About the university

The Ural Institute of the State Fire Service EMERCOM of Russia is one of the oldest educational institutions in the field of protecting the population and territories, counting its history since 1929.

The Ural Institute of State Fire Service is the only educational institution of the EMERCOM of Russia located in the Asian part of the country; on its basis, a regional branch educational center is being organized for advanced training and retraining of the leadership of the EMERCOM of Russia, managers and specialists in the field of fire safety of the Volga-Ural, Siberian and Far Eastern regional centers.

On the territory of the institute, there are buildings for a training fire station, dormitory buildings, a sports arena, an open training tower, a medical unit with an isolator, a heat-smoke chamber and other life support facilities of the institute.

At a distance of 30 km, there is a suburban training and sports center, and in the village of Koltsovo there is the second training ground of the institute, where all the conditions for training and living of cadets are created.

The Institute has 11 lecture rooms and 36 classrooms, 38 special rooms, 5 laboratories, a shooting range for 5 directions, a club for 650 seats, 4 sports facilities.

The Institute annually takes part in regional specialized exhibitions dedicated to the problems of ensuring fire safety, where the Institute's exposition has been awarded several times.

For scientific research, the institute takes part in solving problems determined by the plan of research and development work of the ministry and maintains scientific and technical ties with the Center strategic research Russian Emergency Situations Ministry.

Many of the Institute's employees are highly qualified specialists who have received government awards for courage and heroism in the performance of their official duty. The staff of the institute is proud of its graduates who have received high titles for the performance of their official duty.

Retired Major General Telyatnikov Leonid Petrovich was awarded the title of Hero for the elimination of the consequences of the accident at the Chernobyl nuclear power plant Soviet Union... Lieutenant Colonel Valery Valentinovich Zamaraev was awarded the title of Hero for his courage and heroism during the release of hostages in the city of Beslan Russian Federation (posthumously).

One of the priority areas educational work with the cadets and employees of the institute is moral and aesthetic education, the purpose of which is to form a comprehensively developed personality of an employee of the State Fire Service of the EMERCOM of Russia, moral qualities such as responsibility, pride in belonging to the EMERCOM of Russia, military valor.

The rituals of taking the Oath are held annually, the deployment of the guard of the training fire department in the combat crew of the Yekaterinburg garrison of the fire brigade, the release of young lieutenants, which are held in a solemn atmosphere in the presence of the leadership of the Ministry, parents and friends of the cadets.

The institute actively uses the spiritual and moral potential of public formations of service and combat training units, aimed at stimulating cadets to moral self-improvement, striving for a positive moral ideal.

Children come to the walls of an educational institution from cities and towns, villages, and they all have one thing in common - the desire to study here and master a noble profession. Employees and members of the admissions committee study applicants comprehensively, after successful completion entrance examinations applicants become cadets, because in addition to their studies, their whole life will be completely independent, they will now do everything themselves. Those who can draw will publish wall newspapers and combat sheets, design divisions of service and combat training, auditoriums, leisure rooms, athletes - dischargers - will defend the honor of the institute in competitions, and participants in amateur performances will reveal their talent at concerts and shows, thus, at the institute, social formations are created, which are the main support in the education of personnel.

The educational institution has the following forms of this work:
- excursions of freshmen to the museum of the institute.
- meetings of cadets with veterans of the fire department and the institute, dedicated to memorable dates Russia;
- participation in various kinds of amateur art contests, festivals, concerts, games of KVN teams.
- group visits to cultural and leisure centers with assigned teachers (District Officers' House, circus, Musical Comedy Theater, Drama Theater, Museum of Local Lore, Airborne Forces Museum, museums "Stones of the Urals", "Nevyansk Icon").

It has become a good tradition at the institute to hold such events as poetry evenings, dedicated to the Day Victory and Mother's Day, where works of their own compositions and poets of the war years are performed.

All divisions subscribe to periodicals... Each division has wall printing editorial boards. Wall, satirical and photo newspapers are published monthly. In addition, combat leaflets are issued weekly by each training group.

Every year, the institute hosts contests for amateur art, wall printing of service and combat training units, games of KVN teams.

The club of the Institute hosts concerts of various creative groups and guests of the Institute, concerts of amateur performances.

On the basis of the institute, various creative teams have been created and carry out work on moral and aesthetic education.

The choir, created from among the cadets under the guidance of the Honored Artist of Russia Yu.I. Smagin, the team has repeatedly performed in front of the staff of the institute, veterans and guests of the educational institution.

The vocal ensemble of the institute was a multiple winner and diploma winner of various competitions and festivals, such as "Song knows no boundaries", "I love my homeland", Ural student spring, "Yekaterinburg springs", 7th Moscow festival "Vivat, Victory" -competition of amateur performances EMERCOM of Russia in Noginsk and Moscow.

At the club of the institute there are literary and musical lectures with the participation of artists from the Sverdlovsk Regional Philharmonic Society. Feature films are shown in the service and combat training units.

The brass band and the combined choir of the institute carry out work on the musical support of various kinds of events both on the territory of the educational institution and outside it.

For the moral and aesthetic education of cadets, choreographic groups work - "Angels of Fire", " A virtual reality"," Fairy Tale Ballet "and ballroom dance studio.

In the future, it is planned to create a circle of artistic words from among the staff and cadets of the educational institution.

Created and functioning on the basis of the institute, creative teams contribute to the moral and aesthetic education of cadets and the younger generation, promoting the prestige of the educational institution and the characteristics of service in the Ministry of Emergencies of Russia. All creative groups of amateur performances have a sufficient artistic level to carry out work on the formation of high moral and aesthetic tastes in introducing personnel to the world of art.

The library fund of the institute is 141,227 copies of printed publications. There are 44 copies of documents for one student of the institute. The main fund of the library is educational, methodological and normative literature in the specialty - Fire safety.

The pride of the institute is not only the education of firefighting professionals, but also sports traditions. Olympic champions - honored masters of sports in biathlon Yu. Kashkarov, A. Popov, prize-winner of international competitions in cross-country skiing, master of sports of international class Yu. Badamshin - emerged from its walls.

Over the years of the institute's existence, thousands of cadets have fulfilled the standards of the I-III category, hundreds of candidates and masters of sports in fire and rescue sports. Therefore, the motto: “The point of honor of every cadet is to become an athlete,” actually lives on and is anticipated into life.

The institute is actively working sports sections in various sports. This is skiing, kettlebell lifting, sambo wrestling, judo, hand-to-hand combat, volleyball, athletics, football, fire and rescue sports, all-around.

The institute's combined team has repeatedly won prizes at republican, All-Union and International (CIS) competitions in fire and rescue sports.

High level physical fitness cadets of the institute, the massiveness of classes in the sections, the support and interest of the institute's leadership in a healthy lifestyle is evidenced by the sports achievements of our cadets and teachers in the sports day of the Ministry of Emergencies of Russia and the regional council "Dynamo".

Institute cadets I. Khlybov won the title of champion of Russia among youth, champion of Europe, World Youth Games of the CIS and Baltic countries in sambo wrestling, D. Dobrynin became the silver medalist among juniors in track and field athletics in Moscow, R. Siraev champion of the Winter Championship of educational institutions 2005 in the ascent of the retractable ladder, the bronze medalist of the 2005 Spartakiad of the Ministry of Emergencies in overcoming a 100-meter strip with obstacles, the bronze medalist of the Spartakiad of the Ministry of Emergencies of 2005 in the fire relay, the silver medalist of the Spartakiad of the Ministry of Emergencies of 2005 in the ascent of the retractable ladder, M. Yakhin the bronze medalist of the 2005 Spartakiad of the Ministry of Emergency Situations in overcoming a 100-meter runway with obstacles, the bronze medalist of the Spartakiad of the Ministry of Emergency Situations in 2005 in the fire relay, the silver medalist of the 2005 Spartakiad of the Ministry of Emergencies in climbing a retractable ladder, I. Shumkov, winner of the 2005 Spartakiad of the Ministry of Emergencies in athletics, D. Gareev, winner of the 2005 spartakiad of the Ministry of Emergency Situations of the Russian Federation in athletics, A. Drobotov - master of sports of international class, winner The European Youth Sambo Championship.

Organization educational process carried out by 4 faculties: for training fire safety engineers; fire safety technicians; distance learning; retraining and advanced training, 13 departments; and departments of the institute.

The Institute trains personnel of the middle commanding staff for filling positions in the subdivisions of the State Fire Service of the Ministry of Emergency Situations of Russia that are subject to staffing by specialists with secondary and higher professional education.

Department of Fire Engineering

Course work

Topic: Calculation and design of the main departments of technical

gPS service.

Option # 066

Completed: group cadet

private internal service

Checked:

EKATERINBURG

Introduction

Any delay in the route or a sudden failure of any vehicle system at the scene of a fire can lead to significant losses, and in some cases to human casualties. Therefore, the requirements for combat readiness and operational mobility of modern aircraft are constantly increasing.

When receiving an operational task, the PA is used in an intensive mode: movement occurs with maximum use of the power of an unheated engine and an unheated transmission, combat work in a fire is accompanied by an intensive selection of stationary power when exposed to powerful heat fluxes. As a result, the technical condition of the vehicle deteriorates, and its efficiency decreases. An effective maintenance system is required to ensure the proper level of PA performance and full realization of its potential properties. Such a system allows to identify latent defects in advance, to determine the list of necessary preventive measures and the amount of repair. The initial data obtained in this case allows not only to diagnose the state of the car at the time of control, but also to predict it for the future.

Initial data for calculation

Climatic conditions	moderate
Total PA
The main
AC-2.0-4 (5301)
AC-5-40 (43101)
APT-40 (53213)
ANR-40-1000 (433360)
Special
ASA-20 (43101)
Subsidiary

PA minimum mileage
The main
Special
Subsidiary
Maximum mileage PA
The main
Special
Subsidiary
Number of CR

2.2. Calculation of the annual production program

We determine the values \u200b\u200bof the norms of overhaul mileage and the frequency of maintenance

standard value of mileage for the corresponding type of repair and maintenance (app. 21, 12 Order No. 34)

coefficient taking into account the category of exploitation and natural and climatic conditions (Appendix 15 Order No. 34)

(Table. No. 2 Appendix 15 Pr. No. 34)

where

TO ´ \u003d 1 coefficient taking into account natural and climatic conditions

coefficient taking into account the aggressiveness of the environment and the transportation of goods that cause intense corrosion of parts (for fire tankers with foam concentrate tanks)

coefficient value

taken according to table. No. 3 adj. No. 15

Order No. 34

	Naim-e param-v						Normal value	Calculation value
	Frequency of TO-2
	The main
	AC-2.0-4 (5301)
	AC-5-40 (43101)
	APT-40 (53213)
	ANR-40-1000 (433360)
	Special
	ASA-20 (43101)
	Subsidiary
	KR frequency
	The main
	AC-2.0-4 (5301)
	AC-5-40 (43101)
	APT-40 (53213)
	ANR-40-1000 (433360)
	Special
	ASA-20 (43101)
	Subsidiary
	CP frequency
	The main
	AC-2.0-4 (5301)
	AC-5-40 (43101)
	APT-40 (53213)
	ANR-40-1000 (433360)
	Special
	ASA-20 (43101)
	Subsidiary

We will determine the number of repairs and technical services of the PA, knowing the average annual mileage of all fire trucks of the same make (model).

Basic L cf. \u003d 12025

Special L cf. \u003d 4450

Auxiliary L cf. \u003d 9125

The number of overhauls of fire trucks by brands of base chassis in the garrison:

where

L cf. - average total annual mileage, km

N pa. - the number of fire trucks of the corresponding chassis brand, pcs; T cr. - vehicle mileage before the first overhaul, km.

Number of medium PA repairs in the garrison:

For auxiliary PA, the number of SRs is not calculated, since their operating modes do not differ from vehicles of the national economy.

Determine the number of technical services (TO-2) PA

where

corrected standard mileage between TO-2.

	Naim-e param-v
	The main
	AC-2.0-4 (5301)
	AC-5-40 (43101)
	APT-40 (53213)
	ANR-40-1000 (433360)
	Special
	ASA-20 (43101)
	Subsidiary

In accordance with NPB 181-99 (mileage) PA after KR (
) must be at least 50% of the resource (mileage) of the new car (
)

	Naim-e param-v
	The main
	AC-2.0-4 (5301)
	AC-5-40 (43101)
	APT-40 (53213)
	ANR-40-1000 (433360)
	Special
	ASA-20 (43101)
	Subsidiary

2.2.2. Determination of the total annual labor intensity (P) of the main work

We determine the estimated labor intensity of the corresponding type of repair can be determined by the formula:

where

K 1 K 3 K E -coefficients, taking into account the category of operating conditions, climatic conditions and service life, respectively.

standard load, we choose according to Ave. No. 366 tab. # 2

	Naim-e param-v				Normal value	Calculation value
	Labor intensity TO-2
	The main
	AC-2.0-4 (5301)
	AC-5-40 (43101)
	APT-40 (53213)
	ANR-40-1000 (433360)
	Special
	ASA-20 (43101)
	Subsidiary
	Labor intensity of the Kyrgyz Republic
	The main
	AC-2.0-4 (5301)
	AC-5-40 (43101)
	APT-40 (53213)
	ANR-40-1000 (433360)
	Special
	ASA-20 (43101)
	Subsidiary
	Labor intensity SR
	The main
	AC-2.0-4 (5301)
	AC-5-40 (43101)
	APT-40 (53213)
	ANR-40-1000 (433360)
	Special
	ASA-20 (43101)
	Subsidiary
	Labor intensity of TR
	The main
	AC-2.0-4 (5301)
	AC-5-40 (43101)
	APT-40 (53213)
	ANR-40-1000 (433360)
	Special
	ASA-20 (43101)
	Subsidiary

The annual labor intensity of the overhaul (Pcr) is determined for each PA chassis brand by the formula:

P cr \u003d N crtcr

where Nkp is the number of overhauls by types and brands of PA; tcr is the adjusted labor intensity of the main PA, man-h.

The annual labor intensity of the average repair (Per) is calculated for each brand of chassis by the formula:

Nsr \u003d NCPtCP, (2.10)

where Nav - the number of average repairs by types and brands of PA; tcp is the adjusted labor intensity of the average PA repair, man-hours.

The annual labor intensity of the current repair (Ptr) is determined by the formula:

Ptr \u003d ((Lsr * Npa) / 1000) tcr

where Npa is the listed number of fire trucks (by type and brand of chassis); Lav - average total annual mileage of a fire truck, km; t TP - adjusted labor intensity per 1000 km of run, man-hours.

The annual labor intensity of TO-2 (PTO-2) is determined by the formula:

Pto-2 \u003d Nto-2tto-2

where Nto-2 is the number of maintenance services for TO-2 cars of this brand; tto-2- adjusted labor intensity of maintenance of TO-2, man-h. ...

The annual labor intensity of the repair of PA units for the working capital (P! Agr) is determined by the formula: (2.13)

Piagr \u003d Niagr * tiagr

where Niarp is the number of repairs of i units (specified in Table 1.3); t i arp is the corrected labor intensity of the main units repair.

Since in the annual task plan, in accordance with the provision of a reserve of time in the amount of 20% of the total annual

labor intensity, then the estimated total annual labor intensity (P) is determined by the formula:

P \u003d 1.2∑ Pi + Psam (2.14)

Where ∑ Pi is the total labor intensity of TO-2 work. SR, KR and TR and KR units.

The volume of self-service work (Psam) is taken as 10 ... 15% of the total labor intensity of TO-2 and repair. A smaller value is accepted with a larger number of PAs.

Record the results of all calculations in table. 2.3. In the settlement and explanatory note, a record of calculations is made only for one brand of main, special and auxiliary PA. For other brands of PA, do not record the calculations, but indicate the results in table. 2.3,

Name

The main

AC-2.0-4 (5301)

AC-5-40 (43101)

APT-40 (53213)

ANR-40-1000 (433360)

Special

ASA-20 (43101)

Subsidiary

Operating mode of the TS software, time funds and the number of production workers.

In the PTZ, fire brigades of the technical service, the operating mode is planned for a working week in one shift. The annual fund of working time is determined by the formula:

F D \u003d ((365- (A + B + C)) * D-E * K) * Z

where: Ф д - fund of working time in hours;

365 - the number of calendar days in a year;

A \u003d 100 the number of days off per year;

B \u003d 17 the number of holidays in a year;

С \u003d 24 vacation time (on average) per year, in working days; D \u003d 8.2 duration of the working day in hours;

E \u003d 6 the duration of pre-holiday days in a year;

K - shortening the duration of the working day on pre-holiday days (taken equal to 1 hour);

3 - coefficient that takes into account absenteeism of the worker due to illness and other reasons provided for by labor legislation (taken equal to 0.96).

F D \u003d ((365- (A + B + C)) * D-E * K) * Z = ((365-(100+17+24))*8,2-6*1)*0,96 = 1757,56

The number of production workers is determined by the formula:

P is the total annual labor intensity of work, man-hours.

=153

work places

The number of auxiliary workers is taken at 10 ... 15% of the number of main production workers. m in \u003d 18 auxiliary jobs.

Calculation of the number of posts. Determination of areasproduction zones and sites.

The composition of production zones and departments (sections) is taken on the basis of technological processes of maintenance and repair of PA and software, taking into account standard projects of the PTZ, software (H) TS.

The production building of the PTTs, PO (Ch) TS should include posts TO-2 and posts of all types of repair.

During the technological design of the TO and R posts, the following issues are resolved:

The appointment of posts and the nature of the work performed on them;

Working hours - the number of working days per year;

Program and labor intensity of maintenance and repair works;

Appointment (technologically necessary) number of workers;

Number of posts;

Selection of main and auxiliary equipment;

Calculation of the total area of \u200b\u200bthe TO and R sections;

The location of the TO and R zones in the production building of the PTZ, PO (H) TS.

The purpose of the posts depends on the method of organizing maintenance and repair (specialized or universal posts, dead-end posts or production lines).

The initial value for calculating the number of universal posts TO-2 is the post cycle τ to-2 or the time (in hours) of PA downtime under service at a given post:

where:
- corrected weighted average labor intensity TO-2, h

- the number of workers simultaneously working at the post (2 ... 5);

t n - time for installation of the PA at the post and exit from the post, h(0.16 h).

Since the labor intensity of TO-2 is different for different fire trucks, then in calculating the number of posts of TO-2, it is necessary to take into account the weighted average labor intensity:

\u003d 86.59 man-hours.

\u003d 17.48 h.

The number of services per day is determined by the formula:

N \u003d NT-2 / Dp \u003d 2.94

where: N TO -2 - the number of TO-2 PA per year;

D R - the number of working days per year

The duration of operation of the TO-2 zone T cm is assumed to be equal to one shift, i.e. 8 o'clock. Knowing the operating mode of the TO-2 zone and the daily production program for TO-2, the rhythm of production is determined:

R \u003d Tcm / Nc \u003d 2.73

Number of universal maintenance posts TO-2

determined by the formula:

Xto-2 \u003d tto-2 / Rŋ p = 7.54

where: η n \u003d 0.85 .. .0.95 - the coefficient of the use of working hours of the post.

Number of posts of all types of repair calculated by the annual labor intensity of work at the posts, including disassembly and assembly, control, adjustment and fastening work.

The number of repair posts is calculated using the formula:

where: P i - annual labor intensity, respectively, of major, average and current repairs, man-hours;

K p - coefficient that takes into account the share of the volume of work performed at the repair posts (K p \u003d 0.5 ... 0.6);

φ is a coefficient that takes into account the uneven arrival of fire trucks at the repair station (φ \u003d 1.2.,. 1.5);

Д Р - the number of working days in a year;

C is the number of shifts (C \u003d 1);

T cm - shift duration, h (T cm \u003d 8 h);

R p - the number of workers at one post, people. (2 ... 4 people);

η n - coefficient of using the working time of the post (η n \u003d 0.8 .., 0.9).

Service type	Appointment of PA		Calculation of labor	Number of posts
	The main
	Special
	Subsidiary
	The main
	Special
	Subsidiary
	The main
	Special
	Subsidiary

The area of \u200b\u200bthe areas of maintenance and repair of fire trucks (F TO.R) is calculated by the formula:

F ТО.Р \u003d f а X n К о

where: f a - the area occupied by the fire truck in the plan (in terms of overall dimensions), m 2 (we take 2.5x7 in the plan);

X k - the number of posts;

	Site name	occupied by PA, F pa, m 2	The area occupied by the equipment, F about, m 2	The value of the accepted coefficient, k	Estimated area, F uch, m 2	The area taken after the layout of the building, F pr, m 2
	Cleaning and washing works Diagnostics Maintenance Aggregate Electrotechnical Bodywork Wallpaper-joinery Tire Battery maintenance Fuel equipment maintenance Testing of engines and units Testing instrumentation

К о - coefficient taking into account free zones and passages (К о \u003d 4..5).

Finally, the area of \u200b\u200bthe zones is determined according to the results of the general layout of industrial buildings.

The areas of production sites are calculated according to the area occupied by the equipment in the plan, and the density coefficient of the arrangement of equipment:

F y \u003d f about K p

where: F y - area of \u200b\u200bthe site, m 2;

K p - the coefficient of density of arrangement of equipment, (K p \u003d 2.5 .. .5); f about - the area occupied by the equipment in the calculated area

The general layout of the production zones of the PTC, software (H) TS and the technological layout of the sites.

The dimensions of the production building are selected based on its area, configuration and size for construction, the unified dimensional schemes of buildings used, The most widespread are rectangular buildings, the length of which is determined by the formula:

Lz \u003d Fz / B \u003d 1798.9 / 36 \u003d 49.96m

where: F 3 - area of \u200b\u200bthe building of the production building, m 2;

B is the width of the building, m.

F 3 \u003d L З B \u003d 36 * 56 \u003d 2016 m 2

The height of the production building is determined by the nature of the work performed, the dimensions of the fire trucks and the accepted type of lifting devices.

The general layout of the production building is made based on the calculation of the areas of sites and production areas.

The geometric dimensions of the TO and R zones are determined by the overall dimensions of fire trucks, the standardized distances between vehicles at posts, as well as between vehicles and elements of buildings or equipment, the width of the passage in the zones and the method of placing vehicles.

Normalized distances in the TO and R zones are established by SNiP II-93-74

The posts of the TO ~ 2 and repair zones are equipped with inspection ditches, lifts of various types and purposes. When distributing maintenance posts, it should be borne in mind that universal posts and posts for engine repairs should be located on inspection ditches,

posts for the repair of transmission units, brakes, steering, axles and suspensions on lifts.

Dead-end and direct-flow posts are equipped with ditches. The arrangement of ditches depends on the design of the vehicle, technological equipment and the purpose of posts. The length of the ditch must be at least the length of the vehicle. The depth of the ditch, taking into account the vehicle's ground clearance, should be 1.2-1.3 m. The width of narrow ditches is no more than 0.9 m with reinforced concrete flanges and 1.1 m - with metal ones (Appendix 8). Narrow ditches, with the simplicity of the device, are versatile, i.e. suitable for all brands of fire fighting vehicles. Ditches should have an entrance with stepped stairs located outside the working area of \u200b\u200bthe ditch.

Narrow parallel ditches are connected by an open trench or tunnel. The width of the trench (tunnel) can be 1 ... 2 m. Low-voltage (up to 12 V) lamps are installed in the niches of the ditch walls. Ditches should be ventilated and heated with warm air. To remove the exhaust gases, the ditches must have special exhaust devices. Depending on the purpose, the ditches are equipped with lifting devices (ditch lifts), mobile funnels for draining used oil and devices for filling with oil, lubricants, water and air.

The sections on the plan of the production building are placed so that the repaired units and bulky parts can be mixed along the shortest path.

Premises, technologically connected with TO-2, are located near the posts of TO-2. Premises for performing aggregate mechanical, welded, bodywork and painting works, as well as warehouses for spare parts, units and materials, are brought closer to repair posts.

It is advisable to locate the test site next to the engine repair * tool-distributing storeroom - with a locksmith-mechanical site. Areas where large amounts of water are required are best concentrated in one place.

In accordance with fire safety requirements, flammable areas (welding, forging, etc.) are recommended to be located in groups at the outer walls and isolated from other rooms with fire-resistant walls.

Areas with flammable industries (wallpaper, painting) must not be located near flammable areas.

When drawing the layout plan of the production building using the accepted conventions, the designations show the overall dimensions of the buildings, the span width and the pitch of the columns, walls, partitions

boundaries between sites, lifting vehicles, etc. All elements of the building are shown in accordance with the accepted conventions shown in the table in Appendix 10.

The production buildings of PO (P) TS and PTC are usually designed as two-span buildings with a dead-end way of positioning posts. The main production sites are arranged on one side of the building in a six-meter span. Option "layout is given in the figure in Appendix 5,

When assembling, it is difficult to ensure that the calculated areas coincide with the accepted ones, therefore, their discrepancy is allowed within ± 15%.

The technological planning of the equipment of the sites is carried out on the basis of the layout plan. This layout shall show the building elements of the building "influencing the arrangement of equipment, the location of workers, the places of supply of electricity, water, compressed air, etc. The number of main equipment is established according to the timesheet in accordance with Appendix 4. An approximate list of equipment for the main sections of the production building of the PTZ, PO (P) TS is indicated in Appendix 1 i.

For planning, each type of equipment has a symbol, the shape of which corresponds to its contours on the plan, and the dimensions correspond to the dimensions in the corresponding scale. Equipment outlines are depicted in a simplified manner. The dimensions of the equipment are shown in the table in Appendix 12.

Near the equipment, they show the location of the worker in the form of a circle with a diameter of 500 mm (on the appropriate scale). Half the circle is shaded. The light half of the circle represents the face of the worker and should face the equipment.

The numbering of all types of equipment on the site is through, usually from left, right and from top to bottom. The equipment number is indicated inside the outline in Arabic numerals or outside it at the end of the extension line. An example of the technological layout of the test and fuel-repair sections with the placement of technological equipment is given in Appendix 13.

On a sheet of drawing, students show in detail the inspection ditches of all types of repair and maintenance-2 zones, as well as the technological layout (arrangement of equipment) for the areas provided for by the task, the version of which is selected according to the last digit of the record book number:

0 - color, aggregate-mechanical;

1-maintenance of fuel equipment, bodywork, testing of engines and units;

2- wallpaper and carpentry, battery maintenance, tire fitting;

3-tests of engines and units, electrical, wallpaper and carpentry;

4- aggregate-mechanical, bodywork;

bodywork, electrical, painting, wallpaper and carpentry;

tire fitting, electrical, battery maintenance;

aggregate-mechanical, maintenance of fuel equipment;

bodywork, battery maintenance, painting;

9-maintenance of batteries, testing of engines and units, painting.

The equipment specification is drawn up in the form of a table and placed on a drawing sheet or in a settlement and explanatory note to the project.

Hoisting and transport equipment is numbered after the technological one. Overhead cranes, girder cranes with an electric hoist, monorails with an electric hoist or electric hoist, jib cranes (jib cranes) with an electric hoist, trolleys for moving loads on rails or on the floor are used as hoisting vehicles.

When justifying the lifting and handling equipment, the nature of the work performed, the service area, the possibility of placing the lifting and handling equipment on the site, the intensity of the traffic flow, the dimensions of the transported objects, etc. are taken into account. The lifting capacity of the truck is determined by the maximum mass (Appendix 14) of the objects to be lifted and transported in the areas or workplaces. Number of overhead cranes or girder cranes for

servicing of dismantling and assembly sections is taken - 1 crane for 30 ... 40 meters of the length of the section, and for locksmith and mechanical - 1 crane for 40 ... 80 m.

The selected handling equipment must be shown with conventional graphic images on a certain scale on the technological layout of the production building

Registration of the operational card.

Fire truck work for october 2006 Name and No. of the department __ OGPS-20

Type, make, car model __ AC-5-40 (43101) State register sign _________

Vehicle mileage on the 1st day of the reporting month from the start of operation:

chassis _________; engine _________ km (reduced)

The remaining fuel in the car on the 1st day of the reporting month ______ liters.

Fuel was filled in the car for the reporting month _________ liter.

Remaining fuel in the car on the 1st day following the reporting month _________ liter.

Fuel consumption result for the reporting month:

Actually ___112. 5 __ liter. Saving ___ __ _ liter.

According to the norms ____ 107.4 __ liter. Overrun ____ 5.09_ liter.

The name and place of work of the car (maintenance, work on a fire, training, etc.)

Fire truck operation

Fuel consumption in liters

Check-out time

Return time

speedometer reading before leaving

passed km to the place work and back

On fires (in min.)

During exercises (in min.)

engine operation when changing the guard (min.)

other engine work (in min.)

fuel filled into the car (in liters)

sucking

without pump

with pump

without pump

actually

according to the norms

driver

early guard

Vehicle operation for the reporting month

Fuel consumed by work item, l

Fire truck operating time for the reporting month in km of total mileage (taking into account the given one) ________

Head of the unit __________ Senior driver ____________

"____" ___________ 200__ "____" ___________ 200__

FSBEI HE Ural Institute of State Fire Service EMERCOM of Russia - Federal State Budgetary educational institution higher education for the training of highly qualified specialists in the field of fire safety and protection of the population and territories from natural and man-made emergencies. Located in the city of Yekaterinburg.

Full name: Federal State Budgetary Educational Institution of Higher Education "Ural Institute of the State Fire Service of the Ministry of the Russian Federation for Civil Defense, Emergencies and Elimination of Consequences of Natural Disasters"

Full name in English: Ural Institute of State Fire Service of EMERCOM of Russia.

Abbreviated name in English: UISFS of EMERCOM of Russia.

Basic information

Educational services

The institute trains specialists (budgetary form of training) to fill positions of middle and senior commanding personnel for the State Fire Service (hereinafter referred to as the State Fire Service) of the EMERCOM of Russia, who are subject to staffing by specialists with higher professional education

• specialty 280104.65 - Fire safety. Graduate qualification - engineer. The standard term for the development of an educational program on the basis of secondary (complete) general education full-time education - 5 years, with correspondence form training - 6 years;
• specialty 280700.62 - Technosphere safety. Graduate qualification - bachelor. The standard term for mastering an educational program based on secondary (complete) general education in full-time education is 4 years.

Based on average vocational education by correspondence form of training in an abbreviated form of training - 4 years (after graduation from educational institutions of secondary vocational education of the fire-technical profile).

Full-time graduates are awarded the special rank of lieutenant of internal service.

Under contracts with payment of tuition fees with legal entities or individuals, training is conducted:

• specialty 280103.65 - Protection in emergency situations. Graduate qualification - engineer. The standard term for mastering an educational program based on secondary (complete) general education in full-time education is 5 years.
• specialty 280104.65 - Fire safety. Graduate qualification - engineer. The normative term for mastering an educational program based on secondary (complete) general education in full-time education is 5 years; for correspondence courses - 6 years.
• specialty 280104.51 - Fire safety. Graduate qualification - technician. The standard term for the development of an educational program on the basis of secondary (complete) general education with full-time education is 2 years 10 months, and on the basis of basic general education (9 classes) -3 years 10 months, on the basis of secondary (complete) general education in correspondence form training - 3 years 10 months.

Activities in the field of fire safety

• examination of organizational and technical solutions to ensure fire safety;
• scientific and technical interpretation of the requirements of norms and rules in the field of fire safety and their practical application;
• verification of compliance of design solutions of buildings and structures with fire safety requirements;
• checking the correctness of the calculations of fire risks, the estimated and required evacuation time, the level of ensuring the fire safety of people;
• development of a Fire Safety Declaration;
• conducting an independent assessment of fire risk (fire audit);
• calculation of fire risks for buildings of functional fire hazard class F1-F4;
• calculation of fire risks for buildings of functional fire hazard class F5;
• calculation of the required and estimated time of evacuation;
• development of special technical conditionscontaining requirements for design and construction in terms of ensuring fire safety in case of forced deviations from fire safety requirements or the absence of fire safety requirements;
• development of fire safety concepts;
• training and advanced training of specialists in independent risk assessment in the field of civil defense, protection of the population and territories from emergency situations and ensuring fire safety;
• training and professional development of specialists, officials design organizations, enterprises and institutions dealing with fire safety issues.

Institute structure

Faculties

• Faculty of paid educational services
• Faculty of retraining and advanced training
• Faculty of Distance Learning
• Faculty of Technosphere Safety
• Fire safety faculty

Chairs

• Department of Fire Safety
• Department of Foreign Languages
• Department of Mathematics and Informatics
• Department of Physical Culture and Sports
• Department of Fire and Rescue Training and Gas and Smoke Protection Training
• Department of Supervision Organization
• Department of Crisis Management
• Department of Fire Safety in Construction
• Department of Fire Safety of Technological Processes
• Department of Fire Tactics and Service
• Department of Fire Engineering
• Department of Fire Automation
• Department of Fire Safety in Electrical Installations
• Department of General Technical Disciplines
• Department of Physics and Heat Transfer
• Department of Chemistry and Combustion Processes
• Department of Legal and Personnel Support of the State Border Service
• Department of Philosophy and Humanities
• Department of Economics and Management

Research department

Its history is the research department (NIO) as an independent structural unit in the university, performing tasks of organizing scientific activities, begins in June 2000 (at that time - the organizational-scientific and editorial-publishing department).

In September 2012, the department was divided into two independent structural divisions: research department, editorial and publishing department.

From that moment on, the department carries out activities related only to the organization of scientific research and scientific information.

Since the creation of the department, its leaders have been: Colonel of the Internal Service, Candidate of Technical Sciences, Associate Professor Sergey Arkadyevich Orlov (2000-2007), Colonel of the Internal Service, Candidate of Chemistry, Corresponding Member of the All-Russian National Academic Bureau, Associate Professor Alekseev Sergey Gennadievich, (2007-2012, Lieutenant Colonel of the Internal Service candidate of technical sciences, full member of VANKB Akulov Artem Yurievich (2012-2014).

At present, the head of the NIO is Pavel Vladimirovich Shirinkin, Major of the Internal Service, Candidate of Technical Sciences.

Editorial and publishing department

The publishing activities of the Ural Institute of the State Fire Service of the EMERCOM of Russia are carried out by the Editorial and Publishing Department (RIO), organized in September 2012.

The main activity of RIO is to provide the educational process with educational, methodological and scientific literature, as well as assistance in the implementation of scientific research of the teaching staff, cadets, students and listeners.

To achieve these goals, RIO performs a full cycle of editorial and publishing preparation of manuscripts, including consultations with authors, editing texts and illustrative material, creating layouts and replicating printed materials.

The section of operational printing with the necessary set of equipment ensures the production of scientific, educational and letterhead products. This site allows you to produce brochures, full-color booklets, greeting cards.

The publishing activity of the RIO is carried out under the control and with the assistance of the editorial and publishing council of the institute, which also develops recommendations for the organization, development and improvement of the publishing activity of the university.

The editorial and publishing department is equipped with modern printing equipment. The technical resources of the department are represented by computer and copying equipment, paper cutting machines, thermobinding and wire sewing machines, a laminator, a large-format plotter, which fully meet the requirements of the printing complex of the Institute and allow producing printed products of proper printing quality.

The educational center

The training center (Koltsovo settlement) of the Ural Institute of the State Fire Service of the Ministry of Emergency Situations of Russia was established by order of the Ministry of Emergency Situations of Russia No. 205 dated April 21, 2008 and has been operating as a structural unit of the institute since September 1, 2008 on the basis of order No. 459 of the head of the institute dated August 29, 2008

The main functions of the training center are the material and technical support of the course of the educational process on the territories of the training center and the training and sports center in B. Sedelnikovo (Sysertsky district, Bolshoye Sedelnikovo village, 1 Maya street, 17-g), providing life support and creating social and living conditions for the residing personnel of the junior courses of the faculties of fire and technosphere safety.

The educational building houses:

• Three lecture halls with 64 study places each;
• Seven classrooms for 32 classrooms each;
• Internet class for 32 seats;
• Library;
• Training Division;
• Medical Center;
• Service offices.

The barracks-type cadet hostel is designed for 300 beds. The building houses sleeping quarters, consumer service rooms, leisure and information rooms, restrooms, showers, office rooms.

History

On June 9, 1928, on the basis of the Decree of the Council of People's Commissars of the RSFSR, the Sverdlovsk Regional Executive Committee (Protocol No. 115, clause 27) made a decision to organize in the city of Sverdlovsk the Ural regional fire-technical courses for the training of middle commanding personnel of the fire brigade.

In April 1929, the Ural regional fire-technical courses began their work.

In August 1932, the courses were reorganized into the Ural regional fire-technical school of the middle commanding staff of the city fire brigade.

In 1935, the regional school was reorganized into an inter-regional school of the middle commanding staff of the State Defense Committee of the NKVD.

In October 1939, in accordance with the order of the NKVD of the USSR No. 001203 of October 8, 1939, the school was transformed into the All-Union school of the middle commanding staff of the city fire brigade of the NKVD of the USSR.

At the end of November 1941, the 3rd fire-technical school of the VPO NKVD of the USSR was evacuated from Kharkov to Sverdlovsk. Both schools merged into one educational institution - the Sverdlovsk 3rd fire-technical school of the USSR VPONKVD (order of the NKVD of the USSR No. 001732 of November 21, 1941).

In accordance with the decree of the Council of Ministers of the USSR No. 1308-535 of June 21, 1946 and the order of the USSR Ministry of Internal Affairs No. 00813 of September 9, 1946, the 3rd PTSH VPO of the USSR Ministry of Internal Affairs was renamed into the Sverdlovsk Fire-Fighting School of the USSR Ministry of Internal Affairs.

On April 17, 1948, the Sverdlovsk Fire-Fighting Technical School of the USSR Ministry of Internal Affairs was awarded the Red Banner and the Diploma of the Presidium of the Supreme Soviet of the USSR.

The day of the annual holiday of the educational institution is established on April 17 (order of the MOOP RSFSR No. 416 of July 8, 1966).

On January 22, 1948, for the first time, in accordance with the orders of the USSR Ministry of Internal Affairs No. 292 and 298 of 1947 and the order for the school No. 12 dated January 15, 1948, the military oath was taken.

In 1991 the Sverdlovsk fire-technical school of the USSR Ministry of Internal Affairs was renamed into the Yekaterinburg fire-technical school by order of the USSR Ministry of Internal Affairs No. 179 dated October 14, 1991.

On December 7, 1999, the Yekaterinburg fire-fighting school of the Ministry of Internal Affairs of Russia was transformed into the Yekaterinburg branch of the Academy of the State Fire Service of the Ministry of Internal Affairs of Russia (order of the Ministry of Internal Affairs of Russia No. 1002 of December 7, 1999).

Since January 1, 2002, in connection with the transfer of the State Fire Service from the Ministry of Internal Affairs to the Ministry of Emergencies, the educational institution changed its name in accordance with the affiliation of the Ministry of the Russian Federation for Civil Defense, Emergencies and Elimination of Consequences of Natural Disasters - the Yekaterinburg branch of the Academy of State Fire Service of the Ministry of Emergencies of Russia.

By order of the Government of the Russian Federation No. 1655-r dated December 17, 2004 The Yekaterinburg branch of the State Fire Service Academy of the EMERCOM of Russia was reorganized into the Ural Institute of the State Fire Service of the EMERCOM of Russia.

In October 2005, the Academic Council of the Institute was elected for the first time.

On December 28, 2005, by Order of the Ministry of Emergencies of Russia No. 1015, the Faculty of Retraining and Advanced Studies was established at the institute.

On April 17, 2006, memorial plaques were installed on the facade of the institute to the graduates of the educational institution: Hero of the Soviet Union L.P. Telyatnikov and Hero of Russia V.V. Zamaraev. After reconstruction, the museum of the institute was opened.

March 2007 - first elected scientific society cadets, listeners and students (NOC).

In June 2007, the Institute was visited by the Minister of the Russian Federation for Civil Defense, Emergencies and Elimination of Consequences of Natural Disasters S.K.Shoigu.

As part of the implementation of the departmental target program "Development of the personnel training system of the EMERCOM of Russia", the state accreditation for the new specialty "Protection in emergency situations" was received.

In 2008, the first graduation of full-time students of the faculty of paid educational services under the program of higher professional education was completed.

In 2010 academic year the institute has made a recruitment for the specialty "Technosphere Safety", upon completion of the term of study, graduates are awarded the qualification "bachelor".

Since 2010, on the basis of the 978th \u200b\u200bTest Center of the Ural Regional Center of the EMERCOM of Russia, employees and cadets of the institute have successfully begun to master the course of theoretical and practical classes under the program of initial vocational training for rescuers.

The combined team of the institute has repeatedly won prizes at republican, all-Union and international (CIS) competitions in fire-applied sports.

March 20, 2011 is the official birthday of the institute's national ice hockey team, named "Fire Shield".

On May 3, 2011, the Ural Institute of the State Fire Service of the Ministry of Emergency Situations of Russia was accredited as an organization carrying out activities to inspect protected objects, carry out calculations to assess fire risk, prepare conclusions on the fulfillment (non-fulfillment) of the conditions for compliance of the protected object with fire safety requirements and the development of measures to ensure the fulfillment of conditions, in which the object of protection will meet the fire safety requirements.

On May 17, 2011, the theater studio of the institute was established. In the period from 21 to 30 June, premiere performances based on the plays of A.P. Chekhov, dedicated to the presentation of the Banner to the Institute and the graduation of young fire specialists.

On June 23 and 24, 2011, solemn ceremonies of nailing the banner to the flagpole and the presentation of the Banner to the Ural Institute of the State Fire Service of the EMERCOM of Russia took place.

On August 3, 2012, by order of the Ministry of Emergency Situations of Russia No. 475 "On items of symbols of individual organizations of the EMERCOM of Russia", the Emblem of the Ural Institute of the State Fire Service of the EMERCOM of Russia was approved.

On July 15, 2013, at the ceremonial formation of the personnel of the institute, certificates of compliance of the quality management system with the requirements of international and Russian standards ISO 9001: 2008 and GOST ISO 9001-2011 were awarded.

On June 16 - 20, 2014, for the first time on the basis of the Ural Institute of State Fire Service of the EMERCOM of Russia, a scientific forum of young scientists and specialists of the EMERCOM of Russia "School of Young Scientists - 2014" was held.

Based on order No. 1034 dated July 4, 2014 Federal Service for supervision in the field of education and science FSBEI HPE Ural Institute of State Fire Service EMERCOM of Russia received the right to implement educational activities by educational programs higher education - training of highly qualified personnel - postgraduate studies.

Manual

Head of the Institute

major general of internal service
Suprunovsky Anatoly Mikhailovich

Born on February 15, 1973. Education: higher, graduated in 1995 St. Petersburg Higher Fire-Fighting School of the Ministry of Internal Affairs of the Russian Federation ... Candidate of technical sciences.

Awarded with medals "For courage in the fire" , "For Zeal", "For Merit", "For Commonwealth in the Name of Salvation."

From May 1995 to April 2015, he served in the State Fire Service of the Southern Federal District in various positions: from an inspector of the UGPS Department of the Internal Affairs Directorate of the Rostov Region to the Deputy Head of the Southern Regional Center of the EMERCOM of Russia for the State Fire Service. He has been appointed head of the Ural Institute of State Fire Service of the Russian Emergencies Ministry since April 2015.

First Deputy Head of the Institute

colonel of Internal Service
Postnov Igor Anatolievich

05.11.1967 year of birth. Education: higher, graduated from the VIPTSh of the Ministry of Internal Affairs of the Russian Federation. Awarded with state awards: the medal "For distinction in military service", The medal" For the Warrior - Internationalist "; departmental awards.

Deputy Head of the Institute for Academic Affairs

colonel of Internal Service
Kulepanov Alexander Nikolaevich

Expand content

Civil Protection Academy

The training of civil defense specialists for domestic territorial entities of the Ministry of the Russian Federation for Civil Defense, Emergencies and the elimination of results in the AGZ EMERCOM of Russia is carried out at the highest level. At the expense of the state budget, training is carried out for four or five years. Students are in the barracks position as cadets, and after receiving a diploma, graduates are awarded the rank of lieutenant.

Being one of the oldest higher educational institutions (organized in 1933), at the beginning he trained fire-fighting engineers at the Leningrad Institute of Civil Engineering Engineers. The educational institution was relocated to the Moscow region and is now located in Khimki.

At the moment, the following faculties work in the academy:

1. Technosphere safety.
2. Training of scientific and pedagogical personnel.
3. Faculty of Distance Learning.
4. Training of foreign specialists.
5. Fire safety.
6. Educational structures at paid basis.

Teachers with scientific titles and degrees work at 25 departments, of which more than thirty are laureates of honorary titles of Russia. Training of personnel in specialties with the assignment of bachelor and specialist qualifications is carried out in the following areas:

• Fire and technosphere safety.
• State and municipal administration.
• Technologies and.
• Forensic examination.

Cadet Corps Academies civil protection Russian Emergency Situations Ministry

In 2013, within the framework of the Academy, a cadet training center was created, which in 2015 was transformed into the Cadet Corps. Admission to the corps is carried out by young men 14-16 years old who graduated from 9 classes, and for health reasons they can study in specialized educational institutions of the Ministry of Emergencies. A prerequisite is the residence of the legal representatives of applicants (parents) on the territory of the Central Federal District. Applicants whose parents are military personnel and employees of the Ministry of Emergency Situations have a pre-emptive right upon admission. The same right is enjoyed by the children of parents dismissed from service for objective reasons, provided that they have at least twenty years of experience. In the process of training, cadets, in addition to general secondary education, acquire knowledge of the profession of “rescuer”.

Academy of the State Fire Service

An excellent educational and laboratory base has made it possible to form 10 scientific schools. The level of training of specialists is evidenced by the fact that over 1600 graduates of the university for the entire period of their existence were awarded government awards in the Soviet period and in the Russian Federation. In addition to the Moscow educational and methodological center, the organization of the educational process is carried out by the official representative offices in Kazan in Stavropol.

Scientific and innovative activities

In carrying out active scientific research, scientists and teachers are involved in a complex of solving organizational and managerial problems, and seven educational and scientific complexes in certain areas. The forces of scientific personnel carry out:

1. Setting goals for improvement regulatory framework Ministry of Emergency Situations.
2. Development of modern techniques for carrying out emergency rescue work and fire protection, methods and means that provide protection against fires for various objects.
3. Study of organizational and management tasks of the fire service at the state level.

Theses are defended in two Dissertation Councils. The Academy is interested in licensing activities and product certification. In addition, work is performed and services are provided to individuals and legal entities in Russia and abroad. The staff of the Academy constantly publishes reference, scientific and educational-methodical literature, participate in international scientific-practical conferences and seminars.

The total number of students exceeds three thousand, at the faculty for work with foreign citizens 43 students are studying. The permanent Council of Young Scientists and Specialists of the Academy attracts students to scientific activities, creating conditions for creative self-realization.

Among the universities subordinated to the Ministry, the educational institution is the oldest and most honored educational institution. In 1906 of the twentieth century, the dominant governing body of the cultural capital - the Duma of the city of St. Petersburg adopted a legislative act on the opening of courses for fire technicians, this can be considered the period of the beginning of the entire educational system of training professionals in the fire safety system of Russia. For a very long period, the Leningrad Fire College, into which the Courses were transformed at the beginning of the 20th century, remained the only institution that trained leaders in firefighting and organizers of extinguishing fires for largest cities and production facilities.

At the end of the 80s, the school made a new breakthrough, becoming a higher educational institution, and was renamed the Leningrad (since 1991 St. Petersburg) higher fire-technical school. The Institute conducts training of professionals in more than 90 important areas of activity in the field of firefighting, security of strategic facilities. Subdivisions of the institution operate in Murmansk and Vladivostok, and in many Russian regions there are full-time departments from a remote form of education.

Along with the main specialty of students, the departments conduct specialized training of qualified workers in the following specialties:

1. Systems analytics and leadership.
2. Legislative support and legal regulation of the EMERCOM of Russia.
3. Budget accounting, marketing in the institutions of the Ministry of Emergencies.
4. Fire-technical expertise and interrogators.

Fundamentally new methods of personnel training created by the professors of SPbU State Fire Service of the Ministry of Emergency Situations of Russia prepare specialists for carrying out rescue operations in a zone of special risk. The staff of the university includes 83 doctors and 282 candidates of sciences, member of correspondents Russian Academy sciences. Among them are three laureates of the state prize in the field of exact science and technology.

International law

Cooperation agreements have been signed with two dozen leading scientific institutions in Europe, Asia and the American continent. As a member of the Firefighters Association and rescue services, which unites fifty countries of the world, the university organizes and conducts seminars on the examination of fires, ensuring safety at developments increased complexity, design.

Siberian Fire and Rescue Academy

The title of an independent training institution, SibPSA EMERCOM of Russia was awarded not so long ago - in 2015. Prior to that, it was considered part of the St. Petersburg Institute. The teaching work of the professors of the Academy covers 500 students with day training and about seven hundred applicants for correspondence courses. The main area of \u200b\u200bemployment of the academy is the training of the highest category personnel to ensure fire safety in the northern regions of the country.

Training of employees is carried out in several main areas:

1. Fire protection officer.
2. Fire safety.
3. Lawyer.
4. Forensic expert (forensic examination).
5. Forensic examination (specialist).
6. Performance psychology.
7. Technosphere safety (bachelor's degree).

The educational institution fulfills the state order of employees on a budgetary basis, as well as under contracts for training personnel for the northern federal district.

The specialized training includes specific subjects such as fire safety management, biological and methodological principles of safety compliance, as well as production standards, metrology and certification of works. In addition, electrical engineering, engineering graphics and others are necessarily included in the training plan. technical disciplines... Taking into account the specifics of the educational institution, the natural-scientific and mathematical training cycle has its own differences. For example, in addition to standard disciplines, training is conducted in subjects such as combustion theory, noxology, ecology. The scientific and teaching staff of the Academy is highly qualified and doctors and candidates of sciences work at ten departments.

Research and development

Despite the relatively short period of its existence, the Academy is known for its scientific work in the field of security and territory, increasing the security of facilities, taking into account their characteristics. The Center working within the framework of the educational institution conducts:

• research and development work;
• develops software in their field of activity;
• inventive and patent information activities.

The cadets and students of the Academy are actively involved in the work of the Center. Going to the website of the educational institution, you can get specific information on all issues.

Ural Institute of the State Fire Service

Since 1928, when the Sverdlovsk Regional Executive Committee decided to create the Ural regional fire-technical classes and up to the present, the educational institution of Yekaterinburg (Sverdlovsk) has been working on training the management personnel in the field of the fire commission. In 1999, the fire-technical college of the Ministry of Internal Affairs of Russia was transformed into a branch of the St. Petersburg Academy, and in 2008 cadets were trained under the program of higher professional education.

Education in the institution is conducted at the rate of higher and secondary vocational education for the performance of the duties of the heads of the higher and middle level. The faculties of fire and technosphere safety train bachelors and specialists with the assignment of the title of "Lieutenant" to graduates. It is accepted for correspondence courses, and the study period is 12 semesters, or 6 years.

There is one more faculty of educational services on a paid basis for the following work profiles:

• Fire safety.
• Emergency protection.

On the basis of complete secondary education, after five years of study, in full-time form, the qualification "specialist" or "engineer" is awarded. On the basis of 9 grades, the qualification "technician" is awarded. At the faculty, 12 programs of retraining and advanced training, management personnel, employees and specialists, officials Ministries of Emergency Situations receive additional professional education.

Provision of services to the URI State Fire Service of the EMERCOM of Russia

For the entire period of the existence of the educational institution, graduates and employees have repeatedly distinguished themselves in extinguishing the most difficult fires. The high level of the teaching staff, great scientific potential allows us to provide a wide range of services in the following areas:

1. Expert assessment of solutions that provide fire protection.
2. Scientific and technical substantiation of norms and rules and practical application in the field of fire protection.
3. Verification of the compliance of construction projects of various objects with the requirements of combating the possibility of fires.
4. Checking the correct calculation of fire risks, both to ensure fire safety of people and functional buildings.
5. Systematic provision of fire protection.

Created in 2011 on the basis of the institute, an organization with a public status promotes the development of fire protection on a voluntary basis in the city, taking preventive measures to strengthen fire safety in Yekaterinburg.

Voronezh Institute of the State Fire Service

In the system of educational institutions of the Ministry of Emergency Situations, the VI State Fire Service of the Ministry of Emergency Situations of Russia is considered the main one in the field of fire safety training for professionals of the highest category. Being not just an educational institution, but a whole complex of education and science, it ensures the implementation of the following programs:

1. Receiving secondary and higher education.
2. Personnel training in graduate school, postgraduate studies.
3. Retraining and advanced training.

The first recruitment of future fire specialists to the Training Unit was in 1968, 2 groups were completed: the first - for the training of junior inspectors and assistant preventive instructors, the second - for the training of department commanders. It was this small group of volunteers that served as the foundation of the institute. On February 16, 1970, the detachment was already 150 people. Currently, more than two thousand future firefighters, technologists, specialists, students, trainees are educated at five faculties. In addition to a high-quality training base and a training ground with the opportunity to apply the acquired knowledge in practice, students have a library, a sports hall and a stadium at their disposal. To ensure the activities of the Institute in full at a modern level, the construction of educational buildings, a training ground, and all the necessary infrastructure on a 33 hectare site transferred to the Institute in 2009 is in full swing.

Educational activities

In total, the institute has 15 departments, the majority of which are focused on teaching special disciplines. In addition to the departments narrowly focused on specialties, there are:

• Socio-economic and humanitarian disciplines.
• On the culture of speech and foreign languages.
• Sports disciplines and physical education.
• Substantiation of combustion processes.

Admission of applicants, conducting classes that allow to consolidate theoretical knowledge in practice, initial professional training held at the base located near the village of Gorozhanka on the river bank.

At the expense of the federal budget, admission is carried out in basic specialties. Training is possible on the basis of agreements with payment of tuition fees. In the magistracy in the specialty "Technosphere safety" (period of 2.5 years), "state employees" study in absentia under contracts. Distance learning in postgraduate studies for 4 years. In the same area of \u200b\u200btechnosphere safety, upon completion of training, the qualification of a teacher-researcher is awarded.

Attention!!!

Federal State Budgetary Educational Institution of Higher Education "Ivanovo Fire and Rescue Academy of the State Fire Service of the Ministry of the Russian Federation for Civil Defense, Emergencies and Elimination of Consequences of Natural Disasters" (hereinafter - the Ivanovo Fire and Rescue Academy) and the Federal State Budgetary Educational Institution of Higher Education " Voronezh Institute of the State Fire Service of the Ministry of the Russian Federation for Civil Defense, Emergencies and Elimination of the Consequences of Natural Disasters "(hereinafter - the Voronezh Institute) was reorganized in the form of Voronezh Institute to the Ivanovo Fire and Rescue Academy as a separate structural unit (branch).

The history of the Ivanovo Institute began in the mid-60s, when a fire-technical school was founded in the city with a variable composition of 500 units and a permanent composition of 170 units. Decent learning outcomes, thanks to the qualifications of the research and teaching staff, were noted by renaming the academy into a full-fledged higher educational institution - an institute. A significant event took place at the end of January 2015. Since that time, the number of applicants and students has dramatically increased, the teaching staff has undergone significant changes.

Today, a modern educational and scientific complex trains about one and a half thousand ordinary employees of the Ministry of Emergency Situations and rescuers, the total number of students is more than two and a half thousand. Reception of applications from applicants is carried out for training at the expense of the budget and on a commercial basis.

Located on the territory of over 20 thousand square meters, educational and material base consists of lecture halls, teaching laboratories multifunctional training and training complex, laboratories, and specialized classes.

On a specially equipped field of the educational institution, practical classes are held in disciplines important for future rescuers:

1. Carrying out in case of emergencies on landslides, rubble, etc.
2. Extinguishing fires and eliminating emergencies in aviation and on railways.
3. Classes in tank farms.
4. Psychological training on fire training bands.
5. Practicing behavior in traffic accidents of varying severity.

Much attention is paid to physical development. The preparation of students of the Academy is one of the best in the country, which is carried out in a specialized educational building with the use of sports arenas. Cadets can improve their skills in the sports and wrestling hall. Competitions are regularly held on the field of our own stadium with treadmills. The stadium is equipped with stands for support groups with a capacity of 350 people. Sports town, modern library with Internet access, the 550-seat club can satisfy a variety of interests.

Practice is the main factor in successful learning!

Feature educational process in the IASA of the State Fire Service of the Ministry of Emergency Situations of Russia is that listeners and cadets take an active part in eliminating emergency situations of a different nature, extinguishing a fire. in the central territories, starting from 1972, the combined detachments of the educational institution were extinguished. For the professional and decisive actions of the consolidated detachment of the institute in extinguishing forest peat fires (2010) in Ivanovo and Vladimir regions, 150 employees and cadets were awarded government awards and thanks from the governors.

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