Technical school Maintenance Repair of road transport. Professional retraining on the program Maintenance and repair of road transport. Forms and methods of control and evaluation

Course description:

Profession The controller of the technical condition of the motor vehicle will never leave you without work, because It is very popular in the contemporary world, where the number of cars per capita every year is only increasing. To get an education in this profession, you need to listen to the course " Maintenance and repair of road transport » . Make it can be completely remotely.

Modern Scientific and Technology Academy (SNA) conducts training cycles of professional preparations for technical specialties. You will receive high-quality education without leaving home.

Features of training in the direction of "Maintenance and repair of road transport"

Depending on the purpose of the specialist, you can go through courses one of two directions:

• Professional retraining;
• Improving professional competencies.

The training cycle on professional preparation is directed, first of all, to receive a listener of a completely new direction of working activities. Courses to improve the qualifications, on the contrary, are aimed at improving existing knowledge in the specialty.

The main goal of the entire training cycle is mastered by the leaders of the main skills and skills relating to the specifics of working activities for the implementation of highly qualified independent activities.

The main disciplines that will be studied by students when entering the training module under the specialty under consideration:

• State regulation of transport activities;
• Regulatory support for transport activities;
• Main types of vehicles;
• Car service;
• Types of car repair;
• Practical aspects of the repair of the vehicle.

The main labor duties of mechanics includes:

• Ensuring uninterrupted, technically proper operation of instruments and equipment;
• Develop TC inspection schedules;
• Drafting technical documentation;
• Conducting high-quality and timely repair of the vehicle,
• Identify outdated equipment that requires overhaul;
• Ensuring compliance with labor protection rules when carrying out repair work;
• Taking participation in the development of measures to create safe working conditions during the operation and repair of equipment and much more.

Training format

The academy in the Academy is carried out according to the traditional part-time format, using remote educational technologies.

After enrollment, methodological materials are issued containing exceptionally relevant and useful information. The remote type of training involves the absence of the need to visit the educational institution personally. Classes are held from home. You need only a computer or tablet with access to the Internet.

It is convenient that you do not need to break away from the production process to the care of the session, and the listeners obtained can be promptly applied in their work practices.

At the end of the educational cycle, be prepared to pass online testing, in order to check knowledge and protection thesis. But the introductory tests in enrollment are missing.

Results of learning

A diploma for the passage to receive primary specialization is issued to all students who have successfully passed the training module.

We are guaranteed to send documents by Russian Post with courier delivery to the door.

Requirements for listeners

All wishes may be mastering the new direction in the presence of postgraduate (or secondary special) education according to the relevant specialty.

Benefits of learning in Bland

• The Academy operates on the basis of a license No. 034268 of 25.10.2013;
• All educational programs are compiled in strict accordance with state, constantly updated and have only relevant information;
• Affordable training cost;
• The possibility of learning from any settlement of Russia;
• After enrolling on the course, the personal curator is fixed behind each student, which throughout the module helps in the development of the program;
• An individual approach to each listener guarantees obtaining quality education at maximum availability.

Because Passage of advanced training courses is the necessary measure to continue work, at the Academy, you can also undergo a training cycle to improve professional competencies.

Applications for training can be served around the clock.

Have questions? Contact our Call Center in any convenient way. For example, you can order a call of the C / s. Feedback form, or call directly (free call). Or you can send an email to the mail :.

We are waiting for you!

Promotions:

Received documents:

Important! The diploma does not indicate the form of training (full-time / correspondence).
Diploma established sample

Conditions of receipt:

Training in the direction of "Maintenance and Repair of Automobile Transport" makes it possible to get a diploma diploma. Also for individual directions and specialties there is an extradition of additional documents if they require departmental regulatory acts: certificates, books, etc.

In order to become a student of the Academy, it is necessary to meet several requirements and fulfill some actions:

• Have a diploma of medium professional or higher education in the specialty
• Apply for training on a professional retraining program or advanced training in the direction of "Maintenance and repair of road transport" in electronic format:
  - by email,
  - in the form of feedback on the site,
  - or call a free 24-hour telephone;
• Provide documents confirming the identity and the existing level of education;
• After signing the contract, go through the course of study in remote form;
• Complete final testing, and get a diploma of retraining or a certificate of advanced training on the program "Maintenance and repair of road transport".

For the uninterrupted operation of the car throughout the entire period of operation, each car owner follows from time to time to carry out a complex of certain works related to character and appointment to two groups:

Work aimed at maintaining hubs of working mechanisms and aggregates in working condition for a long period of operation;

Works aimed at establishing mechanisms, nodes and machine units.

Therefore, maintenance and repair of road transport in the first case is prophylactic, and in the second - reducing.

In our country, it is a warning-planning system of mandatory and repair of the car. Its meaning is to maintain and according to the plan, and the need.

Then (maintenance) of the car - electrical and adjustment, gas stations, lubricants, fasteners, control and diagnostic, cleaning and washing, as well as many other types of work, which are often performed without removing individual mechanisms, nodes and disassembly of units. However, if the maintenance remains in question, the complete health of individual nodes remains, they are removed from the car and check on specialized stands and devices.

The frequency of maintenance directly depends on the list and complexity of the repair of the car and its aggregates. That cars are divided into several types: seasonal, first and second, as well as daily maintenance.

The current legislative acts of maintenance and repair of road transport and its aggregates are provided for two types - a capital, performed on special enterprises, and the current, which is performed on motor transport enterprises.

In each of the species, it includes strictly installed operations (work) that must be carried out. These operations are divided into performing and control components.

The performing part is often carried out by the need, and the control part of the work, which is still often called the diagnostic, is mandatory. It helps to significantly reduce both labor and material waste for maintenance and repair.

Diagnostics - part of the technological process of current repair and maintenance of cars, which ensures the acquisition of a common picture of the state of the machine.

Daily maintenance and repair of automobile transport (if necessary) should be performed every day to return the car from the working line. It includes:

Monitoring work on all major systems and mechanisms that are responsible for safe movement, as well as lighting devices, cabin and body;

Wine-harvesting and wool-drying operations, as well as refueling the machine with coolant, butter and, of course, fuel.

Car wash on demand.

Working programm

by discipline MDC 01.02 Maintenance and repair of road transport

under the basic training program

specialties 02/23/03 Maintenance and repair of road transport

graduate qualifications technician

form of study Pupil

1.1. Program application area

The program (hereinafter referred to as a work program) - is part of the main professional educational program of the SPO in accordance with GEF in the specialty 02/23/03 Maintenance and repair of road transport(basic training) in terms of mastering the main type of professional activity (VDS) and relevant professional competencies (PC):

PC 1.1. Organize and carry out maintenance and repair work.

PC 1.2.

1.2. Objectives and objectives of MDK - Requirements for the results of the MDK

In order to master the specified type of professional activity and the relevant professional competencies, the student in the development of MDC should:

have a practical experience:

development and assembly of aggregates and vehicles of the car;

technical control of the operated transport;

maintenance and repair.

be able to:

develop and implement the technological process of maintenance and repair of vehicles;

carry out technical control of vehicles;

evaluate the effectiveness of production activities;

carry out an independent search for the necessary information to solve professional tasks;

analyze and evaluate the state of labor protection at the production site.

know:

device and bases of the theory of rolling stock of automobile transport;

basic circuits for the inclusion of electrical elements;

properties and performance indicators of automotive operational materials;

rules for registration of technical and reporting documentation;

qualifications, main characteristics and technical specifications road transport;

methods for assessing and quality control in professional activities;

the main provisions of the current regulatory documentation;

basics of organizing an enterprise and management of them;

rules and norms of labor protection, industrial sanitation and fire protection.

MDC 01.02:

just -720 hours, including:

maximum learning training training - 720 hours, including:

mandatory audit learning training load - 480 hours;

independent work learning - 240 hours;

laboratory and practical - 92 hours;

curriculum - 288 hours.

2. Mastering results MDC 01.02

The result of the development of the program is mastering the educational type of professional activity (VDD) Maintenance and repair of motor vehicles, Including professional (PC) and common (OK) competencies:

	Name of learning outcome
	Organize and carry out maintenance and repair work.
	Technical control during storage, operation, maintenance and repair of motor vehicles.
	Organize your own activities, choose typical methods and methods for performing professional tasks, evaluate their effectiveness and quality
	Make decisions in standard and non-standard situations and be responsible for them.
	Search and use the information necessary to effectively perform professional tasks, professional and personal development.
	Use Information and Communication Technologies to Improve Professional Activity
	Work both individually and in the team, effectively communicate with colleagues, leadership, consumers
	Set goals, motivate the activities of subordinates, organize and control their work with the adoption of responsibility for the result of the tasks
	Independently identify the tasks of professional and personal development, to engage in self-education, consciously plan to improve the qualifications
	Navigate in a frequent change of technology in professional activities.
	Make a military duty, including using the received professional knowledge (for young men)

3. Structure and content of MDC 01.02

3.1. Themed Plan

Codes of professional competencies	Names of the partitions of a professional module	Total hours	The amount of time reserved for the development of the interdisciplinary course (courses)					Practice
			Mandatory audit learning load study			Independent work of learning		Educational	Production (according to the specialty profile), (if dispersed practice is provided)
			Total,	including Laboratory work and practical classes,		Total,	incl., Coursework (project),
PC 1.1-1.3	Section 1.
PC 1.1-1.3	Section 2.
PC 1.1-1.3	Section 3. Diagnosing machine technical equipment
PC 1.1-1.3	Section 4. Car repair
	Production practice (according to the specialty profile), watch (if the final (concentrated) practice is provided) Curriculum .....
Total:

Name of interdisciplinary courses (MDC) and those				Volume of watch		Level of development
Section 1.
MDK 01. 02. Maintenance and repair of road transport
	Introduction
Topic 1.1.Fundamentals of maintenance and repair of rolling stock
			Reliability and durability of the car
			System of maintenance and repair of rolling stock.
			Regulations on the maintenance and repair of the rolling stock of road transport
			Basics of diagnosing the technical condition of cars

Topic 1.2.Technological I. diagnostic equipment for technical maintenance and current car repair
		General About technological and diagnostic equipment, fixtures and tools.
		Equipment for cleaning, washers and cleaning work.
		Inspection and lifting and transport equipment.
		Equipment for lubricant work.
		Equipment, devices and tools for dissemination and assembly works.
		Diagnostic equipment
Topic 1.3. Technology of maintenance and re-monte rolling stock of road transport
		Daily car maintenance
		Diagnosing engine in general
		Maintenance I. maintenance crank-connecting and gas distribution mechanisms.
		Maintenance and current repair of cooling and lubrication systems.
		Maintenance and current repair of the carburetor engines.
		Maintenance and current repair of diesel engine systems.
		Maintenance and current repairs of the power system of engines operating on gas fuel.
		Maintenance and maintenance of electrical equipment.
		Maintenance and maintenance of transmission.
		Maintenance and maintenance of the chassis and automotive tires.
		Maintenance and current repair of control mechanisms.
		Maintenance and current repair of bodies, cabins and platforms.
		Diagnosing vehicles at the posts of general and elementary diagnostics.
	Laboratory works
		Motor diagnostics by built-in devices.
		Maintenance and maintenance of the crank-connecting mechanism.
		Maintenance and maintenance of gas distribution mechanism.
		Maintenance and maintenance of the cooling system.
		Maintenance and current repair of the engine lubrication system.
		Maintenance and current repair of the power supply system
		Maintenance and current repair of fuel, air and exhaust gas cleaning and supplying devices.
		Definition and troubleshooting in the carburetor engine power system. Carburator adjustment.
		Diagnostics, maintenance and current repair of fuel cleaning and supply instruments, power systems diesel engine.
		Diagnostics, maintenance and current repair of air purification devices, diesel engine power systems.
		Diagnostics, maintenance and current repair of nozzles, AMOT TNVD.
		Defining and troubleshooting the diesel engine power system.

		Maintenance and maintenance of the engine power supply system from gas failed installations.
		Diagnostics, maintenance and current repair of instruments of the power supply system.
		Diagnostics, maintenance and current repair of the ignition system devices.
		Diagnostics of electrical equipment using tester.
		Diagnostics, maintenance and current repair of engine electropus.
		Diagnostics, maintenance and current repair of sound and light alarm devices, additional equipment and lighting devices.
		Diagnostics, maintenance and current clutch repair.
		Diagnostics, maintenance and maintenance of transmission, cardan transmission and leading bridges.
		Diagnostics and installation of angles Adjusting the angles of the installation of wheels, the angles of the installation of a pivot axis of rotation.
		Check and adjust the gaps in pile, ball supports and in the wheel bearings of the wheels, maintenance of the chassis.
		Vulcanization of cameras. Current repair of tires.
		Installation and disassembly pneumatic tires. Wheel balancing.
		Diagnostics, maintenance and maintenance of steering.
		Diagnostics, maintenance and current repair of steering hydroxidants.
		Diagnostics, maintenance and current repair of brake systems with hydraulic drive and parking brakes.
		Diagnostics, maintenance and current repair of brake systems with pneumatic reception.
		Total car diagnostics.
		Element diagnostics of cars.
Topic 1.4. Organization of storage and accounting of rolling stock and production reserves.
		Storage of rolling stock of automobile transport.
		Storage, accounting of production reserves and ways to reduce the costs of material and fuel and energy resources.
Topic 1.5.Organization and management of maintenance and current repairs.
		Classification of motor transport enterprises
		The overall characteristics of the technological process of maintenance and current repairs of rolling stock.
		Organization of labor repair workers.
		Organization of car maintenance.
		Organization of current car repair.
		Organization of quality control of maintenance and current car repair
Topic 1.6. Automated control systems in the organization of maintenance and current repair of road transport
		Forms and methods of organizing and managing production
		Automated control systems in the organization of maintenance and current car repair
		Analysis and modeling of the production process of maintenance and current repair of cars
		Automated workplace of employees of the technical service of a motor transport enterprise.
	Laboratory works
		Drawing up a changeable-daily task of the repair brigade.
		Drawing up a PC dispatcher report.
		Drawing up a changeable-daily task for the preparation site for production
		Calculation of the manufacturing program of maintenance and current repair on computer using modeling programs.
		Debriefing and solving problems of type: ART technique on rolling stock, drawing up a reporting statement.
Topic 1.7. Basics of designing production sectors of motor transport enterprises.
		Fundamentals of technological design of production sites of motor transport enterprises.

Independent work when studying section1
Perform the tasks for the preparation and design of the section of the course project. Performing individual tasks using technical and reference literature.
Adjusting maintenance standards and current car repairs. Installation of ignition by car. Automatic transmission change box. Diagnostics and maintenance automatic box Change transmissions. Modern equipment for diagnosing the chassis of passenger cars. Walls to check the shock absorbers. Car tire marking. Anti-block brake system (anti-lock system). Antiscolic system Air wheels, (stabilization system). Body work. Restoration of the body after a traffic accident. Applicable equipment. Funds for anti-corrosion treatment of the body (brand and technology of Nania). Classification scheme of cleaning and washing equipment. Classification of lifts. Factors affecting the progressiveness of maintenance technologies and current car repair. Funds technical diagnostics Systems providing safety of auto-bilya. Technical diagnostics of the engine, its systems and work properties. Repair of electrical equipment. Repair of nodes and details of the transmission. Repair of nodes and parts of the chassis of the car. Repair of nodes and details of control mechanisms. Repair of automotive tires. Cab repair, body. Development of detail recovery schemes. Solving problems of rationing. Calculation of basic users to design areas of repair production. Studies of the course project sections and drawings.

MDC 01.02.
	Introduction
Topic 2.1. Car fuel
		Chemical composition fuel-lubricants. Methods for producing oil fuels.
		Car gasoline.
		Car diesel fuels.
		Automotive fuels Gas and petroleum.
	Laboratory works
		Evaluation of gasoline by passport, external features. Analysis on the content of water-soluble acids and alkalis. Definition of gasoline density. Determination of the fraction composition of gasoline.
		Evaluation diesel fuel According to passport data. Evaluation of the presence of mechanical impurities and water. Determination of the kinematic viscosity of diesel fuel at 20 ° C. Determination of temperature of diesel fuel. Determination of the brand of diesel fuel according to GOST and the solution to the question of its application.
Topic 2.2. Automotive lubricants.
		Car lubricating oils.
		Automotive plastic lubricants.
	Laboratory works.
		Evaluation of engine oils according to passport data. Determination of the presence of mechanical impurities. Determination of the kinematic viscosity of the oil at 50 ° C and 70 ° C. Definition of the viscosity index. Determination of the brand of viscosity according to GOST and solving the issue of its application. Determination of water availability in engine oil.
		Evaluation of plastic lubrication by passport data. Test lubricant for solubility in water and gasoline. Determination of the temperature of the lubricant campling. Establishing a grease brand for GOST and solving the issue of its application.
Topic 2.3.Automotive special fluids
	Laboratory works
		Evaluation of the antifreeze sample by passport data. Determination of the appearance and presence of mechanical impurities. Determination of the composition and temperature of the freezing of antifreeze.
Topic 2.4.. Organization of rational use of fuel and lubricants in road transport.
			Organization of rational use of fuel and lubricants on road transport.
Topic 2.5. Construction and repair materials.
		paints and varnishes
		Materials structural and operational
Topic 2.6. Safety and security ambient When using automotive operational materials.
		Safety and environmental protection.
Independent work when studying section 2 Systematic study of abstracts of classes, educational and special technical literature (on issues, paragraphs, heads of teaching aids drawn up by the teacher). Preparation for laboratory / practical exercises using methodical recommendationscompiled by teachers. Registration of reports on completed laboratory work / practical classes and preparation for their protection. Independent study of electronic resources. Implementation of abstracts. Preparation of messages, reports on the topics established by the teacher individually. Use of Internet resources.
Themes of extracurricular independent work Development of the automotive industry in Russia. The suspension of the car and the power unit. GRM with the lower location of the valves. Cooling fluids. Molds for engines. Ventilation of the engine crankcase. Automobile gasoline: neutralization of exhaust gases. Fuel for gas-ballot cars. Didegen fuel. Detonation, the influence of various factors for detonation. Calil ignition. The toxicity of exhaust gases. Ways to reduce toxicity. Features of the use of automotive operational materials in modern conditions. The quality performance of diesel fuels. Fuel oil. Classification of motor oils by SAE and API.Transmission oils. Cooling systems. Fluids for hydraulic systems. Equity for fuel economy, oils, technical fluids on road transport. The performance of the quality of fuel and lubricants to work on the rolling stock of automotive vehicles. Coloring materials. The duty and fire hazard of fuel and lubricants. Environmental.

Section 3 Diagnosing technical equipment for cars.
MDC 01.02.
	Introduction
Diagnosing technical equipment for cars.
	Basics and organization of technical diagnostics of cars.
		Requirements for technical diagnosing vehicles during operation. Diagnostic parameters for their classification.
		Construction of the diagnostic algorithm. General requirements for technical diagnostics (STD).
		Nomenclature of technical diagnostics.
		Organization of technical diagnostics of cars on motor transport enterprises.
		Standards of diagnostic parameters and their rationing. Accuracy and accuracy of car diagnostics.
	Technology for diagnosing the technical condition of the car.
		Total car diagnostics. Diagnosing crank-connecting and gas distribution mechanisms.
		Diagnosing cooling and lubrication systems.
		Diagnosing instruments of the carburetor motor system and fuel injection systems.
		Diagnosing a diesel engine power system. Diagnosing preheater preheaters.
		Diagnosing power supply instruments. Diagnosing ignition system devices.
		Diagnosing start and lighting and signaling systems.
		Diagnosing transmission mechanisms.
		Diagnosing chassis. Diagnosing steering steering.
		Diagnosing brake systems with hydraulic drive.
		Diagnosing systems with pneumatic drive. Diagnosing additional equipment.
Independent work when studying section 3 Systematic study of abstracts of classes, educational and special technical literature (on issues, paragraphs, heads of teaching aids drawn up by the teacher). Preparation for laboratory / practical classes using guidelines made by teachers. Registration of reports on completed laboratory work / practical classes and preparation for their protection. Independent study of electronic resources. Implementation of abstracts. Preparation of messages, reports on the topics established by the teacher individually. Use of Internet resources.
Approximate subject of extracurricular independent work Definition of the nomenclature of structural and diagnostic parameters. Selection of diagnostic parameters for assessing the technical condition of cars. Development of block diagram of structurally trading links in the diagnostic circuit. Main indicators of reliability of technical diagnostics. Drawing up a table of technical diagnostic tools indicating: titles, models, destination. Typical types of express diagnostics work. The limit values \u200b\u200bof the main diagnostic parameters of domestic passenger and trucks. Diagnosing vehicles by parameters determining braking dynamics. Diagnosing the tightness of planting valves in the saddle. Diagnosing crankcase ventilation system. Drawing up a table of diagnostic parameters of the carburetor with their nominal and permissible values. Drawing up a table of diagnostic parameters of diesel power supply systems with their nominal and permissible values. Search for the cause of the absence of fuel and air into the combustion chamber of the heater boiler and slow engine heating. Performing an AC generator diagnostics. Drawing up a table of diagnostic instrument parameters contactless system ignition. Drawing up a table of diagnostic parameters of starter instruments. Drawing up a table of permissible and nominal diagnostic parameters of the chassis of the car. Drawing up a processing card diagnostic steering, a brake system with a hydraulic engine and a pneumatic drive car. Diagnosing a pump of the mechanism of the lifting body of the bodies of the automotive industry.

Section 4. Car repair
MDC 01.02.
	Introduction
		General provisions repair cars
		Basics of the organization overhaul cars.
Topic 4.2. Technology of capital repairs.
		Receiving cars and aggregates to repair and their outer washing.
		Disassembly of cars and aggregates.
		Washing and cleaning of parts.
		Defecting and sorting parts.
		Working details.
		Assembly and testing of aggregates.
		General assembly, testing and delivery of cars from repair.
	Laboratory works
		Defecting the cylinder block.
		Defecting the crankshaft.
		Defecting the camshaft.
		Defecting the connecting rod.
		Defecting cylindrical gears and slotted shafts.
		Defecting rolling and slip bearings. Defecting springs.
		Creation of pistons with cylinder sleeves.
		Options of the details of the crank-connecting mechanism.
	Practical work.
		Calculation of dimensional groups when pistoned with cylinder sleeves.
Topic 4.3. Methods for restoring parts.
		Classification of methods for restoring parts.
		Restoration of parts of fitter and mechanical processing.
		Restoration of pressure parts.
		Restoration of parts with welding and surfacing.
		Restoration of details spraying.
		Restoration of parts soldering.
		Restoration of parts galvanic coating.
		Restoration of parts using synthetic materials.
Topic 4.4. Technology restoring parts, repair of nodes and appliances.
		General.
		Development of technological repair processes
		Repair of details of the class "Cabinet parts"
		Repair of details of the class "Round rods and rods with a shaped surface"
		Repair of details of the class "Hollow cylinders"
		Repair of details of the class "Disks with a smooth perimeter"
		Repair of details of the class "Non-circular rods"
		Repair of components and devices of cooling systems and lubrication.
		Repair of nodes and instruments of power systems.
		Repair of electrical equipment.
		Repair of automotive tires.
		Repair of bodies and cabins.
		Repair quality management.
	Laboratory works
		Boring block of cylinders.
		Honing a block of cylinders.
		Repair of valve saddle.
	Course design
		That engine repair. MOTE AND REPAIR CPC.
		The repair of cars operating on gas. Then repair CSM.
		That starter repair. That is the repair of the chassis.
		The repair of the car cooling system. MORE AND REPAIR GRY.
		The repair of the brake system of cars. The repair of the engine power system.
		The repair of the car ignition system. The repair of the diesel engine power system.
Independent work when studying section 4 Systematic study of abstracts of classes, educational and special technical literature (on issues, paragraphs, heads of teaching aids drawn up by the teacher). Preparation for laboratory / practical classes using guidelines made by teachers. Registration of reports on completed laboratory work / practical classes and preparation for their protection. Independent study of electronic resources. Implementation of abstracts. Preparation of messages, reports on the topics established by the teacher individually. Use of Internet resources.
Themes of extracurricular independent work Restoring parts under repair size. Restoring parts with additional repair parts. Restoration of parts with welding, surfacing. Restoration of parts soldering. Restoration of parts using synthetic materials. Restoration of details of spraying and galvanic coatings. Restoring parts with paint coatings. Restoring engine parts. Repair of nodes and instruments of the engine power system. Repair of knots and devices of the cooling system. Repair of nodes and instruments of the lubrication system. Repair of electrical equipment. Repair of nodes and details of the transmission. Repair of nodes and parts of the chassis of the car. Repair of nodes and details of control mechanisms. Repair of automotive tires. Cab repair, body. Development of detail recovery schemes. Solving problems of rationing. Calculation of basic users to design areas of repair production. Stretching of the section of the course project and the execution of drawings

4. The implementation of the implementation of MDC 01.02 4.1. Requirements for minimal logistical support

The implementation of the program of the module implies the presence of training books - "Maintenance and repair of cars"; Laboratories - "Electrical equipment of cars", "Automobile operational materials", "Engines internal combustion"," Car maintenance "," car repair ".

	Maintenance of cars
		engines layouts;
		car layout.
		computers;
		projector,
		consumables.
	Automobile operational materials
		jobs in the number of students;
		workplace teacher;
		technical documentation;
		methodical documentation;

Main sources:

Organization of the production of maintenance and current car repair - Tutorial for students SPO / V.M. Vinogradov, I.V. Buyeva, V.N. Repin, A.A. Sokolov - M.: Publishing Center "Academy", 2010

Infra-M, 2006

M.: Forum - Infra-M, 2006.

Additional sources:

protection. Body. Part 2.

in 2 parts, 2009

5. Control and evaluation of the results of MDK

results
PC 1.1. Organize and carry out work on maintenance and repair of vehicles		Expert assessment of implementation practical task Protection of the course project
		Expert assessment of implementation practical task Protection of the course project
PC 1.3. Develop technological processes repair of nodes and details.		Expert assessment of implementation practical task Protection of the course project

results	The main indicators of the evaluation of the result	Forms and methods of control and evaluation
Understand the essence and social significance of your future profession, to show sustainable interest
results (mastered general competencies)	The main indicators of the evaluation of the result	Forms and methods of control and evaluation
		Observation and evaluation of Doszeniya when performing a task on laboratory and practical classes, in the period of educational and production practices;
		Observation and evaluation of Doszeniya when performing a task on laboratory and practical classes, in the period of educational and production practices; Assessment of achievements based on the results of extracurricular independent work.
		Observation and assessment of Doszeniya when performing a task on laboratory and practical classes, during the period of educational and production practices.
		Observation and assessment of Doszeniya when performing a task on laboratory and practical classes, during the period of educational and production practices. Observation and assessment of achievements on the results of activities in extracurricular activities.
results (mastered general competencies)	The main indicators of the evaluation of the result	Forms and methods of control and evaluation
		Observation and assessment of Doszeniya when performing a task on laboratory and practical classes, during the period of educational and production practices.
		Observation and assessment of Doszeniya when performing a task on laboratory and practical classes, during the period of educational and production practices.

4. Terms of implementation MDC 01.02

4.1. Requirements for minimal logistical support

The implementation of the program of the module involves the presence of training offices - "Car device", "Maintenance and repair of cars"; workshops - "blacksmith-welding", "Tokarno-mechanical"; Laboratories - "Electrical equipment of cars", "Automobile operational materials", "Internal combustion engines", "car maintenance", "car repair".

Equipment of training books and workplaces of educational offices:

	Maintenance of cars
		jobs in the number of students;
		stands for checking the maintenance of mechanisms and systems;
		engines layouts;
		car layout.
Technical learning tools:
		computer table for teacher;
		computers;
		projector,
		software General and professional destination.
Equipment of workshops and workshop workplaces
	Blacksmith-welding
		jobs in the number of students;
		workplace teacher;
		horn blacksmith;
		anvil, equipment for the production of blacksmith works (hammers, sledgehammers, ticks, etc.)
		welding machines for the production of welding works (gas, electrical)
		consumables (electrodes, carbide, etc.)
	Tocarno-mechanical
		jobs in the number of students;
		workplace teacher;
		turning machines, milling, sharpened, etc.;
		billets for performing turning works;
		instruments;
		consumables.
Laboratory equipment and laboratory jobs:
	Electrical equipment for cars
		jobs in the number of students;
		workplace teacher;
		a set of educational and methodological documentation;
		test stands for checking the technical condition of the components and parts of the electrical equipment of cars;
		charging device for rechargeable batteries;
		stands demonstration systems of electrical equipment;
		nodes and parts;
		measuring instruments.
	Automobile operational materials
		jobs in the number of students;
		workplace teacher;
		technical documentation;
		methodical documentation;
		instruments and equipment to determine the quality of fuel and lubricants;
		devices for determination mechanical properties fuel and lubricants;
		microscopes, heating ovens, refrigerator;
		samples of tested fuel and lubricants \\
	Internal combustion engines
		jobs in the number of students;
		workplace teacher;
		technical documentation;
		methodical documentation;
		internal combustion engine;
		stand to remove the traction characteristics of the engine.
	Maintenance of cars
		jobs in the number of students;
		workplace teacher;
		stands for checking the maintenance of mechanisms and systems;
		engines layouts;
		car layout;
		instruments and equipment for diagnosing internal combustion engine, transmission, chassions, steering and brake systems
	Car repair
		jobs in the number of students;
		workplace teacher;
		sets of measuring instruments;
		nodes and parts for defecting;
		workbenches for fastening parts.

The implementation of the program of the module implies a mandatory production practice, which is recommended to be carried out concentrated.

4.2. Information support training

Main sources:

Cars: device automotive products: Tutorial for stud. Institutions SPO / A.G. Puzankov 6th edition, erased. - M.: Publishing Center "Academy", 2010.

Cars: design, theory and calculation. Tutorial for SPO. Puzankov A.G. M.: Publishing Center "Academy", 2007

Quality control of automotive operational materials; Workshop: Tutorial for students of SPO / Gelendov AA, Civoko T.I., Spirkin V.G. - M.: Publishing Center "Academy", 2010.

Automotive operational materials - Tutorial for students of SPO / Gelendov A.A., Civoko T.I., Spirkin V.G. - M.: Publishing Center "Academy", 2010.

Cars: Operational properties: Tutorial for stud. Higher. Uch. establishment / Vakhlam V.K. - 2nd edition, KRU.-M.: Publishing Center "Academy", 2006

Organization of the production of maintenance and current car repair - Tutorial for students SPO / V.M. Vinogradov, I.V. Buyeva, V.N. Repin, A.A. Sokolov - M.: Publishing Center "Academy", 2010

Maintenance and repair of cars. Vlasov V.M. Textbook. M.: Academy, 2007

Features of KAMAZ car maintenance features with Euro-2 level engines, Euro-3 5460-3902901 then. 2008

Basics of operability of technical systems. Automobile transport - textbook / V.G. Atapin - Novosibirsk: Publishing House NSTU, 2007.

Maintenance and repair of road transport (graduation design) / Svetlov M.V. M.: Knorus. 2011

Car repair (course design) / Skupyan SA: Infra-M. 2011

Professional repair of DVS. Gavrilov K.L. M.: Forum. 2011

Organization of the production of maintenance and current car repair - Tutorial for students SPO / V.M. Vinogradov, I.V. Buyeva, V.N. Repin, A.A. Sokolov - M.: Publishing Center "Academy", 2010

Repair of cars and engines. Karagodin V.I., Mitrochin N.N. M.: "Academy". 2008

15. Car device. Tutorial. / PERSIONS V.P. M.: Forum

Infra-M, 2006

16. Car device. Tutorial. / Stukanov V.A., Leontyev K.N

M.: Forum - Infra-M, 2006.

Additional sources:

1. Acceptance of repair, repair and release from repair of bodies Avtotechnos Vaz enterprises. Technical conditions. (TU4538-140-00232934-98) (current document).

2. Technological maps, time standards for the current and time repair of buses NEFAZ 5299, manufactured on the KAMAZ-5297 chassis.

3. Technological cards for the current repair of car brand "KAMAZ", models: "5320, 5410, 5511, 4310, 43105" and their modifications (5 parts).

4. Typical execution technology regulations The daily first, second and seasonal maintenance of the car "ZIL-4331".

5. Distributed fuel injection systems VAZ - device and diagnostics. Technology maintenance and repair.

6. Electronic system Motor control of Lada 110, Ladasamara, Lada 2105, Ladasamara, Lada 2105, 2107 with a M73 controller Euro-3 - device and diagnostics.

7. Electronic motor control system Ladapriora, LadaKalina, Lada 4x4 with controller M7.9.7 Euro-3 - device and diagnostics

Fuel consumption rates and lubricants on the automotive

Cars VAZ. Technology repair, coloring and anti-corrosion

protection. Body. Part 2.

Cars VAZ. Removal and installation technology. Nodes and aggregates.

Short car directory. Volume 1. Buses. 2002 2-E.

edition, corrected and supplemented, 2007.

12. Short car directory. Volume 2. Trucks,

13. Short car directory. Volume 3. Cars,

in 2 parts, 2009

14. Instructions for maintenance and care of buses "Ikarus

15. Catalog Special tool and devices for technical

lada maintenance and repair.

18. Typical standards of time for the current car repair

4.3. General requirements for the organization of the educational process

Mandatory condition for admission to production practice (according to the specialty profile) within the framework of the professional module "Maintenance and repair of motor vehicles" is the development of educational material on the relevant sections of the module.

When working on a course project, consultations are applied.

4.4. Personnel support of the educational process

Requirements for the qualifications of pedagogical (engineering-pedagogical) personnel, providing training on an interdisciplinary course (courses): the presence of higher professional education that corresponds to the "Maintenance and repair of motor vehicles" and the specialty "Maintenance and repair of road transport".

Requirements for the qualifications of pedagogical personnel engaged in practice

Engineering and pedagogical composition: certified specialists - teachers of interdisciplinary courses.

Masters: the presence of 5-6 qualifying discharge with mandatory internship in specialized organizations at least 1 time in 3 years. Experience in organizations of the relevant professional sphere is mandatory.

5. Control and evaluation of development results (view of professional activities)

results (developed professional competencies)	The main indicators of the evaluation of the result	Forms and methods of control and evaluation
Organize and carry out work on maintenance and repair of vehicles.	Performance of maintenance work and ongoing repair in accordance with technological maps. The practical use of technological and organizational equipment. Compliance with the requirements of protection and rules and norms of labor protection, industrial sanitation and fire protection	Expert assessment of implementation practical task Protection of the course project
Technical control during storage, operation, maintenance and repair of motor vehicles.	performing the quality of maintenance and current repairs at various stages using the appropriate equipment and tools ability to check the quality and properties of automotive operational materials	Expert assessment of implementation practical task Protection of the course project
Develop technological processes for repairing nodes and parts.	The ability to develop technological processes to repair nodes and parts in accordance with the gtales, the remains and that.	Expert assessment of implementation practical task Protection of the course project

Forms and methods of monitoring and evaluating learning outcomes should allow you to verify not only the formation of professional competencies, but also the development of general competencies and ensuring their skills.

results (mastered general competencies)	The main indicators of the evaluation of the result	Forms and methods of control and evaluation
Understand the essence and social significance of your future profession, to show sustainable interest	Demonstration of interest in the future profession in the process of mastering the educational program, participation in research work, Olympiads, festivals, conferences	Observation and evaluation of Doszeniya when performing a task on laboratory and practical classes, in the period of educational and production practices; Assessment of achievements based on the results of extracurricular independent work;
results (mastered general competencies)	The main indicators of the evaluation of the result	Forms and methods of control and evaluation
		Observation and assessment of achievements on the results of activities in extracurricular activities.
Organize your own activities, choose typical methods and methods for performing professional tasks, evaluate their effectiveness and quality.	The choice and application of methods and methods for solving professional problems in the field of the organization of the process; Evaluation of the effectiveness and qualities of performing professional tasks.	Observation and assessment of Doszeniya when performing a task on laboratory and practical classes, in the period of educational and production practices.
Make decisions in standard and non-standard situations and be responsible for them.	The correctness and objectivity of the evaluation of non-standard and emergencies.	Observation and assessment of Doszeniya when performing a task on laboratory and practical classes, during the period of educational and production practices.
Search and use the information necessary for the effective implementation of professional problems, professional and personal development.	Effective search, input and use of the necessary information for professional tasks	Observation and evaluation of Doszeniya when performing a task on laboratory and practical classes, in the period of educational and production practices; Assessment of achievements based on the results of extracurricular independent work.
Use information but-communication technologists in professional activities	Use of information-communication technologies to solve professional-sionic tasks	Observation and evaluation of Doszeniya when performing a task on laboratory and practical classes, in the period of educational and production practices; Assessment of achievements based on the results of extracurricular independent work.
Work in the team and teamwork, effectively communicate with colleagues, management, consumers	Interaction with students and teachers during training.	Observation and assessment of Doszeniya when performing a task on laboratory and practical classes, during the period of educational and production practices.
To take responsibility for the work of the members of the team (subordinates), the result of the fulfillment of tasks.	The ability to make joint reasonable decisions, including non-standard situations	Observation and assessment of Doszeniya when performing a task on laboratory and practical classes, during the period of educational and production practices. Observation and assessment of achievements on the results of activities in extracurricular activities.
results (mastered general competencies)	The main indicators of the evaluation of the result	Forms and methods of control and evaluation
Independently identify the tasks of professional and personal development, to conceive self-education, consciously plan to improve the skill of qualifications	Organization of independent classes in the study of a professional module; Planning a learning increase in the qualifying level in the field of car transportation.	Observation and assessment of Doszeniya when performing a task on laboratory and practical classes, during the period of educational and production practices. Evaluation of achievements based on the results of extracurricular independent work.
Focusing in a frequent change of technology in professional activities	The use of innovative technologies in the field of maintenance of technical service - Vania and repair of motor vehicles.	Observation and assessment of Doszeniya when performing a task on laboratory and practical classes, during the period of educational and production practices.
Perform military responsibility, including with the use of the received professional knowledge (for young men)	Manifestation of interest in the execution of military duty; Manifestation of logical thinking.	Observation and assessment of Doszeniya when performing a task on laboratory and practical classes, in the period of educational and production practices, military fees

Maintenance and repair of road transport

Automobile transport is one of the most important and basic elements of any production. More than 50% of the total volume of traffic is partially or fully made by road.

In the context of the current economic situation, the problem of reorganization and restructuring of existing road enterprises arise sharply. Recently, the need for freight cars has dramatically decreased by trucks, so large car transportation enterprises are forced to look additional sources Profit, master repairs modern technology, introduce new types of services. It is necessary to clearly formulate the goals, try to maximize profits and extremely, how much it is possible to minimize production costs.

One of the most important tasks in the field of operation car park is an further improvement The organization of maintenance and current repair of cars in order to increase their performance and at the same time reducing the cost of operation. The relevance of this task is confirmed by the fact that the maintenance of the vehicle is spent many times more labor and means than on its production.

Currently, on the basis of scientific and technological progress, a planning and preventive system of maintenance and repair of the rolling stock of the timber industry complex as a whole is obtained.

Both in the field of road transport and in the region technical exploitation Cars are beginning to apply various economic and mathematical methods for analyzing, planning and designing. New methods and means of diagnosing the technical condition and prediction of the resources of the reliability of cars are developing and implemented. New types of technological equipment are created, allowing me to be mechanized, and in some cases and automate labor-intensive operations for maintenance and repair of rolling stock. Modern forms of production management, which are designed to apply electronic computing machines with a further transition to an automated control system.

With the ever-increasing saturation of the national economy by cars, the modern business system provides for new structural units of road transport - autocombors and production associations, repair and service bases that potentially contribute to the transition to centralized production of car maintenance and repair.

The most important task in any farm is the organization of maintenance and current car repair.

Calculation of the amount of technical maintenance of rolling stock for the year

Determine the total mileage of cars for the planned period L Society.

L general \u003d? SS * A SS * D K * B B \u003d 110 * 25 * 251 * 0.8 \u003d 552200 km.

where? SS - average daily mileage of the car, km.

And the SS is the average number of cars, units.

D to - the number of calendar days a year

b C is the output coefficient on line.

Number of maintenance No. 2 (NO -2)

N then -2 \u003d \u003d \u003d \u003d 43.8 units. \u003d 44 units.

where L Society is a common car mileage, km

Number of maintenance No. 1 (NO -1)

N then -1 \u003d \u003d \u003d - n then -2 \u003d 131.3 \u003d 131 units

Number of daily maintenance N EO

N eo \u003d \u003d 5020 units

Number of seasonal maintenance N with

N co \u003d 2 * and ss \u003d 2 * 25 \u003d 50 units

Calculation of the complexity of technical services and current repairs of rolling stock

Maintenance No. 2.

labor intensity

Annual laboriousness of technical services №2 ()

\u003d * N Th -2 \u003d 37,605 * 44 \u003d 1654.6 people

Maintenance №1

\u003d * \u003d 7.9 * 1,15 \u003d 9,085 people

\u003d * N TO -1 \u003d 9,085 * 131 \u003d 1190.1 people

Daily service

\u003d * \u003d 1,15 * 1,15 \u003d 1,3225 people

\u003d * N eo \u003d 1,3225 * 5020 \u003d 6638.95 people

Seasonal service

t co \u003d * \u003d * 37,605 \u003d 7,521 people

T from auto * n co \u003d 7,521 * 50 \u003d 376.05 people

where n s is the standard of consideration of seasonal service,%

Maintenance

Correction of labor intensity of current repair per 1000 km run

\u003d * \u003d 7.0 * 0,828 \u003d 5,796 people

Resulting coefficient of adjustment of labor intensity Tr

0.9 * 0.1 * 0.1 * 0.8 * 1,15 \u003d 0.828 Annual labor intensity Tr

T tr \u003d \u003d \u003d \u003d 3200,55 people

Total complexity of technical services and current repairs of rolling stock

T THOM, TR \u003d T TI-2 + T TI-1 + T EO + T CO + T Tr \u003d 1654,6 + 1190,1 + 6638,95 + 376.05 + 3200,55 \u003d 13060,25

Calculation of the number of repair workers

The total number of repair workers

6.91 people \u003d 7 people

where the FRV is the annual repairs of the repair work, an hour.

(Accept 1800 hours).

s is a coefficient that takes into account the increase in labor productivity of repair workers. Take from 1.05 to 1.08.

The number of repair workers by type of influences

1,07 \u003d 1 person

0,62 \u003d 1 person

3.51 \u003d 4 people

1,69 \u003d 2 people

1 + 1 + 4 + 2 = 8

Salary calculation of repair workers

Calculation of tariff rates on categories

Hour tariff rate of the working rate:

14.99 rub.

where from the month is the minimum tariff rate of the worker, rub.

166.3 - average monthly flow of working time, h.

Hour tariff rate of the working partner:

16.28 rub. \u003d *

Calculation of watch tariff rates of repair workers II-VI discharges

14.99 * 1.09 \u003d 16.34 rubles. \u003d 14.99 * 1.54 \u003d 23.08 rub.

14.99 * 1.20 \u003d 17.99 rubles. \u003d 14.99 * 1,80 \u003d 26.98 rubles.

14.99 * 1.35 \u003d 20.24 rub. \u003d 104.63: 5 \u003d 20.93

16.28 * 1.09 \u003d 17.75 rubles. \u003d 16.28 * 1.54 \u003d 25.07 rubles.

16.28 * 1.20 \u003d 19,54 rub. \u003d 16.28 * 1.80 \u003d 29.30 rub.

16.28 * 1.35 \u003d 21.99 rubles. \u003d 113.65: 5 \u003d 22.73

Average hour tariff rates repair workers

Medium tariff coefficient

\u003d + () * (P s - p M) \u003d 1.09 + (1,20 - 1.09) * (3.6 - 3) \u003d 0.72

where is a tariff coefficient corresponding to a smaller of two adjacent discharges of the tariff mesh, between which there is an average tariff discharge.

The tariff coefficient corresponding to the greater of two adjacent tariff grid discharges between which there is an average tariff rank

R C - average tariff category

R M is a smaller of two adjacent discharges of the tariff grid, between which there is an average tariff rank.

\u003d * \u003d 14.99 * 0.72 \u003d 10.79 rubles.

From that-1 (TO-2, TR) \u003d * \u003d 16,28 * 0.72 \u003d 11.72 rubles.

Schedule rates for one thing-2 ()

\u003d * \u003d 11.72 * 37.605 \u003d 440.73 rubles.

Schedule wages of repair workers employed on-2 ()

18468.68 rub.

maintenance Repair Cost

Schedule Pricing for one CO ()

\u003d * T co \u003d 11.72 * 7.521 \u003d 88.15 rubles.

Schedule wages of repair workers for the implementation of CO ()

4197.6 rub.

Schedule wages of repair workers employed by-2 and CO ()

18468.68 + 4197.6 \u003d 22666.28 rub.

Schedule rates for one thing-1 ()

\u003d * \u003d 11.72 * 9.085 \u003d 106.5 rub.

Schedule wages of repair workers employed on-1 ()

13287.14 rub.

Massive wages of repair workers. Employed on EO ()

68223.1 rub.

Complete rates for 1000 km. Mileage cars on Tr ()

\u003d * \u003d 11.72 * 5,796 \u003d 67.9 rubles.

Piecework indirect salary repair workers employed by Tr ()

35709 rub.

Supplements for adverse working conditions

D Neb.O. \u003d \u003d \u003d 23388.4 rub.

where - the average hour tariff rate of repair work, occupied by-2 or tr

Percentage of surcharge for unfavorable working conditions

take from 8% to 10%

The number of workers employed in works with unfavorable working conditions, people. In the calculations to take - 10%

12 - the number of months per year.

Supplement for work at night

D N.C. \u003d * * T N.C. * D R.N.ch. * \u003d * 21.8 * 8 * 60 * 2 \u003d 8371.2 rub.

\u003d * (1 +) \u003d 11.72 * (1 +) \u003d 11.72 * 1.86 \u003d 21.8 rubles.

where 40 is the size of surcharge at night. %

Average hour tariff rate of repair worker, occupied in the appropriate form or TR, taking into account unfavorable working conditions, rub.

Piecework or timeless wages of repair workers employed at the appropriate service

T N.Ch - the number of hours spent by one worker at night, h.

D R.N.C. - Number of working days per year with work at night, day.

Number of repair workers working at night hours, people

Supplement for work in the evening.

D.Ch. \u003d * * T.ч * D R.V.ch * \u003d * 21.8 * 60 * 8 \u003d 2092.8 rub.

where 20 - the size of surcharges for the work in the evening hours,%

T.Ch - the number of hours spent by one worker in the evening hours, i.e. from 18 to 22 hours.

D R.V.ch - the number of working days a year with work in the evening, day.

The number of repair workers working in the evening hours, people

Supplement for the leadership of the Brigadier Brigadier (DR)

Dbr \u003d * n br * 12 \u003d 4958.56 * 1 * 12 \u003d 5982.72 rub.

498.56 rub.

where is the surcharge for the leadership of the Brigade for the month, rub.

bR - percentage of survey for the leadership of the brigade

N BR - the number of brigadiers

With the number of brigade up to 10 people - 20%

over 10 people - 25%

over 25 people - 35%

Calculation of premiums for repair workers employed on EO, and TR.

P p \u003d \u003d \u003d \u003d 16255 rub.

where p p is the size of the award,%. In the calculations to take 60 - 80%

Fund of wages of repair workers for spent time.

FZP ass. \u003d + D skill. + D.N.ch. + D.Ch. + DR. + P p \u003d 27091.85 + 23388.4 + 8371.2 + 2092.8 + 5982.72 + 16255 \u003d 83181.97 rub.

FZP OT \u003d + + + \u003d 22666.28 + 13287.14 + 68223.1 + 35709 \u003d 139885.52 rub.

Wages for indisputable time in all types of influences.

FZP Neither.B \u003d \u003d \u003d \u003d 21682.25 rub.

where is the percentage of wages for unreought-after time

FZP OT is a wage fund for spent time in all types of influences.

1 = + 1 = + 1 = 15,5%

where d o - duration of paid vacation (24 days)

D K - number of days of work in the year

D in - the number of Sunday days

D n - quantity festive days - 10

Wage Fund repair workers for all types of influences.

FZP \u003d? FZP OT.V. +? FZP Nert.V. \u003d 139885.52 + 21682.25 \u003d 161567.77

Social Affairs

Oh social \u003d \u003d \u003d \u003d 45077.4 rub.

where - the percentage of social benefits

Material costs

On maintenance # 2

M TO-2 \u003d * N TO-2 \u003d 7.62 * 44 \u003d 335 rubles.

On maintenance №1

M TO-1 \u003d * N TO-1 \u003d 2.75 * 131 \u003d 360 rubles.

For daily service

M EO \u003d * N EO \u003d 0.49 * 5020 \u003d 2459.8 rub.

On current repairs

M tr \u003d \u003d \u003d \u003d 2186.7 rubles.

where, -Norming the cost of materials on one impact, rub.

Cost rate for materials on tr per 1000 km run, rub.

M then, Tr \u003d m T-2 + M TO-1 + M EO + M Tr \u003d 335 + 360 + 2459.8 + 2186.7 \u003d 5335.5 rub.

Spare Parts for Tr

Zh tr \u003d \u003d \u003d 4511.47 rubles.

where - the cost of costs for spare parts per 1000 km of mileage.

The initial value of the unit of rolling stock (from the first time)

From the first \u003d C auth * to the wt \u003d 200000 * 1.05 \u003d 210000 rubles.

where C auto is the price of a car, rub.

To vest - the coefficient, taking into account the cost of delivering a new car in ATP, to take from 1.05 to 1.07.

The cost of the OPF serving the process TO AND TR

1312500 rub.

where and the SS is the average number of cars, units.

25 - for the cost of basic production assets from the cost of rolling stock,%

Depreciation of the main production assets serving the process of TO and TR

131250 rub.

where n am is the average rate of depreciation of buildings and equipment serving the process TO and TR,% (take 10-12%).

Costs for the implementation of the manufacturing program of the enterprise on the end of the rolling stock.

Wise, Tr \u003d? FZP +? About social +? M T.Tr + ZCh Tr + \u003d 161567.77 + 45077.4 + 5335.5 + 4511.47 + 131250 \u003d 347742.14 rub.

Calculation of the total cost of one service

Fund of wages of repair workers employed by-1 for spent time.

13287.14 rub.

Wage Fund repair workers employed by-1 for indisputable time

2059.50 rub.

Wages of repair workers employed by-1

FZP TO-1 \u003d + \u003d 13287.14 + 2059.50 \u003d 15346.64 rub.

Executions on social needs from the wage Fund workers employed by-1

4281.71 rub.

Costs for materials on TO-1

M TO-1 \u003d 360 + 15346.64 + 4281.71 \u003d 19988.35 rub.

Depreciation of the OPF serving the process TO-1

13125 rub.

where 10 is the share of depreciation of fixed assets serving the process TO-1,% (take 10 - 12%).

General expense flow (costs)

13185.4 rub.

The amount of costs for TO-1

H TE-1 \u003d \u003d 15346.64 + 4281.71 + 19988.35 + 13125 + 13185.4 \u003d 65927.1 rub.

Complete cost of one service

S TO-1 \u003d \u003d 503.2 rub.

Calculation of financial indicators from the fulfillment of technical services by third-party organizations.

Calculation of prices for performing one service

C is-1 \u003d S TO-1 + \u003d 503.2 + \u003d 503.2 + 201.28 \u003d 704.48 rub.

P is the level of profitability, taking into account profits (take 40%).

Number of services performed by third-party organizations.

N TO-1 \u003d \u003d \u003d 26.2 units.

where n stor is the number of impacts performed by third-party organizations,%.

Income from the implementation of services to third-party organizations

Di-1 \u003d C is-1 * n TO-1 \u003d 704.48 * 26.2 \u003d 18457.37 rub.

Profit from services to third-party organizations

ПТ ТО-1 \u003d D TO-1 +? Z TO-1 \u003d 18457.37 + 65927.1 \u003d 84384.47 rub.

Bibliography

• 1. Maintenance and repair of cars: a textbook for the stud. media institutions. prof. Education V.M. Vlasov, S.V. Zhankaziev, S.M. Circles and others; Edited by V.M. Vlasova. - 2nd ed., Sied.-M.: Publishing Center "Academy", 2004, - 480s.
• 2. Sukhanov B.N., Borzov I.O., Bed'ev, Yu.F. Maintenance and repair of cars: a manual for exchange and graduation design. -M.: Transport, 1985, - 224c.
• 3. Turkevsky I.S. Diploma design of motor transport enterprises: Tutorial. -M.: ID "Forum": Infra-M, 2007, - 240c.: Il. - (Professional education).
• 4. Buraev Yu.V. Safety of vital activity: studies. For students of higher educational institutions / Yu.V. Buurev - M.: Academy 2004. - 272c.
• 5. Outdoor G.M. Technological design of motor vehicles and maintenance stations - M.: Transport, 1993. - 272c.
• 6. Regulations on the maintenance and repair of the rolling stock of automobile transport. - Mainstotrans RSFSR. - M.: Transport, 1986. - 73c.
• 7. Afanasyev L.L. and others. Garages and car maintenance stations, M.: Transport, 1980 - 261c.
• 8. Methods for estimating the level and degree of mechanization and automation of production of the production of MO and tru rolling stock of ATP. MU - 200 - RSFSR - 13 - 0087 - 87. M.: Maavtotrans, 1989. - 101c.
• 9. Kurcchatkin V.V. Reliability and repair of cars. - M.: Kolos, 2000.
• 10. E.I. Pavlova, Yu.V. Buravlev. "Ecology of Transport". M.: Transport, 1998.

Federal Agency for the construction and housing and communal services.

Far Eastern State Interregional Industrial and Economic College.

Specialty: 1705.

"Maintenance and repair of road transport."

Course work

by subject:

Economy industry

Option number 9.

Checked: Performed:

lecturer: Student Torah Group - 51

/ Lapteva S.V./ / Copeikin V.A. /

"" 2005 "" 2005

Khabarovsk.

Introduction

1.1. Characteristics of the enterprise.

2. The estimated part.

2.1. Calculation of the wage fund.

2.1.2. Calculation of the remuneration fund of the auxiliary workers.

2.1.3. Calculation of the wages of wages of masters and employees.

2.2. Calculation of a single social tax.

2.3. Calculation of the cost of materials and spare parts.

2.5. Calculation of cost and calculation per 1000 km of mileage.

Conclusion on the project.

1. Calculate - explanatory note.

1.1. Entering.

Automobile transport is of great importance, as all sectors of the national economy serves. The transportation of passengers by buses and passenger cars on intracity, suburban and international routes. In our country, the distance of goods and passengers is continuously increasing due to the increase in the operational quality of cars, improving roads and the construction of new ones. The release of trucks and road trains of increased load capacity is significantly increasing - the most important reserve of increasing the efficiency of the use of road transport, as its productivity increases and the cost of transportation, therefore, the cost of goods is reduced.

For a successful solution to the automotive transport of the tasks, it is necessary to constantly maintain cars in good technical condition, create such a maintenance organization that would provide for the timely and high-quality implementation of all car care operations. At the same time, it is necessary to use the correct techniques to perform each operation and the mechanization means is widely used. A qualified performance of maintenance work provides trouble-free operation of aggregates, components and systems of cars, increases their reliability and maximum interrelations, increases productivity, reduces fuel consumption, reduces the cost of traffic, ensures improvement of traffic safety.

Improving the quality of services by accelerating the pace of scientific and technological progress based on reconstruction existing enterprises and widespread introduction new technique and advanced technology of rational forms and methods for organizing production and labor, providing spare parts, efficient management of production activities and quality control. The development and improvement of auto repair production require the right organization of car repair, which in turn depends on a number of factors, the most important of them is the rational placement of repair enterprises, their specialization and production capacity. The efficiency of the use of motor vehicles depends on the perfection of the organization of the transport process and the properties of the vehicles to save under certain limits the parameters characterizing their ability to perform the required functions. During the operation of the car, its functional properties are gradually deteriorating due to wear, corrosion, damage to parts, material fatigue from which they are made, etc. There are various malfunctions in the car that reduce the efficiency of its use.

To prevent the appearance of defects and the timely elimination, the car is maintained (COM) and repair. That is a complex of operations or operation to maintain the performance of the car or the condition of the car when used by destination when parking, storage or transportation.

Repair is a range of operations to restore the performance and restoration of a car resource or its component parts.

1.2. Characteristics of the design object.

Hpatp-1 is a municipal enterprise, and is a subsidistic one. Located in Khabarovsk at: Avenue of the 60th anniversary of October 17. To calculate the cost of work on the plot of electric starters, a group of initial data indicators for design is adopted. From the design task is accepted:

· Type of rolling stock LIAZ-5226;

· Ai - secondary (inventory) quantity of cars 153 pcs.;

· LSS - the average daily mileage of the car 153km;

· Natural and climatic operating conditions (moderately cold - 0.9);

· DRG - the number of working days in the year 365;

· TN - the duration of the rolling stock on the line of 12.3 hours.

· LA - car output coefficient on line 0.8

· TOB.PR. - the complexity of the work of the projected area (the eleturice to repair starters) is 9046.2 people / h.

· S - plot area (zones) - 36m2

· Adjustment of standards are accepted from the position.

· K1 - Correction coefficients of standards, depending on the category of operating conditions - (0.8) Table. 2.8 and 2.7;

· K2 - the coefficient of adjustment of standards, depending on the modification of the rolling stock and the organization of its work - (1) Table. 2.9;

· K3 - Correction ratio of standards, depending on the natural and environmental aggressive conditions - (0.9)

· List of the necessary equipment indicating the power of current receivers:

2. The estimated part.

2.1. Calculation of the wage of repair workers.

To determine the cost of labor, repair workers are offered a timeless-premium wage system.

Calculation of the number of main workers.

The number of repair workers at the design object of the NWR people is determined by the formula:

person. We accept 3. (one)

where; TOB.PR. - consideration at the design object, person / hour;

FRV - Foundation of the working time of one worker, hour

FER \u003d [DK - (DV + DPR + Dot + dB + DB)] * TCM - (DPV + DPR) * T, (2)

where; DK - planned period, DC \u003d 365 days;

DV - weekends, DV - 52 days;

DPR - festive calendar, DPR \u003d 11DP.;

DB - days of failure to work on illness and other valid reasons, dB \u003d 5DN;

Due-days non-appearance in connection with the implementation of general economic and government assignments, the DHA \u003d 1 days;

Dot - vacation days; Dot - 31 days.

tCM - shift duration; TSM - 12.6

Fiberboard - prestress days (Saturdays); Fiberboard - 52 days.

DPR - pre-holiday days on the calendar;

t is the time of the abbreviated working day. 1 hour.

FER \u003d * 12,6 - (52 + 11) * 11.6 \u003d 2070 hour.

2.2 We produce the distribution of workers in discharges in accordance with the work performed.

Table No. 1.

The calculation of the average discharge of RSR is performed by the formula;

(1)

where; N 1 - N 6 - respectively, the number of repair workers, people;

R 1 - R 6 - appropriate discharges;

NPP - the number of repair workers, people.

When calculating watch tariff rates of repair workers 2-6 discharges, we produce calculations by the formula:

(2)

where; - hour tariff rate of 1 category;

CTAR is a tariff coefficient of the corresponding discharge.

Hour tariff rate of the 3rd category, RUB, calculated by the formula:

The hourly tariff rate of the 4th category Wait, rub., Is calculated by the formula:

Calculation of the average hourly tariff rate in the fractional value of the average discharge rub., Is conducted according to the formula;

(3)

where; Cm - tariff rate of smaller two adjacent discharges, rub.;

Sat - the tariff rate of larger from adjacent discharges, rub.;

Cr - fractional part of the discharge.

Wage Fund at the tariff rate.

Calculation of the wage fund at the FZPT tariff rate, rub., Is carried out by the formula:

FZPT \u003d SSR * TOB.P., (4)

Where; SSR - average hourly tariff rate, rub.;

TOB.P. - consideration at the design object.

FZPT \u003d 7.47 * 5896,4 \u003d 44046.1 rubles.

Calculation of surcharges and premiums.

Supplements for unfavorable working conditions Dnubl.T. - 10% on work with hard and harmful working conditions. Calculation of additional charges for repair workers, according to the formula;

where; Sch is the average hourly tariff repair workflow rate, rub.

FRV - working time fund, hour

PNIBL.SL. - percentage of surcharge for unfavorable working conditions,%

NPP - and the number of repair workers, people.

Calculation of surcharges for work in the evening duch.

Calculation of surcharge is performed by the formula;

where; 20 - the size of surcharge for work in the evening hours,%

TWH - the number of hours worked in one evening, i.e. from 18 to 22 hours.

DRVCH - the number of working days a year with work in the evening, day.

NPP -Cound repair workers working in the evening hours, hour.

SC - average hourly tariff rate, rub.

Prize for overfulfing quantitative indicators and quality of work.

The amount of the P, rub., Is calculated by the formula;

(7)

where; FZPT - wage fund at tariff, rub; NPR - Prize Number, N \u003d 50%

Calculation of the main salary.

Calculation of the main wages of the FIZPRR, is calculated by the formula:

FZPRR \u003d FZPT + D + P (8)

where; FZPT - wage fund at a tariff rate, rub.;

P - Prize repair workers;

D - surcharge.

D \u003d 4123,44 rub.

FZPRR \u003d 44046 + 4123,4 + 22023 \u003d 70192 rub.

Calculation of additional wages.

The rate of additional wages NDOP. % is calculated by the formula;

(9)

where; Dot - duration of paid vacation, 31 days;

DK - calendar period, 365 days;

DV - the number of Sunday days, 52 days;

DPR - Number of holidays, 11 days.

FDA additional wage fund, rub., Is calculated by the formula;

(10)

where; FZPRR - Fund of the main wage repair workers, rub.,

NDOP - the rate of additional wages.

2.1.1. Calculation of the wage of repair workers.

Calculation of the Foundation for the remuneration of photographer, rub., Is produced by the formula:

Photographer \u003d (FZPRR + FDZPRR) * 1.5 (11)

where; FZPRR - Fund of the main wage repair workers, rub.;

FDZPRR - Foundation for additional wages of repair workers, rub.;

1.5 - the sum of the district coefficient (1.2) and the allowance for long service (30%).

Photographer \u003d (70192,4 + 8703.8) * 1,5 \u003d 118344,31 rub.

Calculation of the average monthly salary of one working ZPSR., Rub. Machined by the formula:

(12)

where; Photograp - Fund of remuneration;

NPP - number of workers;

12 - the number of months per year.

2.1.2. Calculation of the wage fund of auxiliary workers, masters and employees.

Wage fund for auxiliary workers at the FZPVR tariff rate, rubles, calculated by the formula;

(13)

Where; CWR - a tariff rate of auxiliary worker;

TOB.P. - consideration at the design object;

20 - the rate of consideration of auxiliary works,%.

Prize auxiliary workers.

Calculation of premiums auxiliary worker pr. v., Rub., Is carried out by the formula;

(14)

where; NVR is a premium awards awards, 10% lower than that of repair workers (40%).

FZP BP. - wage Fund auxiliary workers at a tariff rate, rub.

The main salary of auxiliary workers.

Calculation of the basic wage fund of the auxiliary working FOODS, RUB., Is carried out according to the formula;

FROSPVR \u003d FZPVR + PRV. (fifteen)

where; FZPVR - wage fund of auxiliary workers at a tariff rate, rub.;

PrVR. - Prize auxiliary workers, rub.

FROZPVR \u003d 3523.68 + 8809,22 \u003d 12332.9 rubles.

Additional salary auxiliary workers.

Calculation of the Fund of Additional Wages of Auxiliary Working FDZP, rub., Is produced by the formula:

(16)

NDOP - the rate of additional wages is accepted the same for repair and auxiliary workers, 11.44%.

Fund for remuneration of auxiliary workers.

Calculation of the Foundation for the remuneration of the auxiliary workers FUNDV, rub., Is conducted by the formula:

FUTV \u003d (FROZP \u003d FDDPVR) * 1.5 (17)

where; FROSPVR - fund of the main wage of auxiliary workers, rub.;

FDDPVR - Foundation for additional wages of auxiliary workers, rub.;

FUTV \u003d (12332.9 + 1529.2) * 1,5 \u003d 20793.5 rubles.

Calculation of the wages of wages of masters and employees.

Foundation for wages FZPM.S., is calculated by the formula:

FZPM.S. \u003d 0.05 * NPP * Dots * Nones. (eighteen)

where; 0.05 - the norm of masters and employees per worker;

NPP - the number of repair workers, people;

Doklok - monthly salary of one employee, rub. We accept; 2500 rub.

Nones - number of months, 12 months.

FZPM.S. \u003d 0.05 * 3 * 2000 * 12 \u003d 3600 rubles.

Prizes of masters and employees.

Calculation of the premium of masters and employees PMS rub., is carried out by the formula;

(19)

where; FZPM.S. - wage Fund of masters and employees by salary, rub.;

nM.S. - Norm of award, 10% higher than that of repair workers (60%).

The main salary of masters and employees.

Fund of major wages of masters and employees, rub., Is determined by the formula:

Fozpm.s \u003d FZPM.S. + PMS. (twenty)

where; FZPM.S. - wage fund ITS in the salary, rub.

PMS - Prize of engineering - technical employees.

Fozpm.s \u003d 3600 + 2160 \u003d 5760 rubles.

Additional salary.

Fund of additional wages of masters and employees of FDZPM.S., rub., Is determined by the formula;

(21)

where; Ndop - the rate of additional wages of masters and employees,%.; 12.4%

Fozpm.s - Fund of major wages of craftsmen and employees, rub.

2.1.3. Fund of wages of masters and employees.

Calculation of the wages of the wage of masters and employees of the Fotm.s., rub., Is conducted by the formula;

Fotm.S. \u003d (Fozpm.s. + FDDPM.s.) * 1.5 (22)

where; Fozpm.s - Fund of major wages of craftsmen and employees, rub.

FDDPM.s. - Fund for additional wages of craftsmen and employees, rub.;

1.5 - the sum of the district coefficient and allowance for long service.

Fotm.S. \u003d (5760 + 771.84) * 1,5 \u003d 9797.76 rub.

General Fund of remuneration.

General wage fund, rub., Is determined in shape;

Picture \u003d Firr.R. + FOTVR + Fotm.S. (23)

where; Fotm.S. - Fund of remuneration of masters and employees, rub.;

FUTV - Foundation Board of Auxiliary Workers, RUB;

Photographers - Repair Workers Fund, RUB ..

Picture type \u003d 9797.76 + 118344,31 + 16191,36 \u003d 148935.07 rub.

2.2. Good social tax.

Calculation of a single social tax session., Is made by the formula;

(24)

where; Pictures - a common wage fund, rub.;

N - tax rate in percent. 26%.

Calculation We entered in Table No. 2

Structure of the wage fund.

Table number 2.

Name	Magnitude, rub.
	Repair workers	Auxiliary workers	Masters and employees
1. Wage Fund at the tariff rate (salary)
2. Supplements for unfavorable working conditions
3. Supplements for work:
* in nighttime
* in evening time
4. Supplements for Brigadiers
6. Fund of the main wage
7. Fund of Additional Wages
8. Fund of remuneration, rub.
9. Overall wage fund, rub.
10. Unified Social Tax (ESN)

2.3. Calculation of costs for spare parts and repair materials.

Expenses for spare parts.

Costs for spare parts SCC. rubles, calculated by the formula;

where; NZch - cost of costs for spare parts per 1000 km, run, rubles;

(8,17 rubles.) [P .30 Appendix No. 4. (1)]

Lobysch - the annual mileage of the car of this brand, km; (LIAZ-5226)

Loblish \u003d 153 * 123 * 365 \u003d 8544285 km;

K1, K2, K3, - corrective coefficients (K1 \u003d 08, K2 \u003d 1, K3 \u003d 0.9) [p.26, p.27, 2].

KINF - inflation coefficient, we accept equal to 25%.

NUR.Z.H. - The percentage of parts for spare parts coming to this section of 8%

Costs for repair materials.

Calculation of the cost of repair materials CPM, rub., Is made for each brand, determined by the formula;

(26)

where; NRM - the cost of the cost of repair materials for 1000 km. run, rub. (8,13 rubles.) Page30;

NUCH.RM is the percentage of the cost of repair materials that comes to this section% if the Zones are EO1, TO1, TO2, TP This percentage is not accepted.

KINF - inflation coefficient, we accept equal to 25%.;

Lobysch - annual mileage of a car of this brand, km.

Costs are summed up.

The results of the calculations are reduced to Table No. 4.

Table number 4.

The name of the brand of rolling stock	General mileage, km.	Cost rate
		Zap. parts, rub.	Rem. Mater, rub.	Zap. parts, rub.	Rem. Mater, rub.

2.4. Calculation of overhead.

Calculations for electricity.

Annual consumption of QES power electricity, kW, determined by the formula;

(27)

where; Rob - the amount of power capacity, 3.9 kW;

FRVOB - equipment working time fund;

K3 is the equipment load coefficient, 0.5 - 0.8, we accept equal to 0.5;

COP - the demand coefficient, 0.3 - 1, we accept equal \u003d 1;

KNS - the loss coefficient in networks, 08 - 0.9, we accept equal to 0.8;

KNG - the loss coefficient in the engine, 09 - 0.98, we accept equal to 0.9;

Rob \u003d 0.4 + 1.5 + 1.5 + 0.5 \u003d 3.9 kW. (Equipment capacity).

FRVOB equipment under the working time, is determined by the formula;

FRVOB \u003d DR * TSM * NSM; (38)

where; Dr - the days of the division, DN. 365DN:

tSM is the duration of the equipment, accept 6 hours.;

nSM - the number of shifts. Single one.

FRVOB \u003d 365 * 6 * 1 \u003d 2190;

Annual electricity consumption for QEOS lighting, kW, is determined by the formula;

(29)

where; 25 - the rate of electricity consumption per 1 m 2, W;

FOC - lighting area, (area area - 36 m 2);

Tos - clock lighting per year.

Lighting hours per year TOS, h, are determined depending on the change of work:

TOS \u003d DR * TOS; (thirty)

where; TOS - Lighting time per day, hour., Take 8 hours;

Dr - the days of the site of the site per year., We accept 365 days.

Tos \u003d 365 * 8 \u003d 2920 h.

Calculation of electricity costs SE, rub., Is made according to the formula;

SE \u003d (QES + QEOS) * CKWT; (31)

where; CKWT - price for 1 kW in current prices, take 1.5 rubles;

QAs - annual consumption of power energy, kW;

QEOS - electricity to lighting, kW.

SE \u003d (5931 + 2628) * 1,5 \u003d 12838.5 rubles.

Heating costs.

The cost of heating seats., Rub., Are calculated by the formula;

Sotop \u003d Fuffs * C * M (32)

where; Fuchi - area area, accept 36 m 2;

C - the price for heating 1M 2, we accept 14 rubles;

M - the number of heated months a year, accept 7 months.

Sotop \u003d 36 * 14 * 7 \u003d 3528 rubles.

Water supply costs.

Calculation of the cost of water supply CV, rub., Is made by the formula;

SV \u003d (HP * NPP + NM 2 * F) * DR * CL; (33)

where; HP is the rate of water consumption per worker for 1 shift, take 30 liters.;

NPP - the number of repair workers on the plot, 4 people;

Nm 2 - the daily rate of water consumption per 1 m 2 of production area, accept 1.5 liters.;

F - area area, accept 36 m 2;

Other days of the work of the site per year, 365d;

CL - the price of 1 liter of water in current prices, we accept - 0.4 rubles.

SV \u003d (30 * 3 + 1.5 * 36) * 365 * 0,4 \u003d 21024 rubles.

Depreciation of fixed assets.

Calculation of the depreciation of the building of the AZD, rub., Is conducted by the formula:

(34)

where; NEZ - the rate of depreciation of buildings and structures; We accept 3%;

Szd - the cost of buildings, rub.

The cost of buildings is szd, rubles, calculated by the formula:

Szd \u003d f * cm 2; (35)

where; F - the area of \u200b\u200bthe production site, we accept 36 m 2;

CM 2 - Balance value 1M 2 Square, take 3000 rubles.

Szd \u003d 36 * 3000 \u003d 108000 rub.

Amortization of equipment Aob, rub., Is calculated by the formula;

(36)

where; Sob - Balance Cost of equipment, rub., We take 250,000 rubles;

nOV - Norm on equipment depreciation, take 5%.

Repair of equipment: R OB \u003d 10,000 / 0.07 \u003d 7000 rubles.

Costs for maintenance and repair of sync inventory, rub., Are calculated by the formula;

(37)

where; NPP - number of workers, 2 people;

CHINE - Balance value of inventory, take 20,000 rubles;

Ninves - the norm for the restoration of the inventory, accept 4%.

Costs for labor protection and safety equipment.

Costs for labor protection and safety equipment. and TB., calculated by the formula;

(38)

where; PHOTOBROW - Fund of remuneration overall, rub.;

nOT and TB. - Norm on labor protection and safety equipment, accept 2%.

Other costs.

Other CPA costs, rub., Are calculated by the formula;

(39)

where; - the sum of all costs, rubles;

0.05 - percentage ratio.

The sum of all costs, rub., Is calculated by the formula;

SE + Sotop + SV + Azd + Aob + Srob + Sin + Honeycomb and TB. (40)

where; SE - electricity costs, rub.;

Sotop - heating costs, rub.;

SV - the cost of water supply, rub.;

AzD - costs for depreciation of the building, rub.;

Aob - the cost of damping equipment, rub.;

Srobo - costs for the current equipment repair, rub.;

CHINE - the cost of restoring inventory, rub.;

COT and TB - labor protection costs and safety equipment, rub.

21024 + 3528 + 12838,5 + 3240 + 5000 + 7000 + 2400 + 2978 + 2900.4 \u003d 60908.9 руб.

Calculations We enter in Table number 5.

Overhead on the site.

Table number 5.

Expenditure	Magnitude, rub.	Share of expenses,%
Water supply costs
Electricity costs
Expenses for heating
The cost of depreciation of the building
Equipment depreciation costs
Costs for the current equipment repair
Inventory costs
Labor protection costs and safety equipment
other expenses

2.1.5. Cost calculation.

Calculation of cost is carried out in Table No. 6.

Table number 6.

The cost of exposure to 1000km. mileage calculated by the formula;

(41)

where; - the sum of all costs;

Annual mileage of cars

In this course project, the cost is calculated by the cost of the work on the repair of electric starters. The cost of costs at cost is 456277.9 rubles. 3 people operate on the plot. By analyzing the calculation, we define overhead (106290.41 rubles) and the cost of social. Executions Their sum was 38723.1 rubles. Analyzing Table No. 6 we see that the largest percentage of cost, compiled a fund of remuneration of repair and auxiliary workers, ITS - 32%. Foundation for labor remuneration can be reduced by reducing workers' working time from 12.3 hours. Up to 8 hours of work and therefore, a single social tax will decrease. (unnecessary will pay for processing). Due to the reduction of working time, it is reduced by electricity consumption (Table No. 5) which is 21%, in the total amount of overhead. You can also reduce electricity consumption due to the introduction of energy-saving technologies, equipment updates. Refuse to centralized heating and move to autonomous. Practice shows that costs are significantly reduced by about 15%, due to the fact that in the absence of people at night the boiler is installed in the waiting mode. Fuel consumption decreases.

Bibliography.

1. Methodological manual for the implementation of the course work.

2. Regulations on the maintenance and repair of the rolling stock of automobile transport. Moscow "Transport" 1986

3. L.Yu. ASTANA, S.I. Ilyin et al. "Economics, organization and planning of production building materials»Moscow 1988

4. V.A. Tanygin "Fundamentals of standardization and quality management" Moscow 1989

5. Economy of the enterprise. Textbook. "Uniti" Moscow. 1996 V.Ya. Gorphinkel, E.M.Kupryanova.

6. Marketing. Textbook. "Uniti" Moscow. 1995 A.N.Romanova.

7. Course of a market economy. "Uniti" Moscow. 1995 Ruzavin G.I. Martynov V.T.

8. Economy of the industrial enterprise. Textbook. MOSCOW. 1998 "Infra - M" N.L. Hares.

9. Labor rationing. Moscow 2005 "Alpha - Press." M.I. Petrov.