Department of Industrial and civil Engineering»

Head of the Department Candidate of Technical Sciences, Associate Professor Zaitsev Alexey Nikolaevich

The Department of Industrial and Civil Engineering is a graduating department in full-time and part-time forms of study.

Graduation is carried out in the following areas of the main professional educational program of higher education:

• Bachelor's programs 03/08/01 Construction in the following areas:

Industrial and civil construction;

Heat and gas supply and ventilation";

Production of building materials, products and structures.

Those who complete this course receive a bachelor's degree.

• specialty programs 05/08/01 Construction of unique buildings and structures in the specialty “Construction of high-rise and long-span buildings and structures.”

Those who complete this course receive the qualification of a civil engineer.

The department trains postgraduate students in the direction 06/08/01 “Engineering and construction technologies”.

Composition of the department:

1. Zaitsev Alexey Nikolaevich - head of the department, candidate of technical sciences, associate professor.

2. Dorkin Valentin Vasilievich - professor, candidate of technical sciences, honored tester of space technology, academician of the RAC named after. K.E. Tsiolkovsky, honorary worker of higher education of the Russian Federation.

3. Morozova Dina Voldemarovna - associate professor, Ph.D.

4. Evgeniy Nikolaevich Zaichenko - associate professor, candidate of architecture.

5. Sinitsyn Valery Ivanovich - associate professor, Ph.D.

6. Kuznetsov Vyacheslav Anatolyevich - associate professor, Ph.D.

7. Suzdaltseva Elena Anatolyevna - assistant.

8. Nikonova Marina Yurievna - leading engineer.

9. Maria Sergeevna Holdina - engineer.

The Department of Industrial and Civil Engineering was formed in 2014 on the basis of 9 departments Faculty of Construction MGOU im. V.S. Chernomyrdin.

The Faculty of Civil Engineering was one of the oldest faculties at Moscow State University (formerly VZPI). The faculty was founded in 1932 and existed unchanged until 2013, when MGOU became part of MAMI. Over the years, the faculty has graduated more than 30 thousand specialists in the field of construction who work in all regions of our country and abroad.

Prominent scientists and honored workers of the construction industry worked at the faculty: academician, president of the Academy of Sciences of Architecture and Construction Sciences, Doctor of Technical Sciences, Professor S.S. Davydov, Doctor of Technical Sciences, Professor A.I. Otreshko, Doctor of Technical Sciences .Sc., Professor Korchinsky I.L., Doctor of Technical Sciences, Professor Zaitsev Yu.V. (former rector of Moscow State University), laureate of the Stalin Prize, Doctor of Technical Sciences, Professor Sizov V.A., Academician, Honored Worker of Science and Technology Doctor of Technical Sciences, Professor Targ S.M., Doctor of Architecture Lyashchenko S.V. . and many other distinguished teachers.

For more than 20 years, the dean of the Faculty of Civil Engineering at Moscow State University was RAASN adviser, Ph.D., Professor V.V. Dorkin.

Currently, the department is part of the Faculty of Urbanism and Municipal Economy of the Moscow Polytechnic University.

During the time the department was part of the Moscow Polytechnic University, the department trained and graduated more than 100 civil engineers and bachelors in the above-mentioned specialties.

Teachers of the department are actively conducting research work in the field of studying the stress-strain state of elements building structures using fracture mechanics methods, studying the physical, mechanical and deformative properties of concrete, the influence of various additives on the rheological properties of cement and concrete mixtures, study of the influence of temperature unevenness on the stressed state of the metal. Recently, the department has been conducting research work related to the disposal of solid household waste and its use in construction. This direction is very relevant, especially for large cities.

Teachers of the department participate in the implementation of grants under the government program of the RAASN. The research results are presented in the Council “Fracture mechanics of concrete, reinforced concrete and other building materials”.

A center for modern design and modeling of urban facilities based on bim technology has been created on the basis of the department.

Teachers of the department for recent years more than 10 textbooks have been published and teaching aids, monographs, large number methodological manuals and guidelines, as well as scientific articles.

The teachers of the department are constantly improving educational programs, curricula, work programs are being developed, guidelines on conducting classes, coursework and diploma design.

All employees of the department are constantly improving their educational and professional level, undergoing retraining and advanced training courses.

The second higher education in construction is one of the highest quality in the Russian higher education system, and the demand for qualified specialists in this field is practically inexhaustible.

Specialties for the second higher education

The main areas of bachelor's degree: industrial and civil engineering, civil engineering in complex hydrogeological conditions, hydraulic engineering, civil engineering of unique structures, hydro-reclamation.

Masters can master narrower specializations:

1. Solutions of an organizational and technological nature (theory and practice).
2. Design, as well as management and construction of renewable energy facilities.
3. Waterway objects.
4. Engineering systems.
5. River construction.
6. Automated design of structures.
7. Design, management and maintenance of real estate in the water and energy sectors.
8. Technical operation and reconstruction of structures.
9. Construction of landscape architecture objects.
10. Organization and management investment projects in the construction industry.
11. Theory and methods of computer modeling of objects.

Bachelors and Masters (in more depth) study:

The best universities in this field

The leaders in the segment of first and second higher education according to PGS are:

1. MGSU - National Research Moscow State Civil Engineering University.
2. GUZ - State University of Land Management (Moscow).
3. GTU - Moscow Automobile and Highway State University technical university(MADI).
4. VGASU - Voronezh State University of Architecture and Civil Engineering (merged with Voronezh Technical University in 2016).
5. PGUAS - Penza state university architecture and construction.

Alternatives

In addition to the second higher education, there are advanced training programs that are aimed at those who already have higher education in the construction field. Such courses cover a range of construction specialties, including:

1. Safety precautions.
2. Estimate matter.
3. Graphic system T-flex CAD, computer and engineering graphics.
4. Management of condominiums.
5. Certification.
6. Reducing energy costs during construction and operation of structures.
7. Using SCAD Office software.

Forms of training

1. Full-time form. Duration of study: 4 years for bachelors, 2 years for masters, 5 years for specialty programs.
2. Full-time and part-time. That is, evening. Attendance at classes is from two to four days weekly, mostly on weekdays, sometimes on weekends. This form is suitable for those who combine study and work. Duration: 2 years for a master's degree, 4.5 years for a bachelor's degree and 5.5 years for a specialty degree.
3. Correspondence. The number of classroom hours is extremely small, but not completely absent. Students visit the university during orientation sessions and so-called readings. The main material is absorbed independently. Some universities use modular system, in which classes are held throughout the year, 1-2 times a week.
4. Externship. The student independently masters all the necessary disciplines and passes exams (20-25 subjects per year). The educational institution does not conduct lectures or other classroom activities for the student, but carries out intermediate and final monitoring of his work.

Currently, an industry such as construction does not stand still, but is constantly evolving, introducing new technologies for the extraction and production of building materials, developing interesting methods construction and reconstruction of various objects necessary for human life.

Different decoding of ASG

Often, when studying special documentation and encountering construction, you can come across such an abbreviation as ASG. People working in this field immediately understand what we are talking about we're talking about. ASG is understood, firstly, as sand and gravel mixtures, and, secondly, as industrial civil construction. Let's take a closer look at each definition.

Sand and gravel mixtures

Sand and gravel mixtures are non-metallic building material, which is characterized by a loose state, containing coarse gravel and sand. PGS has good physical and chemical properties and due to its reasonable cost, it is widely used in the construction industry. Depending on percentage gravel is distinguished:

• OPGS.

In the first option, according to GOST, the content of large gravel fractions should not exceed ten percent. The classic mixture is used in road construction. It is necessary for laying the top layer of the canvas, embankment and serves as a kind of drainage during construction. But for leveling the territory, this class of ASG is not suitable, due to the quantitative ratio of the fractions included in the composition (sand and gravel). For these works it is better to choose OPGS.

Natural (classical) gravel mixture contains additional natural materials , such as quartz, clay and other impurities. Plus, depending on the mining location, the gravel composition may vary. These can be granite or limestone rocks, which will undoubtedly affect quality characteristics building materials.

The second abbreviation means an enriched sand and gravel mixture, in which the percentage of components is equal to 70/30. Thus, 30% is the sand content (that is, the volume of the mixture is ¼ sand and ¾ gravel). This type building material obtained industrially, adding gravel to the ASG. Therefore, by choosing an enriched mixture for concrete production and concrete structures, you can be sure that final product It will turn out dense and frost-resistant.

The mixture is extracted using special equipment from the bottom of rivers, sand quarries and beaches. Accordingly, the characteristic properties of building materials depend on the place of extraction. The main and most important indicator ASG is the bonding ability. Thanks to this characteristic, this received the material wide application in construction, namely:

• landscape design of the territory;
• road construction;
• concrete production;
• production of various reinforced concrete structures;
• leveling the area;
• filling holes and ditches.

When adding ASG to water or cement, the so-called mortars, which are subsequently used to make concrete. But, it is necessary to remember the purpose for which cement is made and, depending on it, to observe certain proportions of ASG and cement mortar.

Thus, with an increase in the amount of liquid, the final product turns out to be less dense, but if the solution that serves as a connecting link is small, then the concrete will be dense and heavy for further work. The use of this building material in the construction of road surface. The mixture is used to level the area where construction is taking place or repair work has been carried out.

Thus, when choosing sand and gravel mixtures it is necessary to clearly understand what they are needed for. If for road construction, then natural ASG is suitable, if for landscape design or manufacturing concrete structures, then OPGS is better.

PGS - industrial civil engineering

The second decoding of the abbreviation PGS means industrial civil construction. Builders are one of the in-demand professions currently. It is they who arrange the environment, making it suitable for human life and erect masterpieces of architecture. Engineers trained in the PGS specialty are engaged in:

• construction of industrial facilities;
• project documentation;
• construction and installation of various facilities;
• design engineering systems and drainage;
• inspection of various structures;
• geodetic and environmental surveys;
• management throughout all stages of construction.

Thus, PGS includes all stages of construction, from project documentation before finishing the finished structure. Engineers play a huge role in shaping the appearance of a village or city, starting from creating models settlement and ending with the construction and restoration of various structures. Project activities implies:

• carrying out engineering surveys;
• selection, analysis and systematization of received materials;
• creating a layout of the finished object.

Management is the organization of the work process, making important decisions and responsibility for their implementation. The inspection of structures means carrying out an inspection of the facility, analyzing the data obtained and reconstructing the finished facility.

In conclusion, it is worth repeating that the abbreviation PGS implies two definitions: mixtures of sand and gravel for construction, as well as industrial civil engineering. Mixtures are divided into classic or natural and enriched. The first option is used mainly in road construction, but the second is preferable for landscape design. Industrial and civil construction involves the development, analysis and support at all stages of construction of an object necessary for human life.

Not everyone can just up and become a builder. You must have a constant thirst to create something new, as well as possess the knowledge that is acquired over a long period of study. When receiving a specialty in construction, they study ecology, mechanics, fundamentals of architecture, engineering graphics and much, much more.

Not the least place is given to practical skills that are acquired on the job, where you can gain excellent experience and knowledge that cannot be learned about only in theory.

Construction specialty code 08.03 01.

Specialty: industrial and civil engineering

Knowledge in this area is interconnected and is often studied together. An engineer who has been educated in this field and considers himself a professional can work without problems with the operation, reconstruction, and restoration of public construction projects.

Upon reaching the third year, each student can expand their specialization and choose a more interesting subject of study.

The specialty civil engineering is in demand, and qualified workers are worth their weight in gold.

Specialty: construction and operation of buildings and structures

Construction of buildings and structures is a specialty highly valued by many leading educational institutions in large cities. And this is not just like that - graduates who have received all the necessary knowledge and proven themselves will not suffer from a lack of work.

When choosing a specialty in construction and unique buildings and structures, students will become more deeply familiar with computer science and mathematics, economics, electronics and electrical engineering, as well as many other necessary subjects.

Road construction specialty

A lot depends on the quality of knowledge acquired by modern students in this area, since our current situation with roads is far from ideal. You can find engineering specialties in construction. Specialty: construction highways is chosen by talented youth who will use all their skills in the future.

Students learn to develop advanced technologies, organize your own security measures environment, apply in practice all acquired knowledge using information developments, produce your own products and materials.

And this is just the tip of the iceberg, there is also construction railways, as well as the construction of bridges and tunnels - specialties that are particularly complex, but no less interesting and necessary for our country.

The construction of airfields is an important specialty on which not only flight comfort, but also complete safety depends.

Gardening and landscape construction specialty

Such a specialty requires from the student not only a simple desire to create something new and unusual, but also to have a sense of beauty and the ability to combine all the most beautiful works of nature. Teachers specializing in gardening, parks and landscape construction will teach students to conduct in-depth landscape analysis and carry out work on landscaping cities, preserving and restoring the ecological balance.

Universities specializing in construction

In Moscow you will find a large number of universities that offer you the necessary education. But what specialties in construction should I choose and where exactly should I go? We present a list of the best throughout the country:

Moscow Architectural Institute;
Moscow State University of Civil Engineering;
Architectural and Civil Engineering St. Petersburg State University;
Novosibirsk State University of Architecture and Civil Engineering;
Samara State University of Architecture and Civil Engineering;
Kazan State University of Architecture and Civil Engineering.

Specialty: construction – who to work with?

You got a specialty in construction – what should you work with? You can get a job as a foreman, but then your duty will be to control how the team works, full control for safety, as well as construction management at all its stages. Make the most necessary and life-changing decisions about use various materials during production, find out the loads for the building.

Design engineers, architects, site foremen, construction site managers and other construction specialists are required for numerous construction sites countries.

Construction specialties also differ in salary.

http://www.mgsupgs.mrezha.ru/http://www.mgsupgs.mrezha.ru/
The history of the presenter began with the PGS faculty construction university countries - MISS im. V.V. Kuibyshev, now MGSU. The faculty is the largest educational department university. Over the 78 years of its existence, the faculty has trained tens of thousands of civil engineers highly qualified. Graduates of the faculty enjoy well-deserved authority both in Russia and abroad. Many successfully work in government and commercial construction companies, in design institutions, in various administrative structures at all levels. In accordance with the results of international accreditation, the level of training of MGSU engineers in specialty 2903 "Industrial and Civil Engineering" is recognized as corresponding to the highest international standards and equal to a foreign master's degree from a European university. Students graduating from the PGS faculty receive higher education, recognized in 140 countries around the world.
The PGS faculty provides training in the following specialties and specializations:

Specialty "Industrial and civil engineering" (training period 5 years)
Specializations:
- research and design of buildings and structures.
- technology and organization construction production.
- safety of construction and technological systems.
- reconstruction and restoration of buildings and structures.

Specialty "Building Design" (architect engineer) (training period 5.5 years).

For graduates of secondary special education educational institutions construction profile, the training period is reduced to 4 years.
The faculty has 1,800 students.
Personnel: 58 employees; 157 teachers, including more than 120 doctors and candidates of science.
Every year, the faculty graduates about 350 civil engineers for the needs of the design and construction complex of Moscow, the Moscow region and Russia. The faculty has applications and enters into contracts with leading design and construction joint-stock companies and firms in Moscow and Russia for the employment of graduates.
Training of specialists is carried out in two areas:
Bachelor (4 years)
master (6 years)
Specialist (engineer) - 5 years.
The faculty trains specialists in two specialties:
290300 - "Industrial and civil construction" - with forms of study: full-time, evening, correspondence, external studies.
291400 - "Building Design", specialty: engineer-architect - full-time course of study.
Starting from the third year, students studying in the specialty "Industrial and Civil Engineering" are divided into specializations:
"Research and design of buildings and structures" with profiles "Theory of structures", " Metal structures", "Reinforced concrete structures", "Structures made of wood and plastics", "Dynamics of structures", "Dynamics and seismic resistance of buildings and structures", "Design of buildings and their internal environment";
"Research and design of buildings and structures" with profiles "Theory of structures", "Metal structures", "Reinforced concrete structures", "Wood and plastic structures", "Dynamics of structures", "dynamics and seismic resistance of buildings and structures", "Design of buildings" and their internal environment";
"Technology, organization and economics of construction production" with the specializations "Technology of construction production" and "Organization of construction production";
"Safety of construction and technological systems" with the profiling "Safety of structures under emergency dynamic impacts;
"Reconstruction and restoration of buildings and structures."
The faculty unites 7 educational departments: "Architecture of civil and industrial buildings", "reinforced concrete and stone structures", "Testing of structures", "Wood and plastic structures", "Metal structures", "Structural mechanics", "Construction production technology", having big story its development and authority in design and construction organizations. All departments of the faculty provide training in postgraduate and doctoral studies.
In 1999, the training program for specialists in the specialty “Industrial and Civil Engineering” was accredited by the International Institute of Civil Engineers (IIIS), which has its headquarters in London and brings together specialists in more than 140 countries. This means that students enrolled in the specialty “Industrial and Civil Engineering” since 1999, upon successful completion of their studies at the university, along with a state-issued engineer’s diploma, will receive a certificate of completion from an internationally accredited university. Based on the results of accreditation, engineering training at the faculty was recognized as corresponding to master’s training at a European university. In addition, students, starting from the third year, can join this prestigious professional association for free as a student membership in MIIS.
Junior (1st and P) courses are trained in the university building at the address: Yaroslavskoye sh., no. 26, and senior courses are studied in the building on Shlyuzovaya embankment, no. 8.

Leading scientists and major specialists in the field of construction work at the departments of the faculty. Some of them were elected full members and corresponding members of the RAASN, the International Academy of Informatics, the International engineering academy, European Academy of Sciences and Arts and others, are honorary doctors of various foreign higher educational institutions.
Along with free training, the faculty provides training on a paid basis. For persons with higher and secondary special education An external course was opened for the purpose of obtaining a construction education. Training is carried out according to individual schedules and on a paid basis. The best students, in addition to the main scholarship, are constantly paid a personal scholarship from the funds of the Faculty’s Educational, Research and Production Center. The faculty provides opportunities for creative and professional growth of students. Reviews and competitions of diploma and course projects are held regularly. Students of the faculty constantly participate in scientific and technical conferences of MGSU, perform scientific work at the departments of the faculty. In addition, students of the faculty work on a paid basis in a number of large research laboratories headed by leading professors and academicians of international level. Based on the results of research work, students make reports at all-Russian and international conferences, participate in shows and competitions.