01/08/07 Master of general construction works

Full-time education: based on basic general education ( 9 classes)
duration of study: 2 years 10 months.

-

Job description:
Over the millennia-long history of the development of modern civilization, the appearance of the human home has changed several times. From natural structures, such as a cave, man moved to earthen structures (dugouts), then to wooden and wooden-earthen structures, and finally to stone structures. In different parts of the world we can find stone structures that are thousands of years old.

In the process of development of construction technology, during the construction of stone buildings and structures, there was a transition from the use of natural stone elements (boulders, pebbles, slabs) to hewn and molded stone elements of buildings. In modern construction, work related to the production of masonry takes up significant volumes. Currently, more than 50% of all buildings are built with brick walls.
To meet the current requirements for the quality of construction and installation work, highly qualified personnel of construction workers with a high level of theoretical knowledge and professional training are needed. Such specialists are masters of general construction works. The general construction works master carries out installation work during the construction of all types of buildings and structures from prefabricated reinforced concrete and metal structures.

Qualification – bricklayer (4th category);

electric welder for manual welding (3rd category)

Standard period for completing the program on the basis of basic general education with secondary (complete) general education - 2 years 5 months.

Objects of professional activity:

Buildings and structures, their elements;

Materials for general construction works;

Technologies of general construction works;

Construction machines, small-scale mechanization equipment, tools and devices for general construction work.

The civil works master will know:

Technology of masonry, installation and electric welding works;

Main types of wall materials, properties of wall materials and mortars, as well as waterproofing materials used for insulating foundations and walls;

Tools and devices used for masonry and installation of building structures, basic equipment;

Requirements for the quality of work performed, including related operations or processes;

Basic information about the design of electric welding machines and devices;

The principle of operation of electric welding machines and devices for arc welding of alternating and direct current;

Types of basic rigging and installation equipment and devices.

A civil works master will be able to:

Perform installation in stone buildings and reinforced concrete lintels over window and door openings and niches;

Perform masonry, installation and electric welding work;

Carry out masonry and repair of stone structures of buildings, bridges, industrial and hydraulic structures;

Lay simple walls made of bricks and small blocks under plaster and with jointing along the masonry, foundations made of brick and reinforced concrete products, lay walls and corners of buildings, fill frame walls;

Perform installation in stone buildings and reinforced concrete lintels over window and door openings and niches;

Perform manual, electric arc and gas-electric welding of simple parts, assemblies and structures made of carbon steel in the lower and vertical positions.

Disciplines studied:

Fundamentals of materials science;

Basics of Electrical Engineering;

Basics of construction drawing;

Fundamentals of civil engineering technology;

Life safety;

Occupational Safety and Health;

Entrepreneurial activity;

Carrying out stone work;

Performing welding work using manual electric arc welding.

Employment Opportunities: the graduate will be able to work in construction companies, as well as in other industries. The profession “Civil Works Master” is currently in demand in our region.

Area of ​​professional activity of graduates: performance of reinforcement, concrete, stone, installation, furnace, sling, electric welding work during the construction, repair and reconstruction of buildings and structures of all types.

4.2. The objects of professional activity of graduates are:

buildings and structures, their elements;

materials for general construction work;

civil engineering technologies;

construction machines, small-scale mechanization equipment, tools and devices for general construction work;

schemes for the production of general construction works.

4.3. A student trained in profession 270802.09 Master of general construction works prepares for the following types of activities:

4.3.1. Carrying out reinforcement works.

4.3.2. Carrying out concrete work.

4.3.3. Carrying out stone work.

4.3.4. Performing installation work during the construction of all types of buildings and structures from prefabricated reinforced concrete and metal structures.

4.3.5. Carrying out furnace work.

4.3.6. Performing stropping works.

4.3.7. Performing welding work using manual electric arc welding

The academic discipline is formed through the hours of the variable part, the content of the academic discipline is material that gives a general idea of ​​the profession Master of General Construction Works and those types of activities that

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Ministry of General and Vocational Education

Rostov region

State budgetary educational institution

primary vocational education

Rostov region

Vocational school No. 36

ACADEMIC DISCIPLINE PROGRAM

OP.06. Introduction to the profession

2014

Academic discipline programdeveloped on the basis of the Federal State Educational Standard (FSES) for secondary vocational education by profession, in the area of ​​training.

The Federal State Educational Standard was approved by order of the Ministry of Education and Science of the Russian Federation dated August 2, 2013 No. 683, registered with the Ministry of Justice of the Russian Federation on August 20, 2013 No. 29727.

Organization-developer: State budgetary educational institution of primary vocational education of the Rostov region, vocational school No. 36

Developer: Elena Stanislavovna Chumak, teacher of the first category, GBOU NPO RO PU No. 36

Reviewers:

2. Sheidina E.E. , teacher of the first category, GBOU NPO RO PU No. 36

1. PASSPORT OF THE ACADEMIC DISCIPLINE PROGRAM

OP.06 INTRODUCTION TO THE PROFESSION

1.1. Scope of application

The academic discipline program is part of the training programs for qualified workers serving in accordance with the Federal State Educational Standard by profession01/08/07 Master of general construction works,part of an enlarged group of professions08.00.00 Construction equipment and technologies, in the area of ​​trainingEngineering, technology and technical sciences.

1.2. The place of the academic discipline in the structure of the main professional educational program:the discipline belongs to the general professional cycle

1.3. Goals and objectives of the academic discipline - requirements for the results of mastering the academic discipline:

Area of ​​professional activity of graduates: performance of reinforcement, concrete, stone, installation, furnace, sling, electric welding work during the construction, repair and reconstruction of buildings and structures of all types.

4.2. The objects of professional activity of graduates are:

buildings and structures, their elements;

materials for general construction work;

civil engineering technologies;

construction machines, small-scale mechanization equipment, tools and devices for general construction work;

schemes for the production of general construction works.

4.3. A student trained in profession 270802.09 Master of general construction works prepares for the following types of activities:

4.3.1. Carrying out reinforcement works.

4.3.2. Carrying out concrete work.

4.3.3. Carrying out stone work.

4.3.4. Performing installation work during the construction of all types of buildings and structures from prefabricated reinforced concrete and metal structures.

4.3.5. Carrying out furnace work.

4.3.6. Performing stropping works.

4.3.7. Performing welding work using manual electric arc welding

The academic discipline is formed through the hours of the variable part, the content of the academic discipline is material that gives a general idea of ​​the profession Master of General Construction Works and those types of activities that

should be able to :

• select materials for reinforcement work;
• select tools, equipment, mechanisms and devices for reinforcement work;
• read working drawings and draw up sketches and specifications for manufactured reinforcement products;
• assemble reinforcement products;
• perform knitting of reinforcement products;
• perform welding of reinforcement joints;
• choose tools, devices and equipment, machines and mechanisms for concrete work;
• prepare various surfaces for concreting;
• manufacture, repair and assemble various types of formwork from ready-made elements;
• install and dismantle formwork of various concrete and reinforced concrete structures;
• prepare concrete mixture according to a given composition manually and mechanized;
• read working drawings and concrete work production diagrams;
• organize the workplace taking into account work safety requirements;

• maintain equipment used for laying and compacting concrete mixtures;
• comply with work safety rules;
• control the quality of raw materials for concrete mixtures;
• select tools, devices and equipment, machines and mechanisms for installation work;
• sort building structures by brand;
• prepare structures for installation (enlarged assembly, temporary reinforcement and preliminary equipment of structures with elements of devices for alignment and temporary fastening);
• read working drawings and installation diagrams;
• prepare installation sites for structures;
• rationally organize the installer’s workplace;
• create safe working conditions;
• select load-handling devices and devices that correspond to the slinging scheme, the weight and dimensions of the cargo being moved;
• determine the suitability of slings;
• splice and tie slings with different knots;
• read drawings, cargo slinging diagrams;
• rationally organize the workplace when slinging and tying various construction loads and structures;
• create safe working conditions;

As a result of mastering the academic discipline, the student must know :

• types and properties of materials for reinforcing building structures;
• purpose, design and operating rules of equipment used when performing work on reinforcing building structures;
• organization of the fitter's workplace;
• signaling rules for installation of reinforcement structures;
• rules for storing reinforcing steel and finished products;
• rules for reading drawings and drawing up sketches and specifications for manufactured products;
• methods of rational organization of the fittings worker's workplace;
• techniques for assembling reinforcement products;
• techniques for knitting reinforcement products;
• types and methods of contact butt welding;
• equipment for resistance butt welding;
• technology of contact butt welding;
• work safety rules;
• rules for marking according to drawings and sketches of the locations of rods in reinforcement products;
• technology of installation and installation of fittings in the design position;
• purpose, principle of operation, rules for servicing construction machines and mechanisms for concrete work;
• requirements for surfaces to be concreted;
• methods for preparing various surfaces for concreting;
• purpose and types of formwork;
• methods for manufacturing, repairing and assembling various types of formwork;
• rules for installing and dismantling formwork of concrete and reinforced concrete structures and supporting scaffolding;
• requirements for the construction of various types of formwork;
• compositions, properties and preparation of various concrete mixtures;
• rules for reading drawings and drawing up sketches of concrete and reinforced concrete structures;
• ways to rationally organize a concrete worker’s workplace;
• work safety rules;
• elements of buildings and structures;
• types of monolithic concrete and reinforced concrete structures;
• purpose and rules for using tools and devices when installing building structures;
• design of electrified and pneumatic tools and rules for working with them;
• types of metal and prefabricated concrete and reinforced concrete structures;
• rules for marking building structures;
• technology for preparing structures for installation;
• composition and technology of operations performed during the preparation of installation sites for structures;
• rules for reading working drawings and installation work diagrams;
• ways to rationally organize the installer’s workplace;
• types, purpose and rules of use of load-handling devices and devices for installation of prefabricated reinforced concrete structures;
• rules for storing structures in the installation area;
• technological sequence of installation work;
• building codes and rules for the production of sling works;
• lifting machines and mechanisms;
• purpose and rules of use of load-handling devices and devices;
• principle of operation of load-handling devices;
• maximum load standards for the crane and slings;
• the required length and diameter of slings for moving loads;
• rules and methods for splicing and tying slings;
• service life of slings, their load capacity, testing methods and timing;
• rules for reading drawings and load slinging diagrams;

The maximum teaching load for a student is 51 hours, including:

mandatory classroom teaching load for a student is 34 hours;

independent work of the student 17 hours.

2. STRUCTURE AND CONTENT OF THE SCHOOL DISCIPLINE

OP.06 INTRODUCTION TO THE PROFESSION

2.1. Scope of academic discipline and types of academic work

2.2. Thematic plan and content of the academic discipline OP.06 INTRODUCTION TO THE PROFESSION

3. CONDITIONS FOR IMPLEMENTING THE SCHOOL DISCIPLINE

OP.06 INTRODUCTION TO THE PROFESSION

3.1. Logistics requirements

The implementation of the academic discipline requires the presence of a classroom and laboratory.

Equipment for the classroom and workplaces:

1. Seating according to the number of students;

2. Teacher's workplace;

4.Illustration materials:

Samples of stone materials

Samples of binding materials

Equipment of the laboratory and laboratory workstations:

1. seats according to the number of students;

2. teacher’s workplace;

3. Technical training aids:

Computer with licensed software

Projector,

Microscopes.

4.Illustration materials:

Samples of various types of ceramic bricks

Samples of mineral binders

Samples of fillers for mortars

Models of crystal lattices,

Collections of macro- and microsections,

State diagram posters,

Samples of plastics, lubricants and cooling materials,

Samples of non-ferrous metals, cast iron, alloy steels,

Welding samples made of steel.

5. A set of educational and methodological materials for each topic of the curriculum.

6. Set of testing and measuring materials.

3.2. Information support for training

Main sources:

1. Adaskin A.M., Zuev V.M. Materials science (metalworking): M: JIC "Academy", 2007.
2. Rogov V.A., Poznyak G.G. Modern engineering materials and workpieces: M.: JIC "Academy", 2008.

Additional sources:

1. A.P. Gulyaev Materials Science - M. Metallurgy, 2006

2. Composite materials: Handbook. Mechanical engineering, 1997

Internet resources:

1. http\\www.morehod.ru
2. http\\www.mariners.narod.ru
3. http\\www.netharbour.ru
4. http\\www.moryak. biz.ru
5. http\\www.marinesft. narod.ru

4. CONTROL AND EVALUATION OF THE RESULTS OF MASTERING THE ACADEMIC DISCIPLINE OP.06 INTRODUCTION TO THE PROFESSION

Control and evaluation the results of mastering the academic discipline are carried out by the teacher in the process of conducting practical classes and laboratory classes, testing, as well as students completing individual assignments, projects, and research.

ELECTRONIC WORKBOOK PROFESSION “MASTER OF CIVIL CONSTRUCTION WORKS” ON INDUSTRIAL TRAINING FOR THE I YEAR REMINDER Dear friends! The electronic workbook will help you replenish and consolidate your knowledge of the basic theory of stone working technology. It contains questions and assignments on 17 industrial training topics that characterize the features of stone work. The proposed tasks are designed for your independence in educational activities and involve working with a textbook and additional literature. You are given the opportunity to express your own opinion on the problem studied. By looking for answers to these questions and tasks, you will be able to better understand the main thing, control yourself, find out what you know and can do, and what needs to be repeated. I wish you interesting work! Conventions – Question for reflection, recall and consolidation t – Test, consolidation of theoretical knowledge † – Work with a book, reference literature U – Exercise – Research and creative tasks – Solve the problem K – Guess the crossword puzzle W/E – Erudition task CONTENTS 1. Topic: “Introduction to the profession. Occupational safety rules, fire safety and electrical safety in training workshops" 2. Topic: "Excursion to a construction site and industrial enterprises for the production of building structures" 3. Topic: "Excursion to a construction site and industrial enterprises for the production of building structures" 4. Topic: "Familiarization with the organization of the mason's workplace" 5. Topic: "Tools, devices and equipment" 6. Topic: "Installing orders, tensioning moorings" 7. Topic: "Preparation of masonry mortars of a given brand" 8. Topic: "Preparation of masonry mortars of a given brand" 9. Topic: “Types of masonry, rules of cutting” 10. Topic: “Practicing techniques for laying bricks tightly” 11. Topic: “Practicing techniques for laying bricks flush” 12. Topic: “Practicing techniques for laying bricks flush with cutting mortar” 13. Topic: : “Practicing techniques for laying bricks in half-fill” 14. Topic: “Order method” 15. Topic: “Stepped method” 16. Topic: “Mixed method” 17. Topic: “Testing work based on the results of the first half of the year” 1.1. Introduction to the profession 1.2. Occupational safety rules, fire safety and electrical safety in training workshops 1. Topic: “Introduction to the profession. Occupational safety rules, fire safety and electrical safety in training workshops" 2. Topic: "Excursion to a construction site and industrial enterprises for the production of building structures" Click on the brick 3. Topic: “Excursion to a construction site and industrial enterprises for the production of building structures” Click on the brick Click on the brick Organization of the workplace 4. Topic: “Familiarization with the organization of the mason’s workplace” 5. Topic: “Tools, fixtures and equipment” Click on the brick Production instrument Inspection and measuring instrument Scaffolding and scaffolding 6. Topic: “Installing orders, tensioning moorings” Press on the brick 7. Topic: “Preparation of masonry mortars of a given brand” Press on a brick 8. Topic: “Preparation of masonry mortars of a given brand” Press on the brick 9. Topic: “Types of masonry, rules for cutting” Press on the brick Rules for cutting masonry 10. Topic: “Practicing techniques for laying bricks pressed” Press the brick Instructional and technological map Masonry using the pressing method 11. Topic: “Practicing techniques for laying bricks end to end” Click on the brick Instructional and technological map Laying the butt-butt method with trimming the mortar 12. Topic: “Practicing the techniques of laying bricks butt-butting with cutting the mortar” Click on the brick Instructional and technological map Laying the butt-butting method with trimming the mortar 13. Topic: “Practicing the techniques of laying bricks half-butting” Click on brick Instructional - technological map 14. Topic: "Ordinary method" Click on the brick Instructional - technological map 15. Topic: "Stepwise method" Click on the brick Instructional - technological map 16. Topic: "Mixed method" Click on the brick Instructional - technological map 17. Topic: “Test work based on the results of the first half of the year” Click on the brick

STANDARD OF THE RUSSIAN FEDERATION

EDUCATION: PRIMARY VOCATIONAL EDUCATION

─────────────────────────────────────────────────────────────────

OST 9 PO 02.22.3-2000

Official publication

─────

Agreed Approved

Department of Educational Institutions Deputy Minister

Gosstroy of the Russian Federation

Letter N 28-9/341

STANDARD OF THE RUSSIAN FEDERATION

EDUCATION: PRIMARY VOCATIONAL EDUCATION

────────────────────────────────────────────────────────

PROFESSION: MASTER OF GENERAL CONSTRUCTION WORKS

OST 9 PO 02.22.3-2000

Official publication

Agreed Approved

Department of Educational Institutions Deputy Minister

and advanced training of Russian education

Gosstroy of the Russian Federation

Letter N 28-9/341

STANDARD OF THE RUSSIAN FEDERATION

EDUCATION

────────────────────────────────────────────────────────────────────────

Initial vocational education

2Profession: general construction master

works OST 9 PO 02.22.3-2000

2Profession: wide-range master in

building industry

────────────────────────────────────────────────────────────────────────

Date of introduction

Explanatory note

to the federal component of the State educational stan-

Dart of primary vocational education in the profession "Master

civil works"

Federal component of the State educational standard

primary vocational education in the profession "Master of Social Sciences"

construction works" includes documents:

a) professional characteristics;

b) federal component of the content of the professional cycle

The organization of training in the profession is carried out on the basis of the List-

nya professions and specialties of primary vocational education

Documents defining the federal component of the content of general technical

technical and industry training cycles, represent standards

3.QUALIFICATIONS

In the system of continuous education, the profession "Master of General Construction"

body work" refers to the 3rd level of qualification.

Level of general education required to obtain a profession

Secondary (full) general; vocational education - primary

professional.

OST 9 ON 02.22.3-2000 P.5

Tariffing of work for the profession "Civil works masters"

is established by the enterprise together with the educational institution in

in accordance with the current tariff system in the country (industry).

Advanced training for "Civil Works Master" is carried out

it turns out:

In institutions of primary vocational education and

enterprises in order to update and expand knowledge and skills, as well as

obtaining professional qualifications in a new specialty within the framework of

kah profession.

In the system of continuous professional education to achieve

obtaining a higher level of qualifications in a given field (industry) of production

professional activities on the basis of secondary specialized educational institutions

________________________________________________________________

Types of professional │Theoretical foundations of professional

activity │nal activity

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──────────────────────────────────┴──────────────────────────────

21.General professional parameters

Performs the simplest stone, technology of the simplest stone-

furnace, installation, electric welding, furnace, installation, electrical

slings, concrete, reinforcing welding, slings, concrete-

work and reinforcement works

Performs masonry and repairs of buildings - Main types of wall materials

alternating structures of buildings, bridges, rials

industrial and hydraulic engineering Methods for preparing plants

thieves' structures

Punches nests, furrows and Methods for punching nests, furrows

holes in brick and rubble and holes in brickwork

masonry, concrete and reinforced concrete

designs

Manually disassembles rubble func- Rules for dismantling masonry func-

dams, brickwork of dam walls, walls and pillars, pe-

pillars, unlined stoves and a bunch of

hone hearths, protozoan formworks Main types of rigging

equipment designs

Lays brick columns under the Rules for laying bricks

sex column lags

S.6 OST 9 ON 02.22.3-2000

Fills channels or boxes with - Tools and accessories

powder-like materials or milling used for stone-

new masonry and installation

mineral wool for building structures

Installs metal temporary installation technology

temporary furnaces with hanging metal furnaces

Cleans and scrapes the front Rules of technical maintenance

surface of furnaces for operation and maintenance of equipment

equipment, devices and

tools

Performs the simplest work with the Main types of slings, gripping

installation of steel and precast concrete fixtures, rigging

concrete and reinforced concrete structures equipment

Performs simple welding on machines and mechanisms

work, uses manual and electric tools for the production of welding

trified tools and works

construction machines and furs - The principle of operation of electric welding

lows of rock machines and apparatus

Performs surfacing of simple neot - Electrical maintenance rules

important parts of welding machines

Performs slinging and tying of loads - Typical slinging rules

call of various lengths and weights of products

Rules for slinging, lifting and

moving various loads

Design features

lifting devices

(slings, traverses, grippers and

Specifications

lifting cranes and three-

safety during work

Bot of boom self-propelled cranes

new near power lines

OST 9 ON 02.22.3-2000 P.7

┌─────────────────────────────────┬───────────────────────────────┐

└─────────────────────────────────┴───────────────────────────────┘

Basic provisions about the system

occupational safety standards

Monitors the load during lifting, Permissible sling loads

moving and laying ropes

Performs simple work with Methods of preparing plants

preparation of concrete mixture and uk - thieves and concrete mixtures by hand

fixing it in the design

Methods of notching concrete

surfaces

Performs notching of concrete - Techniques for supplying concrete mixes -

surfaces of this design

Accepts concrete mixture and concrete care rules

prepares solutions manually

Dispenses components during use - Techniques and rules for disassembly

power of devices by weight and volume - concrete and reinforced concrete

him (wheelbarrows, measuring rods) structures, foundation masonry

tov, walls and pillars

Methods for dismantling formwork

simplest designs

Disassembles concrete and reinforced concrete - Main types of wall

ton designs by hand of materials and materials,

piped during production

stone kiln works

Methods for installing metal

personal temporary ovens

Engages steel concrete and Requirements

reinforced concrete structures inven - to the quality of work performed,

container slings for installation loops - including along adjacent support

whether, staples, hooks, etc. to walkie-talkies or processes

Sorts, unwinds, cuts, Rules and methods of unwinding

straightens, bends, stretches ar - and cuts reinforcing steel

solid wire by hand swan - Rules for transportation and

kami, on manual machines for storing finished frames

P.8 OST 9 ON 02.22.3-2000

┌──────────────────────────────────┬───────────────────────────────┐

└──────────────────────────────────┴───────────────────────────────┘

Prevents and eliminates de - Types of defects and methods for them

defects of work elimination

Complies with safety rules Occupational safety rules

22.Special parameters

2A. Profession - mason

Lays simple brick walls. Basic properties of wall ma-

and small blocks for plaster and materials and mortars, as well as

with jointing along the masonry; waterproofing materials,

lays foundations made of bricks and used for insulating func-

reinforced concrete products; lays daments and walls

walls and corners of buildings

Fills frame walls Simple masonry and re-

knitting seams

Laying foundations from rubble - Techniques for laying simple walls

th stone and brick rubble under

bay; lays the foundation,

building corners

Arranges cement screed, Methods of spreading mortar

on the wall, laying out bricks and

Arranges horizontal hydraulic - Rules for working with pneumatic

foundation insulation with roll and electrified tools

ment materials

Covers with bricks and concrete Main types of parts and assembly

grooves, nests and hole structures used

during the construction of stone buildings

and structures

Punches openings in brick and brick quality requirements

concrete walls. masonry and precast concrete

structures mounted in ca-

private buildings

Performs installation in stone buildings - Reinforced concrete installation technology -

of reinforced concrete lintels

above window and door openings

OST 9 ON 02.22.3-2000 P.9

┌──────────────────────────────────┬───────────────────────────────┐

└──────────────────────────────────┴───────────────────────────────┘

2B. Profession: stove maker

Arranges the foundations and lays down the Basic requirements applied

foundations for kilns made to the quality of brick and concrete

Lays temporary furnaces with Methods for laying foundations under

Installs and strengthens stoves Methods for laying temporary stoves

Sorts and matches by color Simple ligation systems

(shade) stove tiles

Grinds the edges of tiles Methods for dismantling tiled

stoves, hogs and chimneys

Prepares solutions from Methods for arranging vertical

Gzhel and refractory clay cuttings

2B. Profession: steel erector

2 and reinforced concrete structures

Performs cleaning of assembled main types of steel parts

structures and prefabricated concrete and reinforced concrete

ton structures

Performs fastening of mounting Types of main rigging and

bolts of connections of installation equipment and accessories

abilities

Installs self-tapping screws - Transportation rules and

bolts for storing structures and

P.10. OST 9 PO 02.22.3-2000

┌──────────────────────────────────┬───────────────────────────────┐

└──────────────────────────────────┴───────────────────────────────┘

Checks with kerosene and chalk Devices and methods of

welded seams when checking their permanent fastening of structures

density

Straightens shaped steels by hand. Simple ways to check welds.

screw press seams

Lays pavement slabs - Main properties and grades of be-

ty ton mixtures

Performs temporary fastening Rules for surface preparation

insulation structures

1.1.3. General construction work: purpose, types, volumes.

Stone work: types, classification depending on type

dov of masonry and materials used.

Furnace work: types, purpose, furnace laying technology,

material used.

Installation work: purpose, types, classification depending on

differences from the designs used.

Electric welding work: purpose, classification of welding

depending on the materials used.

Slinging works: purpose, types, classification of slings

depending on loads of different weights

Concrete work: purpose, types, classification depending on

depending on the designs and materials used.

Reinforcement work: purpose, classification depending

rumentov.

P.18 OST 9 TO 02.22.3-2000

1.1.4.Tools, mechanisms, devices for general construction

work: purpose, classification, design, technical

characteristics.

Instrumentation: purpose, device,

operating rules.

Hand mechanized tools.

Selection and use of tools and devices.

1.1.5. Solutions: types, methods of preparing solutions

personnel.

Determination of solution composition and fill size

Checking the mobility of the solution (2)

Neutralizing compositions: types, methods of preparation.

1.1.6.Preparation of reinforcing steel for work: main types,

sequence of operations for knitting frames.

1.1.7.Preparation of concrete mixture for laying in a structure:

main types, sequence of operations.

1.1.8. Preparation of foundations for pouring and furnaces: types, ways

masonry, requirements for masonry, sequence of operations

1.1.9.Preparation of loads for slinging: types, weight, height, dimensions

Dimensions, conditional alarm.

Requirements for safe work performance for slingers.

1.1.10.Preparation of parts for welding: types, used ma-

1.1.11.Materials for general construction work: classification,

purpose, application, composition, properties.

Preparing basic mixtures by hand(2)

Applying materials to surfaces(2)

OST 9 ON 02.22.3-2000 P.19

22.SPECIAL BLOCK MASONRY

22.1. Stone work technology

2.1.1.Wall materials and mortars: types, purpose, properties

tva, compositions, recipes and methods for preparing solutions.

2.1.2. Tools: types, purpose, classification, application

tion, rules of work and care.

Selection and use of tools and devices(2)

2.1.3. Methods of laying and dressing seams (2). Requirements for quality

masonry(2)

2.1.4.Masonry of stone structures, buildings, bridges and related

weapons: sequence of operations (2).

Construction of foundations, cement screed, waterproofing: pos-

investigation and features of the work.

Technology for performing preparatory and auxiliary

masonry operations(2)

2.1.5. Technology for installing reinforced concrete lintels over windows -

doorways and niches(2)

23 0. 2SPECIAL STOVE UNIT

23.1. Furnace technology

3.1.1.Basic materials and solutions: types, purpose, so-

tav, properties, methods of preparing special solutions.

Preparation of solutions from Gzhel and refractory clay (2).

Sealing cracks in the furnace masonry with clay mortar (2)

3.1.2. Suture dressing systems (2).

P.20 OST 9 ON 02.22.3-2000

3.1.3. Stove appliances and tiles: types, purpose, classification -

tion, technology for installing and replacing furnace appliances(2)

Color selection, sorting and grinding of stove tiles(2)

Carrying out work on replacing appliances in unlined ovens(2).

3.1.4.Masonry of stoves, hearths and pipes: methods of laying foundations

product for furnaces, foundation technology, sequence

masonry and dismantling of furnaces (2).

Carrying out work on dismantling a lined stove (2).

24. SPECIAL INSTALLER UNIT FOR INSTALLATION OF STEEL AND

2REINFORCED CONCRETE STRUCTURES

4.1.1.Main rigging, installation equipment and accessories

information: types, purpose, rules of transportation and storage

Slings and gripping devices: types, purpose, use

Type of application(2).

Fastening structures: sequence of operations

tions, signaling rules during installation (2).

Filling furrows, pockets, potholes and holes(2)

4.1.2. Loading, unloading and warehouse operations (2).

4.1.3. Installation of prefabricated partitions and internal walls: sequential

activity of performing operations (2).

Carrying out simple work on the installation of steel and reinforced concrete

ton structures (2).Checking welds (2).Installation of self-

cutting bolts (2).

OST 9 ON 02.22.3-2000 P.21

25. SPECIAL UNIT FOR ELECTRIC WELDING MANUAL WELDING

25.1.1.Technology of electric welding works

5.1.1. Preliminary preparation of welding materials: vi-

Yes, purpose, sequence of operations.

5.1.2. Electric welding machines and devices: types, purpose,

classification, device, technical characteristics, rules

maintenance and operation(2)

5.1.3. Instrumentation: types, purpose,

application, causes and methods of eliminating defects

electric welding works (2).

5.1.4. Preparation of products and assemblies for welding: sequence -

work performance(2)

Surfacing of simple non-critical parts (2).Protection of welded

seam during welding process (2).

26. SPECIAL BLOCK FOR THE SLAMPER

26.1. Slinging technology

6.1.1. Cargoes: type, classification depending on

weight, volume, length, various dimensions, flowability.

6.1.2. Load-handling devices: types, purpose, application

Slinging and lashing of cargo: types, purpose. methods and pos-

sequence of operations(2)

Methods of moving and unslinging(2).

Rules and requirements of the Gosgortekhnadzor of Russia for safe

operation of lifting equipment (2).

P.22 OST 9 ON 02.22.3-2000

27. SPECIAL CONCRETER BLOCK

27.1.Concrete technology

7.1.1. Preparation of concrete mixture: general concepts, types of concrete

tone mixers, design, performance, storage methods and

transportation.

7.1.2. Cement: types, purpose, classification of binders

and additives(2).

Water: composition, properties, purpose, requirements, presentation

lyable to water.

7.1.3. Transportation of concrete mixture: purpose and characteristics

characteristics of machines for transporting mixtures, requirements, permissible

time limits for transportation of ready-made mixtures, preventive measures

delamination and drying of the concrete mixture.

7.1.4. Laying concrete mixture: rules and methods.

Machines for preparing and laying concrete mixture: principles

organization of work on machines, characteristics of belt conveyors

ditches, concrete pavers, concrete mixing plant accessories

ki and in the workshop.

7.1.5. Time and production standards for laying and compacting without

ton of mixture.

7.1.6.Methods of concreting structures: methods of laying concrete

ton mixture for foundations, bases and massifs(2)

Formwork: types, purpose, structures, installation sequence

new and disassembled formwork of various designs(2)

Dismantling of simple formwork(2)

P.23 OST 9 ON 02.22.3-2000

28.SPECIAL FITTING BLOCK

28.1. Technology of reinforcement works

8.1.1. Basic information about reinforcing steel: types, purpose

tion, assortment(2).

Methods for cleaning, straightening, pulling, straightening reinforcement

steel(2)

Unwinding, cutting and bending methods(2)

Preparation of reinforcing steel for reinforcing work (2).

8.1.2.Tools, devices, machines: variety,

purpose, device, operating principle, handling rules,

production standards.

Selection and use of tools and devices (2).

8.1.3. Methods for marking the location of rods and frames.

Techniques: tying rod knots; assembly, installation and fastening

simple reinforcement and reinforced structures; assembly and knitting of meshes and flat

frames on several templates (2).

Assembly and knitting of meshes and flat frames(2)

OST 9 ON 02.22.3-2000 P.24

Distribution of training time by profession

"Master of general construction works"

under the section "Professional training"

┌─────────────────────────────────────────────────────┐

│ Number of hours at the base │

├─────────────────────────┬┐──────────────────────────│

│basic general education-│basic general │secondary│

│education without secondary│education from to │(full - │

│(complete) general education-│high school education-│

│ knowledge │ of (full) general │ image-│

│ │ education │qualification │

│────────────────────────────────────────────│────────│

│ Duration of training │ │

├─────────────────────────┬──────────────────│────────┤

│ 1-2 years │ 3 years │ 1 year │

├─────────────────────────┴──────────────────┘─────── │

│ Professional training │

├──────────────────────────────────────────────────── │

│ Time reserve │

│ Consultations │

│ Exams │

└─────────────────────────────────────────────────────┘

THE DRAFT STANDARD WAS DEVELOPED BY THE INSTITUTE FOR PROFESSIONAL DEVELOPMENT

OF EDUCATION OF THE MINISTRY OF EDUCATION OF THE RUSSIAN FEDERATION

Director of the Institute

professional development

education of the Ministry of Defense of the Russian Federation

Deputy director of the Institute

professional development

education of the Ministry of Defense of the Russian Federation

Development Manager:

provision of construction professions

of IRPO, c.p. n.

Executor:

Head laboratory of methodological

provision of construction professions

of IRPO, c.p. n.

AGREED

Department of Educational Institutions and

advanced training