Architectural solutions
The projected 2-storey school building for 120 students consists of three blocks arranged in the plan in the shape of the letter "P".Learning Campus. The two-story building is rectangular in plan and has dimensions in the axes of 15.86x55.6m. The height of the floors is 3.6m. The school building is planned with a central corridor and the location of classrooms and classrooms on both sides of the corridor.On the ground floor of the building there are: a medical examination room, a room for cleaning equipment, a vestibule, bathrooms, a treatment room, a vaccination room, a security room, a vestibule, a vestibule with a wardrobe area, a metal and wood workshop, corridors, a ventilation chamber, and an electrical panel room.On the second floor there are: recreation, a teacher's room, a methodical office, a physics office, laboratory assistants, a chemistry and biology office, classrooms, a corridor, a bathroom for teachers, a pantry for cleaning equipment, bathrooms, a director's office, an office for the Russian language and literature.The main entrance to the building is located in the center of the main facade. The basement of the building is faced with ceramic granite tiles, facades - with decorative selected bricks 120 mm thick for jointing.Dining room with an assembly hall. The building of the catering unit is a 2-storey rectangular building in terms of dimensions in the axes 12.0x21.3m.On the first floor there are: a dining room for 30 people, a hot shop, a bathroom, a dispensing room for clean dishes, washing dishes, on the second floor there is an assembly hall and dressing rooms.The plinth is lined with porcelain stoneware, the facades - with decorative selected bricks 120 mm thick for jointing.Sports block with a hall 12.0x24.0m. The building of the gym is a 1-storey rectangular shape in terms of dimensions in the axes 36.45.0x12.0m. hall dimensions - 12.0x24.0m. The height to the bottom of the protruding structures of the gym is 6.22 m. The gym is connected to utility rooms with dimensions in the axes of 12.0x12.0m and a height of 3.0m.The building has a gym, equipment, coaching, dressing room with showers for boys, dressing rooms with showers for girls, bathrooms.The plinth is tiled with "Kabanchik" tiles, the facades of the building are faced with sand-colored facing ceramic bricks.Warm transitions. The transition between the educational building and the catering unit is a 1-storey building of a rectangular shape in terms of dimensions in the axes 6.0x3.0m. The transition between the educational building and the sports block is a 1-storey building with dimensions in the axes of 4.46x3.0m. Clear passage height (floor to ceiling) is 3.0m.
Structural and space-planning solutions
The structures of the buildings are designed taking into account the design seismicity of 9 points for category II site soils in terms of seismic properties. The basis of the foundations are EGE-1 soils - crushed stone soil with loamy aggregate up to 20-30%; EGE-2 - brownish-gray sandstone, medium strength with interlayers of shale.Learning Campus. The base of the foundations is the IGE-2 layer - brownish-yellow hard clay with thin interlayers of fine sand.The constructive scheme of the building is rigid with load-bearing longitudinal walls located according to the scheme 6.4 + 3.0 + 6.4 m and transverse self-supporting walls and frames replacing them, located in increments of 3.3 m, 7.2 m.Foundations - tape from prefabricated reinforced concrete slabs in accordance with GOST 13580-85 and concrete blocks in accordance with GOST 13579-78 *. Walls - from a karmic brick of the M125 brand with a voidness of no more than 25%. Masonry - II category. Partitions - made of M100 bricks, reinforced with 2-sided vertical reinforcing meshes in layers of cement-sand mortar of M100 grade 25 mm thick. The openings in the partitions are framed with reinforced concrete elements. External walls are insulated according to the 2.030.1-2s series, followed by cladding with facing bricks. Insulation - mineral wool plates ISOVER OL-E. The ceilings are made of prefabricated reinforced concrete round-hollow slabs according to the series 1.141.1-33s and 1.141.1-29s. Stairs - from prefabricated reinforced concrete steps on steel stringers. The roof is pitched with a steel corrugated board over a wooden truss system.Dining room with an assembly hall. The structural scheme of the building is mixed, combining elements of a monolithic reinforced concrete frame for the second floor with load-bearing longitudinal walls for the first floor. The frame columns are arranged along the perimeter with a step of 6.0 m.Foundations for frame columns - columnar from monolithic reinforced concrete, for walls - tape from prefabricated reinforced concrete foundation slabs in accordance with GOST 13580-85 and foundation concrete blocks in accordance with GOST 13579-78. The walls are filled with M125 ceramic bricks in accordance with GOST 530-2012, partitions are made with M100 bricks. The walls from the outside are insulated according to the 2.030-2.01 series, followed by cladding with facing bricks. Insulation - basalt pierced mats 60 mm thick according to TU 5769163-004-12881589-03. Partitions are insulated with 2-sided vertical reinforcing meshes in layers of cement-sand mortar grade M100 25 mm thick. The doorways are framed with reinforced concrete elements. Lintels - prefabricated according to the series 1.038.1-1 and from monolithic reinforced concrete. The ceiling above the first floor is made of prefabricated reinforced concrete round-hollow slabs according to series 1.141.1-40s.The pavement consists of steel trusses with a span of 12m, installed at a distance of 6m. The trusses are united into a spatial block by a system of connections in the horizontal plane - along the lower and upper chords of the trusses, in the vertical plane - in the middle in the plane of the ridge racks. The end transverse walls are provided with pediments made of brickwork, reinforced with reinforced concrete elements. A load-bearing frame made of steel corners is suspended from the lower belts, along which an insulated suspended ceiling is arranged. On the upper chords of the trusses, purlins made of N16 channels with a step of 1.5 m are laid, along which a roofing covering of steel profiled sheets is arranged.Sports block with a hall 12.0x24.0 m. The building consists of two compartments.The structural scheme of the large compartment is a frame one, consisting of two-story frames along the perimeter and steel roof trusses with a span of 12m, installed in 6m increments. The frame consists of columns spaced along the perimeter with a step of 6.0 m, and crossbar belts in two levels. Cover trusses, bracing system, end pediments, foundations, walls, false ceiling are made in the same way as described above for a catering unit with an assembly hall.The design scheme of the small compartment is mixed, combining a monolithic reinforced concrete frame along the axis adjacent to the hall with load-bearing walls along the remaining axes.Foundations, walls, partitions, roofing are made similarly to those given above for the educational building. Overlapping - from monolithic reinforced concrete 150 mm thick.
Modern school designs differ in many ways from those built in the last two decades. Today, against the backdrop of rectilinear gray concrete buildings, more and more educational institutions appear with an unusual design and color scheme that correspond to the modern generation of children.
Mosproekt offers various design solutions based on modern technologies and aimed at creating a comfortable and safe environment for students. The projects comply with established construction standards and safety regulations.
We also offer services for school design and other buildings and structures.
School types
General education
Education is organized according to the programs of the Ministry of Education and Science. There may be classes with a profile study of specific subjects.
Private
Non-governmental institution with paid education. The programs of the Ministry of Education and Science are complemented by author's courses from teachers.
Specialized
Designed for children with various health problems. Buildings with small classrooms and development areas.
Boarding Schools
Institutions with round-the-clock stay of students. In addition to teaching classes include living quarters.
For additional education
The main goal of this type is the additional development of children in sports, scientific programs, and creativity.
In addition, schools differ in terms of student volume: up to 1000 (300, 550) students and over 1000 (1375, 1500) students.
Typical school project - what is it?
A standard project (TP) is also called a ready-made project - it is a set of project documentation that has passed the examination and can be reused. By purchasing a copy of ready-made documents, the customer saves both money and time.
What does the design of the school building include:
- Site master plan
- Architectural, constructive, space-planning solutions
- Engineering communications schemes
A more detailed structure of the project can be found at the link.
Standards and regulations in accordance with which school projects are implemented
- SNiP 2.08.02-89 "Public buildings and structures";
- Sanitary and epidemiological norms and requirements;
- Non-departmental building codes;
- SNiPs 21-01-97 (on fire safety) and 41-01-2003 (on heating, ventilation, air conditioning systems)
- GOSTs with basic technical requirements;
- Decree of the Government of the Russian Federation No. 87 of 2008;
- SP118.13330 of 2012 (Code of rules "Design of public buildings and structures").
Finalization and support of the project
The selected project can be finalized by Mosproekt engineers in accordance with the requirements of the customer, operating conditions and the building area. All changes will be made strictly in accordance with applicable standards and regulations.
Our experts will help with the passage of the state examination for the finalized documentation. Examination can be carried out both for the modified sections and for the entire documentation as a whole.
How to order a project
For the convenience of users, each project card has a special order form - fill it out and send it to our managers.
You can also leave a request on our website or contact us by mail: and by phone: +7 449 348 29 05.
Our experts will contact you to discuss all the details.
The development of standard design is one of the priority tasks set for the professional community by the President of the Russian Federation.
The advantages of using standard designs in construction practice are obvious. First of all, this is a reduction in the cost and terms of design, as well as the time for consideration in the state expertise of linking a project to a specific address. The promising architectural, technological, constructive and engineering solutions used at the facilities have already passed the examination as part of standard projects. Also important in the application of standard projects of social facilities is the possibility of using federal subsidies in construction.
Deputy Minister of Construction and Housing and Communal Services of the Russian Federation Yuri Reilyan at a round table on March 24, 2015 noted that the average cost of building one place in preschool educational organizations can be reduced by creating a register of standard design documentation. The register includes information about the projects of residential and administrative buildings, social facilities, in the preparation of which modern technological and organizational solutions were applied.
The Ministry of Construction of Russia approved the Plan for the formation of a standard design system in the field of construction, which is aimed at creating the conditions and methodology for the use of standard design documentation and design documentation for reuse. “In accordance with the plan, the Ministry of Construction of Russia will continue to work on the formation and maintenance of the relevant register. At present, information on the design documentation of 92 capital construction facilities has been entered in the register, of which 50 are objects of preschool institutions., - Yuri Reilyan emphasized.
The Deputy Minister drew attention to the fact that the main problem for including projects in the register remains the lack of exclusive rights for the regions to the submitted project documentation. In order to solve this problem, as well as to minimize the costs of reusing documentation developed at the expense or with the involvement of funds from the federal or regional budgets, it is proposed to supplement Federal Law 44 with provisions on the possibility of multiple use of project documentation without the consent of the contractor (the author of a work of architecture, urban planning, the author of a design documentation), as well as on the transfer of exclusive rights to the created project documentation to the subject of the Russian Federation or the municipality, on behalf of which the state or municipal customer acts.
"Completion of the activities provided for by the plan for the formation of a standard design system in the construction industry is planned by 2016"- said Yuri Reilyan.
- Decree of the Government of the Russian Federation of September 27, 2011 No. 791 "On the formation of a register of standard project documentation and amendments to some Decrees of the Government of the Russian Federation"
- Order of the Ministry of Construction of Russia dated February 13, 2015 No. 108 / pr “On entering information on standard design documentation into the register of standard design documentation”
- Order of the Ministry of Construction of Russia dated March 13, 2015 No. 170 / pr "On approval of the Plan for the formation of a standard design system in the field of construction"
- Extract from the Minutes No. 118-prm-yur dated March 25, 2015 of the meeting of the regulatory and technical council for the selection of standard design documentation under the Ministry of Construction of Russia
In the regions of the Russian Federation, catalogs of standard projects began to be created. At the federal level, the album of standard projects is formed by the Ministry of Construction of the Russian Federation.
In April 2015, the Main Department of Architecture and Urban Planning of the Moscow Region published a catalog of reusable (standard) projects for social infrastructure buildings, which included projects for kindergartens with a capacity of 100 to 320 seats, schools from 450 to 1,600 seats, sports and recreation centers and clinics. These standard designs are recommended to developers for reuse in the region.
Buildings will not completely copy each other. “Reuse projects today are objects with address architecture,- said the head of the Main Architecture of the Moscow Region Vladislav Gordienko. - The finished project must be tied to a specific site, which means that its individual look must be created, taking into account the surrounding buildings, the cultural and historical features of the territories..
When choosing projects for the catalog, their architectural, artistic, planning, technological solutions were evaluated, the estimated cost, characteristics of building materials and structures were considered.
The use of standard projects, according to the calculations of officials, will reduce the time for designing buildings and save regional budget funds for coordinating new construction. As a representative of the press service of the Main Architecture of the Moscow Region told RBC-Real Estate, the savings can be up to 20% of the cost of the object.
A re-application project is a documentation for a capital construction facility, for which a positive conclusion of the state examination was received, the facility was built and put into operation no earlier than seven years before the day the decision was made to re-apply this project documentation.
The construction of reusable facilities is beneficial to the developer in that the costs of design and expertise are minimized. The reuse project can be modified. But these changes should not affect the design and other characteristics of the reliability and safety of the capital construction object. The examination of such a project is carried out according to a simplified scheme and its cost is much less.
The current legislation on urban planning activities provides for the possibility of using standard project documentation (re-use project documentation) in order to intensify the capital construction of objects for various purposes. The advantages of its use are:
- use of already tested and proven design solutions;
- reducing the cost of designing an object;
- reduction of design time;
- partial exemption of project documentation from the state examination in case of repeated application.
At the same time, standard design documentation has significant limitations for reuse, which are associated with:
- suitability of design solutions for implementation in the conditions of a new site (for example, based on the natural and climatic features of the territory, engineering and geological characteristics of the area (including seismic characteristics) and the land plot (including relief, soil bearing capacity, the presence of flooding, permafrost phenomena, etc.) .);
- rights to use the "primary" design documentation, including its reuse and modification.
Examples of reuse projects from the catalog
Implementation at the address: Moscow region, Volokolamsk, per. Novo-Soldatsky
Developer of design and working documentation: Grazhdanproekt-plus LLC
Customer of project documentation: Administration of the Volokolamsk municipal district
Children's preschool institution for 100 places. Moscow region, Volokolamsk, per. Novo-Soldatsky
Indicators:
- capacity - 100 seats
- number of groups - 5 groups
- adapted for MGN
- number of floors - 3 floors
- plot area - 0.4068 ha
- building area - 1,005.86 m²
- total area (without basement) - 1,397.25 m²
- total - 12,300,000 rubles.
- 1 place in basic prices - 123,000 rubles.
- cost (in current prices for the 4th quarter of 2012 without landscaping and external networks):
- total - 78,000,000 rubles.
- 1st place - 780,000 rubles.
- constructive solution - enclosing structures - brick walls, ceilings
- precast concrete, pitched roof
Children's preschool institution for 100 places. Moscow region, Volokolamsk, per. Novo-Soldatsky. 1st floor plan
Children's preschool institution for 100 places. Moscow region, Volokolamsk, per. Novo-Soldatsky. 2nd floor plan
Children's preschool institution for 100 places. Moscow region, Volokolamsk, per. Novo-Soldatsky. 3rd floor plan
Children's preschool institution for 120 places
Implementation at the address: Moscow region, Domodedovo, md. Vostryakovo
Developer of design and working documentation: SE MO "Institute "Mosgrazhdanproekt"
Customer of project documentation: municipal preschool educational institution No. 12 "Birch"
Indicators:
- capacity - 120 seats
- number of groups - 6 groups
- adapted for MGN
- number of floors - 2 fl.
- plot area - 0.6 ha
- building area - 1 319 m²
- total area - 2,000.5 m²
- cost in base prices in 2000 (without landscaping and external networks):
- total - 12,412,906 rubles.
- 1 place in basic prices - 103,440 rubles.
- cost (in current prices for the 1st quarter of 2015 without landscaping and external networks):
- total - 94,141,740 rubles.
- 1st place - 784 510 rubles.
- constructive solution - walls - brick, ceiling - prefabricated reinforced concrete
Children's preschool institution for 120 places. Moscow region, Domodedovo, md. Vostryakovo. 1st floor plan
Children's preschool institution for 120 places. Moscow region, Domodedovo, md. Vostryakovo. 2nd floor plan
Children's preschool institution for 150 places with a swimming pool
Implementation at the address: Moscow region, Schelkovsky district, village Oboldino
Developer of design and working documentation: LLC "PromStroyEngineering SPb"
Customer of project documentation: MKU Shchelkovsky municipal district "Construction and investments"
Indicators:
- capacity - 150 seats
- number of groups - 8 groups
- adapted for MGN
- number of floors - 2 fl.
- plot area - 0.8603 ha
- built-up area - 1,835.5 m²
- total area (without basement) - 4,373.6 m²
- cost in base prices in 2000 (without landscaping and external networks):
- total - 28,123,730 rubles.
- 1 place in basic prices - 187,491.53 rubles.
- cost (in current prices for the 2nd quarter of 2014 without landscaping and external networks):
- total - 157,533,420 rubles.
- 1st place - RUB 1,050,222.80
- constructive solution - the stability and immutability of the building is ensured by the joint work of the vertical frame elements and stiffening diaphragms
Kindergarten for 150 people with a swimming pool. Moscow region, Shchelkovsky district, Oboldino village. 1st floor plan
Kindergarten for 150 people with a swimming pool. Moscow region, Shchelkovsky district, Oboldino village. 2nd floor plan
Children's preschool institution for 150 places
Implementation at the address: Moscow region, Ramenskoye, st. Instrument makers
Developer of design and working documentation: Design Workshop "Project 18" LLC
Customer of project documentation: UKS Administration of the Ramensky municipal district
Indicators:
- capacity - 150 seats
- number of groups - 8 groups
- adapted for MGN
- number of floors - 3 floors
- plot area - 1.4 ha
- built-up area - 1,908.3 m²
- total area (without basement) - 3 152 m²
- cost in base prices in 2000 (without landscaping and external networks):
- total - 28,241,130 rubles.
- 1 place in basic prices - 188,274 rubles.
- total - 151,201,220 rubles.
- 1st place - 1,008,010 rubles
- constructive solution - monolithic reinforced concrete frame
Children's preschool institution for 220 places
Implementation at the address: Moscow region, Naro-Fominsk, st. Bryanskaya, section number 12
Developer of design and working documentation: Era Project LLC
Project documentation customer: Administration of the Naro-Fominsk municipal district
Indicators:
- capacity - 220 seats
- number of groups - 4 groups (including 1 compensatory group for 10 places) and 160 children of preschool groups
- adapted for MGN
- number of floors - 3 floors
- plot area - 0.9469 ha
- building area - 2 593 m²
- total area (without basement) - 4,983 m²
- cost in base prices in 2000 (without landscaping and external networks):
- total - 37,929,220 rubles.
- 1 place in basic prices - 172,405 rubles.
- cost (in current prices for the 3rd quarter of 2014 without landscaping and external networks):
- total - 221,019,820 rubles.
- 1st place - 1,004,635 rubles
- constructive solution - consists of a system of external and internal brick walls, as well as monolithic structures (walls and columns), rigidly connected by floor disks
Children's preschool institution for 320 places
Implementation at the address: Moscow region, Odintsovo, st. Verkhne-Proletarskaya, 37
Developer of design and working documentation: Techno-Aritek LLC
Project documentation customer: Department of Education of the Administration of the Odintsovo Municipal District
Indicators:
- capacity - 320 seats
- number of groups - 16 groups
- adapted for MGN
- number of floors - 3 floors
- plot area - 1.2061 ha
- built-up area - 2,288.5 m²
- total area (without basement) - 5,481.1 m²
- cost in base prices in 2000 (without landscaping and external networks):
- total - 61,225,360 rubles.
- 1 place in basic prices - 191,329 rubles.
- cost (in current prices for the 3rd quarter of 2012 without landscaping and external networks):
- total - 352,843,240 rubles.
- 1st place - 1,102,947 rubles
- constructive solution - a monolithic frame, consisting of a system of external and internal walls (stiffness diaphragms), columns and disks of floors and roofs rigidly connected to them
Comprehensive school for 450 students with a swimming pool
Implementation at the address: Moscow region, g.o. Odintsovo, p. Romashkovo
Indicators:
- capacity - 450 seats
- number of classes - 18
- adapted for MGN
- number of floors - 3 floors
- plot area - 1.456 ha
- building area - 4 506 m²
- total area - 14 620 m²
- swimming pool - 16.6×8.0 m
- total cost (in current prices for 2014):
- total - 665,000,000 rubles.
- 1st place - RUB 1,477,777.8
- constructive solution - walls - monolithic reinforced concrete, brick, block; floors - monolithic reinforced concrete, corrugated truss, porcelain stoneware
Comprehensive school for 1510 students with a swimming pool
Implementation at the address: Moscow region, Krasnogorsk district, p. Putilkovo
Developer of project documentation: SE MO "Institute" Mosgrazhdanproekt "
Project documentation customer: Leader Development LLC
Indicators:
- capacity - 1510 seats
- number of classes - 60–61
- adapted for MGN
- number of floors - 4 floors
- plot area - 2.66 ha
- building area - 8 670 m²
- total area - 31 609 m²
- swimming pool - 25.0×11.0 m
- estimated total cost:
- total - 1,736,500,000 rubles.
- 1st place - 1,150,000 rubles
- constructive solution - ceilings and walls - monolithic reinforced concrete, metal. trusses, corrugated board, ventilated facades, porcelain tile
The total area of the building is 7758 sq.m., the volume is 31032 cubic meters. The constructive scheme of the building is a reinforced concrete load-bearing frame and METTEM wall panels.
Description and justification of the external and internal view of the capital construction object, its spatial, planning and functional organization
The design documentation provides for the construction of a school building for 300 students. The building is 2-3 storey, with a basement, complex configuration in plan. The dimensions in the extreme axes are 84.0 x 60.0 m. The height of the building from the planning mark of the ground to the top of the parapet of the roof superstructures is 16.98 m. The mark of the clean floor of the first floor of the building is taken as a relative mark of 0.000. The school project for 300 places has a basement. At the basement level, engineering and technical premises (ITP premises, a water metering unit, a cable entry room) and a technical underground for laying engineering communications were designed. The height of the basement premises is not less than 1,800 m. On the ground floor, the following are designed: the central entrance group of the school building with a staircase and elevator assembly, a vestibule and a cloakroom, recreation, food with a dining room and service premises, a block of medical premises, sanitary facilities for students and staff ( in accordance with the calculation), a library with a reading room, technical rooms (electric room, pool water treatment room), a block of elementary school classrooms and after-school group rooms, including bedrooms. The height of the 1st floor is 3.90 m. The height of the premises of the 1st floor from floor to ceiling is at least 3.0 m.
On the second floor of the school building for 300 students, the following are designed: a swimming pool hall (25 x 11 m) with dressing rooms, showers and service rooms, a swimming pool (10 x 6 m) with service rooms, an assembly hall (11.6 x 17.6 m) with service rooms (dressing rooms, dressing rooms), sanitary facilities for students and staff, a gym (23.9 x 12.15 m) with changing rooms and showers, a block of classrooms and offices. The height of the 2nd floor is 3.90 m. The height of the premises of the 2nd floor from floor to ceiling is at least 3.0 m. On the third floor of the school building for 300 students, classrooms, administration offices, utility and technical rooms, including a ventilation chamber are designed , radio center, sanitary facilities for students and staff. The height of the rooms on the 3rd floor from floor to ceiling is at least 3.0 m. Cleaning equipment rooms are designed on all floors of the school for 300 students. At the roof level, superstructures are designed - ventilation chambers and an elevator maintenance room, which have an entrance from the roof.
Technical and economic indicators of the school project for 300 places:
- Plot area 12800 m2
- Building area 2945 m2
- Total area 7758 m2
- Usable area 6804 m2
- Construction volume 31032 m3
- Floors 2.3 fl.
- Highest point +15.980 m
- Number of ladders 4 pcs.
- Number of elevators 1 pc.
Before sending an electronic application to the Ministry of Construction of Russia, please read the rules of operation of this interactive service set out below.
1. Electronic applications in the field of competence of the Ministry of Construction of Russia filled in in accordance with the attached form are accepted for consideration.
2. An electronic appeal may contain a statement, complaint, proposal or request.
3. Electronic appeals sent through the official Internet portal of the Ministry of Construction of Russia are submitted for consideration to the department for working with citizens' appeals. The Ministry provides an objective, comprehensive and timely consideration of applications. Consideration of electronic appeals is free of charge.
4. In accordance with the Federal Law of May 2, 2006 N 59-FZ "On the procedure for considering applications from citizens of the Russian Federation", electronic applications are registered within three days and sent, depending on the content, to the structural divisions of the Ministry. The appeal is considered within 30 days from the date of registration. An electronic appeal containing issues, the solution of which is not within the competence of the Ministry of Construction of Russia, is sent within seven days from the date of registration to the appropriate body or the appropriate official, whose competence includes resolving the issues raised in the appeal, with notification of this to the citizen who sent the appeal.
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7. When considering an appeal, it is not allowed to disclose the information contained in the appeal, as well as information relating to the private life of a citizen, without his consent. Information about the personal data of applicants is stored and processed in compliance with the requirements of Russian legislation on personal data.
8. Appeals received through the site are summarized and submitted to the leadership of the Ministry for information. The answers to the most frequently asked questions are periodically published in the sections "for residents" and "for specialists"
