance characteristics of road-building machines Logic and methodology of science Metal structure of load-lifting & moving, building, road facilities and equipment Mechanization and automation of building works Models and methods to predict the activity of enterprises for building and road machinery service Reliability of mechanical systems Reliability of special purpose machines Research work Scientific basics for creating transport-technological machines Optimization of systems Optimization of technical systems Optimization of the technological processes control Organization of corporate service enterprise systems Basics of physical processes algorithmization Basics of engineering creativity Basics of scientific research Basics of scientific research and testing of special purpose machines Basics of designing machines for the building and restoration of roads and airfields Basics of technical system performance Basics of creating scientific publications Design features and safety of earthmoving machines Design features of earthmoving and paving machines Experiment planning The main IT programs for all of users Design of load-lifting & moving, building, road facilities and equipment Designing of the enterprises for technical service Designing of special purpose machines Production and technical infrastructure of enterprises The calculations of machine strength by the finite element method Strength and reliability of structures of machines for the building and restoration of roads and airfields The work processes of roadbuilding machines The work processes and dynamics of machines for maintaining airfields The work processes of machines The work processes of machines for the building and restoration of roads and airfields Certification and licensing in the field of production and operation of technological and transport-technological machines and equipment Certification of municipal machinery Certification of machines and equipment for the maintenance of airfields Power units The programs for computer added design The programs for computer added design of load-lifting & moving, building, road facilities and equipment Modern trends in operation and service of roadbuilding and municipal machines Modern problems and development trends in the transport & transport - technological machines and equipment design Modern problems and development directions in transport & transport - technological machines and equipment operation Modern problems and development directions in technologies for the use of transport - technological machines and equipment Modern technologies of the roads & airfields building and maintenance Construction mechanics and metal structures of load lifting & moving, building, road machinery and equipment The building machinery The building and road machinery and equipment Theoretical basics to evaluate the maintainability of road building machines Theoretical basics of production operation Theoretical foundations for creating machines Theoretical bases of technical service of machines Reliability theory The theory of load-lifting & moving, building, road facilities and equipment The theory of special purpose machines Technical diagnostics of machines Technical operation of machines Technological processes of maintenance and repair of transport-technological machines and equipment Technology and equipment for ground handling of aircraft Technology and techniques to ensure commercial operation of airports Technology and equipment to maintain and repair of airfields Types and operation of process equipment 3D-simulation Management of service support for construction and road equipment Control of the technical systems Expendable materials Operation of airfields Operation of lifting and transport, construction, road facilities and equipment Operation, diagnostics, repair and disposal of special purpose vehicles Power units for load lifting & moving, building, road facilities and equipment |
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Science Achievements |
Scientific research is demand in the areas of construction and maintenance of roads when laying and compacting asphalt concrete pavements, in the field of evaluating the technical and economic efficiency of machines, evaluating the dynamics of the functioning of machines during transport operations using handling equipment, assessing the quality of distribution of anti-icing materials, etc. Patented a number of software products for assessing the effectiveness of machines, assessing the dynamic stability of machines with manipulators, evaluation of distribution characteristics of anti-icing materials, etc.. |
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Students Activity |
Competition of final qualifying works in BSTU named after Shukhov Nominal scholarships of the Moscow government. International competition of scientific-methodical and final qualifying works "GNOSIS". |
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Why MADI |
The engineering qualification of a specialists obtained by a graduate of the faculty provides them with the opportunity to work in large modern organizations, as Russian, such as airports “Sheremetyevo”, “Vnukovo”, Domodedovo”, so in the large international companies, such as John Deer, Caterpillar, JCB, Komatsu, Liebherr, Volvo etc. The main activities of graduates are organizational and managerial, production and technological, research, service and operation of equipment, and commercial areas. The rapid development of road building and air routes, the constant increase in the need for specialists in such industries will allow graduates to expect a variety of different job offers and interesting work. |
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Where you can work |
Road building enterprises. Sphere of any machinery design & production. Dealer’s companies. Service & maintenance of load lifting & moving facilities, road building & paving equipment, etc. Asphalt & Concrete plants and all fields connecting. Airport’s airfield & commercial services to provide the aircrafts flights. |
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Contacts |
Gennady V. Kustarev, professor, head of Road Building Machines Department, Moscow State Automobile and Road Construction University (MADI). +7(499) 155 07 97, dorstroimash@yandex.ru. |
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Photos |
Rooms, provided with educational equipment. Special lecture halls to deliver any kind of lecturers. The laboratories to investigate the operating processes of machines & special facilities. |