Coursework Stages of development of the theory of organization of production. Scientific bases of the organization of production. Development of the theory and practice of production organization

As a result of mastering the material of Chapter 1, the student must: know

The history of the emergence and development of management, including production management in Russia and abroad;

be able to

Use in practical activities information obtained from the study various systems enterprise management;

own

Methods comparative analysis best practices in management.

The history of the emergence of the science of organization and management of production

The issues of organization and management of production emerged as a separate field of knowledge at the turn of the 19th-20th centuries. The impetus in this regard was the emergence of the steam engine, electrical engineering and other inventions that ensured a truly revolutionary development of industry. There was a need to develop and implement adequate, scientific methods organization and production management.

The first to approach the organization of production from a scientific standpoint was the American engineer Frederick W. Taylor (1856-1915). Taylor's books Basics scientific management enterprise”, “Factory Management”, etc. marked the beginning of an extensive literature on the scientific organization of production.

Taylor's goal was to create a system of scientific organization of labor at the enterprise, ensuring the achievement maximum results with the lowest costs of labor, material and financial resources. Taylor chose the rationalization of all elements of production as a way to achieve this goal: the means of labor (machines, equipment, industrial buildings), objects of labor (raw materials, materials, fuel, energy) and the living labor of workers and employees. According to Taylor, nothing can be done in a plant or factory “as God puts it on the soul”, according to routine, out of blind habit. Everything, even every little thing, must be scientifically investigated beforehand.

All forms, conditions and methods of work, supervision over it, management of it - everything must be foreseen in advance, expediently constructed and precisely established. The main elements of the Taylor concept and their characteristics are presented in Table. 1.1.

Table 1.1

Basic elements of F. W. Taylor's concept

Characteristic

The division of the process of organizing the work of the enterprise into its constituent parts

Establishing the purpose of the activity of both the enterprise as a whole and the individual employee.

The choice of means of activity (i.e. objects and means of labor).

Preparation of means of activity for work. The use of means of activity in accordance with a predetermined plan.

Monitoring the performance of the enterprise as a whole and individual employees

Rationalization

Rationalization of the use of equipment (each machine, tool, etc. must be adapted to a certain part of the work).

Improving the care of production tools, production facilities, communications. Optimization of the movement of materials, semi-finished products and finished products but the plant area

Creation of a planning and distribution bureau

Establishes how work should be organized in all departments of the enterprise.

Develops appropriate instructions for all jobs and workers.

Allocates representatives of the bureau in each division of the enterprise

Formation of the corps of masters of four categories

Foremen giving tasks to workers. Masters overseeing the work.

Masters accepting finished products. Equipment repair technicians

Accounting for the progress of production

Graphs, diagrams, etc. are used.

It is always known what is being done where.

There are no irreplaceable people, everyone works according to the instructions

The end of the table. 1.1

the main objective Taylor system - to achieve growth in labor productivity, first of all, by ensuring the interest of workers in fulfilling and overfulfilling established norms. He wrote: “The output rate must be increased so that only a first-class worker can carry it out; The difference between a first-class worker and a bad worker is the same as between a good draft horse and a donkey.

The basis of Taylor's philosophical system was the concept of the so-called "economic man", whose only driving stimulus is his needs. Taylor believed that through an appropriate system of payment, maximum productivity could be achieved.

FW Taylor's compatriot Harrington Emerson (1853-1931) in 1912 formulated the "12 principles of productivity", representing the author's system of views on the organization of the production and economic activities of an industrial enterprise.

G. Emerson considered the elimination of losses in the broadest sense to be the main goal of implementing his principles. Like Taylor, Emerson prioritized productivity growth. However, unlike Taylor, he believed that this growth was determined not only by the increase in wages, but also by the "ideals" of the workers.

The French engineer Henri Fayol (1841-1925), who for a number of years headed a large metallurgical association, created his own enterprise organization system. He outlined his views in the book General and Industrial Management, which was published in 1916. Fayol divided all operations taking place at the enterprise into six groups:

  • mechanical (production, processing);
  • commercial (purchase, sale, exchange);
  • financial (finding capital and managing it);
  • protection of property and employees;
  • accounting (calculation of costs, statistics, balances);
  • administrative (foresight, organization, command, coordination, control).

A. Fayol concentrated his attention on administrative operations, which he deciphered as follows: establishing a program of action; monitoring the implementation of this program; providing unified, energetic and competent leadership; good selection of staff; clear definition of authority; coordination of efforts of all participants in production; clear wording decisions taken; encouraging initiative and responsibility; prevention of errors and misunderstandings; observance of discipline; subordination of the individual interests of employees to the general interests of the enterprise.

A significant contribution to the theory and practice of organizing industrial production was made by Henry Ford (1863-1947), the founder of a well-known automobile corporation. Developing Taylor's ideas, G. Ford replaced manual labor with machine labor and ensured the creation of a mass assembly line. He formulated the following principles for the organization of production (Table 1.2).

Table 1.2

Principles of production organization G. Ford

"Vertical" structure of production

Inclusion in the corporation of links in the technological chain that precede the main production (in particular, the production of cars) and following this production (coal mines, mines, metallurgical plants, railways, ports, etc.)

Organization of mass production

Continuous release in significant volumes of the same standard size for a long time with strict repeatability of the production process in all departments of the enterprise

Maximum

separation

Splitting the production process into the smallest monosyllabic operations so that they can be performed by the most unskilled worker (“from the plow”)

typing,

unification

equipment,

items

Use of a limited number of types of specialized equipment, tools, types of raw materials, semi-finished products, materials, spare parts, etc.

The end of the table. 1.2

Phase change sequence

Placement of equipment and workers in strict accordance with the sequence technological process

Rational

Preparation

production

Timely supply of objects of labor, devices, tools directly to the workplace

Mechanization

transport

Movement of goods only with the help of mechanisms (cranes, elevators, conveyors, conveyors)

threading

production

Coordinated execution of all operations in time and movement of objects of labor using conveyors through workplaces in accordance with the given fast pace of the production process

The "vertical" structure of production made G. Ford independent of the market situation, allowing maximum synchronization of the work of all elements of the technological chain. The mass nature of production led to a reduction in the cost of a unit of production (in this case car), increased the possibilities of mechanization and automation labor processes. The complete division of labor made it possible to save on the wages of low-skilled workers. The unification of equipment and objects of labor simplified their maintenance and use. The sequence of phase changes ensured the passage of the objects of labor in the process of production of the shortest path.

The principle of rational preparation of production G. Ford carried out in the most stubborn way. He said: “... an untrained worker spends more time searching for and delivering materials and tools than for the work itself. We began to deliver work to workers, and not vice versa. We follow two serious principles in all work: to force the worker, as far as possible, never to take more than one step and never to allow him to bend forward or to the side when working.

The mechanization of transport according to G. Ford consisted in the fact that not the objects of labor move along the tracks, but the tracks move along with the objects of labor. As a result, there is no need to move each piece of workpiece separately. At Ford, no one carries loads down: trough-shaped tracks allow you to use the gratuitous force of gravity of the earth.

The most revolutionary of all Ford's principles - threading - made it possible, unlike Taylor, to abandon timekeeping, detailed instructions for workers, most of the masters (drivers and overseers). The rhythm of work at Ford sets the conveyor, and the worker cannot lag behind him.

  • Taylor F. Administrative and technical organization of an industrial enterprise. 1916.

MINISTRY OF EDUCATION AND SCIENCE OF THE RUSSIAN FEDERATION
Kazan State Technical University A.N. TUPOLEVA
Zelenodolsk Institute of Mechanical Engineering and Information Technology

COURSE WORK
in the discipline "Organization of production at the enterprises of the industry"
topic: “STAGES OF DEVELOPMENT OF THE THEORY OF ORGANIZATION OF PRODUCTION. SCIENTIFIC FOUNDATIONS OF THE ORGANIZATION OF PRODUCTION»

Zelenodolsk 2012

CONTENT
INTRODUCTION……………………………………………………………………….3
CHAPTER I THEORETICAL ASPECTS OF THE ORGANIZATION OF PRODUCTION…………………………………………………………………….5
1.1. The subject and essence of the organization of production………...…..….5
1.2. Organization of production as a system scientific knowledge and area of ​​practice…………..……………………...8
1.3. History of the development of the science of organization of production .... ... ... 14
1.4. Organization of production as an activity……………..16
CHAPTER II PRACTICAL PART. CALCULATION OF TECHNICAL AND ECONOMIC INDICATORS AT JSC "MAGMA"………….…22
2.1. Characteristics of the enterprise JSC "MAGMA"……………….…..24
2.2. Calculation of technical and economic indicators………………..….21
CONCLUSION………………………………………………………………….41
LIST OF USED SOURCES…………………………..43

INTRODUCTION
The market economy focuses enterprises on meeting the needs of the market, on the needs of specific consumers and organizing the production of only those types of products that are in demand and can bring the enterprise the profit necessary for development. The market is characterized by a constant desire to improve production efficiency, implies freedom of decision-making by those who are responsible for the final results of the enterprise and its divisions; requires constant adjustments to the goals and planned programs of the enterprise, depending on the state of the market. This requires a special management system, characteristic of market conditions.
For machine-building enterprises operating in market conditions, a continuous process of modernization and updating of products is necessary, and this requires an appropriate organization of production, research, design, technological and organizational preparation and development of new products. Of greater importance for the enterprise is the reduction of the cycle of creation and development of new products - this is one of the main tasks that can be solved only with the help of modern methods of organizing a system for the creation and development of new technology.
Industrial production is the largest and leading area of ​​the sphere of material production. It is a system of interrelated processes associated with the extraction and processing of industrial and agricultural raw materials into finished products necessary for social production and personal consumption. Therefore, the enterprise is, first of all, a commodity producer who produces products that the consumer needs.
The relevance of this course work lies in the fact that the organization of engineering production is understood as the process of coordinating and optimizing the use of enterprise resources in order to produce competitive products, which is an indispensable condition for current market conditions.
Optimal quantitative and qualitative dependencies of production processes, parameters and indicators of production are the initial information for the development of work plans for enterprises and their divisions. Therefore, the issues of organizing production are considered in direct connection with in-plant planning, and the decisions fixed in the planned targets are put into practice with the help of management.
The subject of the course work is theoretical aspects organization of production, the object is LLC "MAGMA".


The purpose of the study in the course work is to consider issues related to the organization of production, the stages of its formation and the history of its development as a science.
Tasks for the course work:
1) consider the subject and essence of the organization of production;
2) to study the history of the development of the organization of production as a science;
3) analyze the organization of production as a type of activity;
4) calculate technical and economic indicators using the example of MAGMA LLC;
5) draw appropriate conclusions about the work done.

CHAPTER I THEORETICAL ASPECTS OF THE ORGANIZATION OF PRODUCTION
1.1. The subject and essence of the organization of production

The development of human society does not stand still. And confirmation of this is the change in socio-economic formations. Each stage of the development of society corresponds to a certain organization of the production process. But the stage of development of production does not remain unchanged within a certain system. The development of technology, technology changes the technical role of labor, its cooperation, significantly affects the organization of production within the same socio-political formation.
For centuries, scholars different countries studied and continue to study this issue, refuting the theories of some and defending the theories of others, supplementing the works and teachings of their predecessors and contemporaries, opening more and more new pages in the science of organizing production. And at the same time, the subject and essence of the EP have not been comprehensively substantiated so far. Difficulties in their definition arose, on the one hand, in connection with the natural process of the formation of the science of EP, on the other hand, in connection with the different semantic loads of both the term “organization” and the term “production”.
The term "organization" (French organization, from late Latin organizo - to communicate a slender appearance, arrange) denotes internal order, consistency, interaction of parts of the whole as a means of achieving the desired result.
The category "organization" is ambiguous. In a broad sense, this is a property of systems, in a narrow sense, it is an action aimed at creating something (for example, organizing one’s own “business”). At the same time, an organization can be called a group of people united to achieve common goals. If the goal that unites people is business, then their joint “cause” can be called a business organization. Such organizations can be enterprises, firms, corporations, partnerships, joint-stock companies, etc. regardless of their form of ownership.
After the adoption of the Civil Code of the Russian Federation (Part 1), which entered into force on January 1, 1995, all legal entities received the name of organizations, except for a group of enterprises that are state or municipal property.
With different semantic meanings and shades of the words "organization" and "production", it is obvious that the EP has as its object production (or the enterprise as a whole) as a complex production system. The objects of EP at the enterprise are production systems of various levels, which include people and the means of labor subordinate to them.
Production is the process of creating wealth necessary for the existence and development of society. It is known that production includes three components:
1. Human labor, i.e. its purposeful production activities. People set in motion the means of production, create tools and objects of labor, improve them.
2. Objects of labor - the object of the application of human forces; everything that his activity is aimed at, from which the finished product is obtained. In the field of material production, these are basic and auxiliary materials, fuel, semi-finished products, blanks, parts, assembly units, products, fuel.
3. Means of labor are technological equipment, tools, devices with the help of which a person acts on the substance of nature, on the subject of labor.
Man is a personal factor of production, tools and objects of labor are material factors. In order for all the constituent parts of production to merge into a single process of material production, they must be combined and ensure a rational combination and interaction in space and time. Here, the OP performs its first, system-forming function, combining personal and material factors of production into a single production process.
In material production, in addition to the productive forces, there is a second side - production relations. Production relations are relations between people in the process of production and distribution of material goods. They form a complex system, including production, technical and social economic relations.
Production and technical relations act as relations regarding the joint labor of participants in the production process. The basis of these relations is the division and cooperation of labor, which lead to the isolation of individual works, teams, sections, workshops and necessitate the establishment of industrial relations between them.
The next, second function of the organization of production is the establishment of various links between individual performers and production units that ensure the joint activities of people participating in a single production process.
Socio-economic relations express relations between people, determined by the nature and form of social appropriation of the means of production, property relations. Socio-economic relations are an important element in creating the unity of the economic interests of society, the collective and individual workers and achieving the highest production efficiency.
At the same time, the EP implements its third function - the creation of organizational conditions that ensure interaction on economic basis all production links as a single production and technical system.
Finally, we can single out the fourth function of the EP, which is designed to solve the problems of creating conditions for improving the quality of the working life of employees, constant professional and socio-cultural self-development and self-improvement labor resources enterprises.
Thus, the essence of the organization of production is to combine and ensure the interaction of personal and material elements of production, the establishment of significant quantitative and qualitative relationships and coordinated actions of the participants in the production process, the creation of organizational conditions for the realization of economic interests and social needs of workers at a manufacturing enterprise.

1.2. Organization of production as a system of scientific knowledge and area of ​​practice
The independence of the theory of EP as a science is due to the fact that this field of knowledge has its own subject and objects of study, theory and a special conceptual apparatus, studies a completely defined circle of laws and principles inherent in this science.
The subject of EP as a science is the study of organizational relations in the sphere of direct production of material goods, i.e. in the lower level of the national economy - at the enterprise. These OPs include:

    purely technical relations expressing objective forms of association of people and material factors of production;
    relations between people arising from the joint work of participants in the production process;
    relations that provide links between the technical side of production and property relations;
    relationships that characterize the interdependence of material, energy and labor resources of the enterprise.
The theory reveals causal relationships and establishes the laws and patterns of the processes or development of phenomena studied by a particular science. The modern theory of EP is a system of ideas, laws, patterns, principles and norms, which makes it possible to put into practice the most effective organizational forms and methods and create conditions for a rational EP.
In a schematic form, the range of theoretical problems that reveal the content of the discipline includes laws, patterns, principles, procedures, forms and methods of EP that ensure the development and increase in the efficiency of production processes.
Any theory is based on certain laws, i.e. necessary, essential, stable, recurring relationships and connections between phenomena. A regularity is usually called a stable causal recurrence and sequence in phenomena. Laws correspond and correspond to laws.
The laws of OP are understood as necessary, essential, stable relationships or causal relationships between the elements of the production system, as well as between this system and the external environment.
The provisions of the theory of EP are based on economic laws, the laws of individual technical and natural sciences - systems theory, control theory, cybernetics, etc. At the same time, the science of OP is also based on immanent, i.e. its own laws and regulations.
At present, two groups of regularities can be distinguished in the theory of OP: (1) regularities in the organization of production systems (PS) and (2) regularities in the organization of production processes.
Through the efforts of our scientists, we managed to create a system of laws for the organization of production systems. This system includes three groups of laws:
    creation;
    functioning;
    PS development.
The laws of creating PS include the law of reserves and the laws of conformity. The law of reserves establishes that the PS cannot function without the availability of reserve (not used at the moment) resources (material and informational).
The laws of correspondence are widespread in nature and society. In the PS, the operation of these laws means the need for the organization of the PS to comply with economic and legal laws, as well as with the goals of creating and operating enterprises. It is also necessary to match each other with all the elements of the PS, its parts (principle of proportionality), etc.
Of the specific laws of functioning, only one law has been formulated at the present time - the coordination of rhythms. This law is based on the recognition of the rhythm of all processes and the rhythm of the development of all elements of the PS. Certain aspects of this law have long been recognized:
    the organization of mass production determines the rhythmic advancement of parts, serial production - batches and series;
    the system of preventive maintenance of equipment is based on the recognition of the rhythm repair work and tries to link these rhythms;
    human biological rhythm has always been taken into account.
The biological rhythms by which the human body functions are studied by a relatively young science - chronobiology. It turns out that each of us has an internal clock that controls all the processes of our body day and night. How exactly these watches function, chronobiology has been studying for about 30 years now.
A period of about 10 hours is ideal for mental work. At this time, the brain is optimally supplied with blood and is at the peak of activity, so even the most complex tasks are solved easier than usual, and creativity is especially high. But already two hours after the morning climax, a pre-lunch recession sets in. The body needs fresh energy. However, at the same time, the production of happy hormones - endorphins - increases, and the person becomes less susceptible to physical pain. The best time to go to the dentist is around 2 pm. At this time, the pain when drilling teeth does not seem so acute. Learning is easiest in the afternoon, when long-term memory is most mobilized. Physical activity brings maximum benefits to the body between 17 and 19 hours.
The development of PS is subject to the laws of inertia, elasticity and continuity of system improvement. The law of inertia states the impossibility of a quick change in the directions and volumes of functioning of the PS. The consequences of this are the need to predict the dynamics of the external environment, goals and the PS itself, as well as the need for management as a way to overcome contradictions.
The law of elasticity (flexibility) means that the PS must have the property of adaptability to changing external conditions and goals, as well as to changes in the elements of the system and their connections.
The law of continuous improvement of the system establishes the need for systematic efforts to improve the production process.
The principles of EP are the initial, fundamental provisions of the theory, on the basis of which the construction, functioning and development of PS and their individual subsystems are carried out.
Relatively recently, the main (basic) principles for organizing production processes have been formulated: specialization, constructive and technological standardization, continuity, direct flow, parallelism, proportionality, reliability, rhythm and automaticity. An analysis of these principles showed that they are applicable not only to the organization of production processes, but also to the organization of production in general.
The pair property of these principles is revealed (Fig. 1). Some of the basic principles of the OP correspond to paired principles. If we accept, for example, as the main principle of specialization, then it will be opposed by the paired principle of diversification of production.

Fig.1. Basic principles of production organization
(basic and opposite base)
Similarly, for the basic principles: constructive standardization, technological standardization, parallelism, continuity, one can single out paired principles, respectively, of constructive universality, technological universality, consistency, discontinuity.
The principles of OP arise during the implementation of laws and regularities. Thus, the principle of specialization follows from the requirements of the law of the steady growth of labor productivity, that side of it, which is aimed at improving the division of labor. The principle of automaticity is also determined by the requirements of the law mentioned above, but is associated with that side of it, which requires an increase in the technical equipment of labor.
For various forms of EP, it is not necessary to fully and comprehensively follow the provisions of individual principles. Often, it is not the main, but the paired principle of OP that becomes dominant. So, in a single production, universality prevails, and not standardization. In other cases, the implementation of the main and paired principles goes on an equal footing.
The OP uses categories, i.e. fundamental, recurring concepts that reflect the properties and relationships of production phenomena. Such categories known from economic theory include goods, cost, prime cost, cost accounting, wages, etc.
Categories can combine several secondary, non-fundamental concepts that reflect various aspects of a given phenomenon or object. For example, the category "salary" includes the concepts: prices, basic and additional wages of various workers, wage fund, etc.
The OP has a well-defined set of concepts of this kind, which could be called second-order categories. Sometimes the latter are united by the term "conceptual apparatus". The terms (which are the names of concepts) of the EP used in scientific and practical activities include: certification of workplaces, production defects, brigade form of labor, types of movement of a batch of parts, group production, dispatching, backlog, integrated preparation of production, method of organizing production, work in progress, operational planning, production system, production cycle, in-line production, batch of parts, production structure, rhythm, tact, type of production, etc.
The science of organization of production has a certain range of objects of study. Schematically, the list of theoretical problems studied by her includes:

    the subject of the science of organization of production;
    the place of organization of production in the system of sciences;
    a system of laws, patterns and principles of organization of production;
    system concept of production organization;
    forms and methods of organization of production;
    development of the organization of production;
    theory and methods for determining the economic efficiency of the organization of production;
    forms and methods of implementation of scientific developments in production.
1.3.History of the development of the science of organization of production
The scientific organization of production originated in the second half of the 19th century. The founder of this science was Fredrick Winslow Taylor (1856-1915). His work “Principles of Scientific Management” stated that the main task of managing an enterprise should be to ensure maximum profit for the entrepreneur. Taylor organized the elements of production within the enterprise:
- separated the preparation for the performance of production operations from their execution;
- differentiated the labor process, assigning to each worker, as a rule, one repetitive operation;
- introduced timekeeping as a means of eliminating unnecessary, awkward work methods;
- developed accounting and control systems;
- proposed an apparatus of functional leaders - foremen and instructors, each of whom was in charge of one side of the worker's labor activity;
- developed a piece-differential wage system, the essence of which was a double tariff: payment on a “low scale” when the norm was not met and on a “high scale” when it was fulfilled, the norm itself was established using the timing of the best, specially trained workers.
Henry Ford (1863-1947) introduced a conveyor belt at his car factory in 1913, which reduced the assembly cycle from one and a half days to 93 minutes. The man became an appendage of the machine.
Technical, technological and organizational innovations of Ford:
- development of the organization of mass in-line production;
- high level of standardization of production elements;
- organization of the internal transport system, etc.;
Taylor and Ford systems are used in the world today.
G. Emerson (1853-1931) - put forward 12 principles, the observance of which ensures an increase in labor productivity in any field of activity.
Henri Fayol (1841-1925) - the creator of the production management system, based on the allocation of six groups of functions:
-technical;
- commercial;
- financial;
- protection;
- counting;
- administrative;
K. Adamecki (1866-1933) - the creator of the theory of building production processes in time, the developer of schedules for the movement of parts for operations and formulas for calculating the production cycle.
M. Walker, D. Kelly - created network planning and management systems.
In Russia in 1918-1919, scientific work was begun and developed in the field of improving the organization of labor and management at enterprises. In 1920, the Central Institute of Labor (CIT) was established - director Gasteev A.K. (1882-1941). He did a great job in the field of NOT in our country. More than 10 scientific research institutes dealt with the problems of organization and management.
IN AND. Ioffe (1886-1947) - developed the theory of the organization of the production cycle in time.
L.V. Kontorovich (1912-1986) - carried out the first work on methodological methods of optimal planning, which laid the foundations of linear programming.
In the 1950s and 1960s, the Novocherkassk Electric Locomotive Plant for the first time introduced a system of continuous operational planning of production, which later received wide use in mass production factories. The system was called "R-G". In Ufa, this system has found wide application at the factories of the military-industrial complex (MIC). In the 70s, this system was improved by the workers of the Ufa Instrument-Making Plant under the guidance of its legendary director N.G. Kovalev. and got the name "Rhythm".
In the 60-80s, methods for organizing design and technological preparation of production, methods for evaluating the effectiveness of new equipment by phases of the life cycle were improved. These works are associated with the names of professors M.I. Ipatova (1923-1996), A.V. Proskuryakov (1918-2001), who created new directions in these areas of science on the organization of production.

1.4. Organization of production as an activity
The organization of production is a special kind of human activity in the design, implementation or improvement of production systems. As a type of activity, the organization of production is carried out at all levels of management: at the level of the entire economy, industry, region, as well as at the level of the lower level - the enterprise.
The organization of production directly at enterprises (in associations) covers a very significant set of tasks of an organizational, technical and economic nature, which can be divided into several important areas:
1. Selection and justification of the production structure of an association or enterprise, i.e. determination of the composition and specialization of their constituent units and the establishment of rational relationships between them.
2. Designing and ensuring the interconnected functioning of all components of a single production process: production preparation, main production processes, product quality control, maintenance of production processes.
3. Designing and putting into practice the organization of units of the production infrastructure of an association or enterprise: repair facilities, tool production, transport and storage facilities, etc.
Without timely provision of tools, repairs, materials, energy, it is impossible to organize the main processes, i.e. there will be no food. Moreover, in the conditions of production automation, the infrastructure, as an object of the OP, becomes the dominant area of ​​application. Direct labor costs in the industry of developed countries (basic materials and basic wages) range from 2 to 10% of the cost of production. Therefore, any significant savings on this is practically impossible. No wonder a new (in the applied sense) science arose - logistics.
4. Combination of elements of the production process in time based on the development and implementation of operational planning systems, taking into account the type and technical and economic features of production. The normal functioning of the production process in time involves the solution of the following tasks:

    establishing the procedure for performing certain types of work, rational combination of the time of their implementation;
    ensuring the continuous movement of objects of labor in the production process;
    establishing the procedure for launching products into work;
    creation of the necessary production reserves;
    organization of uninterrupted supply of jobs with raw materials, materials and semi-finished products.
In the field of strategic planning, from a very cumbersome technical and industrial financial plan, entirely subordinate to a centralized management and planning system, a transition is being made to business planning, focused on the survival of an enterprise in a market economy.
In the field of operational planning, in the conditions of a clear work of external suppliers, it is necessary to master systems such as the Japanese just in time, KANBAN (“pulling”); Following the example of the Japanese, more attention should be paid not to vertical, but to horizontal connections between departments, flexible maneuvering of the workforce, and the use of creative and innovative ideas in planning.
Such modern systems of operational planning of production as just in time or KANBAN increase the return on assets and lead to the almost complete absence of backlogs, the elimination of most warehouses, to work, as they sometimes say, "on wheels".
5. Organization of labor of workers as a specific form of implementation of the process of combining the labor force with the means of production. The methods of organizing labor are largely determined by the forms and methods of organizing production. The following tasks are put forward in the focus of this area of ​​activity on the organization of production:
    rational division and cooperation of labor and identification on this basis of the professional and qualification composition of workers;
    scientific organization and maintenance of workplaces;
    improvement and improvement of working conditions;
    organization of material and moral incentives for employees.
It is necessary to improve working and leisure conditions to the level of the best Western firms. The myth of heavy exploitation is Ford's past. At Volkswagen, workers have a vacation of 32 days, but in fact - all 50, because. The 37-hour work week is inconvenient and people work 40-hour days (7 hours a day). So "runs" an additional 18 days of vacation.
And one more issue that is included in the NOT system is the issue of labor motivation, moral and material incentives. The Japanese, for example, took over from us certificates, cups, etc., but not for home, but for placement on stands at enterprises.
Of course, it is difficult to talk about material incentives if the average salary in Russia, for example, in 1995 was 5% of the wage level in developed countries. But even in such conditions, much can be done by choosing the “right” wage system.
6. A combination of rational organizational forms and economic methods of conducting production. One or another form of organization must correspond to adequate methods of creating the economic interest of workers in increasing production efficiency. An important area of ​​activity here is to strengthen the economic independence of the structural divisions of the enterprise.
In the conditions of the formation of a market economy, an important task of organizing production is the further development of interrelated organizational forms and economic methods.
7. Development of a system of interaction between production units and the formation of a management structure for an enterprise / association.
It should be noted that the OP does not remain unchanged over time. The task of EP as a practical activity is the creative synthesis of data from all the sciences of production and the development of ways and methods for the best use of tools and objects of labor and labor itself on the basis of the theory of EP. In addition, the EP course is formed on the basis of the experience of organizing production at domestic and foreign enterprises, the analysis of both the achievements of advanced enterprises and their divisions, and the causes and shortcomings of lagging enterprises, workshops and sites.
The development of science and technology changes the technical basis of production, the nature of labor cooperation, and through this influences the forms and methods of organizing production. A certain impact on the organization of production is also exerted by the expansion of the scale of production, the growth of the cultural and technical level of workers, the degree of socialization of production and the division of labor, and management methods.
Thus, the introduction of integrated automation of production processes requires significant changes in the composition of workers and the organization of their work, the creation of new technical and production units, and the strengthening of the role of technical and organizational maintenance of production.
High level applied in modern production technology, combined with the growth of education and the general culture of the working people, set the task of abandoning the excessively narrow specialization of the worker and the transition to a more universal character of labor.
In the conditions of scientific and technological progress, products and technology become more complex, the need for an increasing number of machines, instruments, devices for various purposes and, consequently, a different nomenclature increases; more and more complex complexes, systems of machines are formed from different products.
If the first cars of the early twentieth century had about 2 thousand parts, then a modern car has more than 30 thousand parts and at the same time 60-80 thousand mating surfaces. The Boeing 747 aircraft has 1 million parts, the American space shuttle Shuttle has 10 million parts. The complexity of production is reflected in the growth of the product range. For example, the Westinghouse company (USA) produces 50 thousand different types of turbine blades. IBM assembles 55,000 types of typewriters from 2,700 different parts.
It affects the OP. Additional deployment of small-scale production is necessary, and it is both more material-intensive and more labor-intensive than mass or large-scale production, hence, it is more expensive. An increase in the share of small-scale production inevitably reduces labor productivity, and this is unacceptable for a developing society.
There is a contradiction between the rapidly changing content and the frozen form of OP. It is surmountable within the framework of the existing mode of production. For this, well-known forms of EP are used, for example, the construction of subject-closed sections, where a high level of typification of technological processes, the use of special reconfigurable equipment, group technology and the principle of subject construction of a spatial structure ensure that the results of small-scale production, in particular labor productivity, approach the indicators of large-scale production. .
This contradiction can also be overcome by the formation of a new form of OP - flexible production systems (FPS), which combine the maneuverability of small-scale production with a high level of mechanization and automation inherent in mass production.
In common practice, a high degree of specialization of jobs and the high productivity of labor associated with this division of labor is combined with a low versatility and flexibility of these jobs, which are so necessary for small-scale production. The situation is different in the GPS, where both specialization and universality are high.

CHAPTER II PRACTICAL PART. CALCULATION OF TECHNICAL AND ECONOMIC INDICATORS AT JSC "MAGMA"
2.1. Characteristics of the enterprise JSC "MAGMA"

The machine-building enterprise LLC "MAGMA" is a modern production complex, established on August 20, 2001, which includes specialized production facilities and produces complex technical products.
For a number of years, the company has been manufacturing non-standard equipment and spare parts for metallurgical and crane equipment, mining and processing plants, sea and river ports.
In a relatively short period of time, the company managed to successfully establish strong partnerships with the largest enterprises in the CIS.
Having a modern metalworking and mechanical assembly production, highly qualified personnel, the enterprise manufactures non-standard equipment and parts of various accuracy classes and standard sizes, unique in its characteristics, weighing from several kilograms to 120 tons.
The presence of highly qualified engineers in design and technological services, combined with a universal production base and financial capabilities, allows the enterprise to quickly adapt to the development of new types of products, including modernized ones, without significant external cooperation.
The development of our own warehouse economy allows us to constantly maintain the widest range of blanks, forgings, castings and other rolled metal products in stock.
The company has implemented and applies a quality management system in accordance with the requirements of the international standard DIN EN ISO 9001:2008, which made it possible to organize well-established communication between commercial and technical services at all stages from the purchase of raw materials, materials and components to shipment to the consumer of the final product. The certificate for the quality management system is a documentary confirmation of the ability of the enterprise to produce products that meet the requirements of the customer.
The documentation of the quality management system developed at the enterprise clearly defines the relationship between departments in matters of planning, control of production technology, product quality assurance and the formation of the main indicators of the enterprise.
The accreditation of the analytical laboratory for production control (LKP) is carried out, equipped with equipment, instruments and methods necessary to perform the required volume of input control and support of the technological process, acceptance tests of finished products.
The technical control department (QCD), interacting with the production control laboratory (PCL), as part of the preparation of production, allows for use only those raw materials that have passed full input control. Such a connection allows excluding the purchase of low-quality raw materials, materials, components, which significantly affects the quality of the finished product.
Organization and carrying out repairs of mechanical and power equipment are carried out directly by the personnel of the enterprise in strict accordance with the technical documentation.
Using the developed documentation for conducting technological processes, controlling products at all stages of its production, it allows, if discrepancies are identified, to determine the causes and eliminate them, and most importantly, to develop and implement corrective, preventive measures in order to eliminate them in the future.
The positive dynamics in the work of our company is explained by: the expansion of technological capabilities, the introduction of new technologies, the training of production personnel, and the increase in production capacity.
According to the strategic development plan of the enterprise, in December 2010 a new building of the SMC was commissioned with total area 3024 sq.m., intended for the production of steel structures for industrial use. The production capacity of the workshop is up to 3000 tons per year.
2.2. Calculation of technical and economic indicators
At this enterprise, an investment program was implemented, in which it was planned to purchase a plasma cutting machine with a working area of ​​2500x12000 mm;
This decision required capital investments in the amount of 35 million rubles, which led to an increase in output to 80 thousand units. and improving its quality. These enterprises are presented in table 1.
Table 1
Initial data of the enterprise


etc.................
Indicators
measurements
1
2
3
4
5
I. Before the introduction of measures for the technical re-equipment of production
1.1
Annual production of products

thousand pieces
57
1.2
Costs of production and sale of products per 1 product
Zmo
rub.
7500
    ZP main and additional

rub.
850
    deductions from salary

%
26
    other expenses

rub.
180
    indirect costs

%
28
    implementation costs
R
%
5
1.3
Product profitability

%
20

1.4
The value of work in progress
    for the beginning of the year

thousand roubles.
960
    at the end of the year

thousand roubles.
830
Table 1 continued

1.5
The cost of the balance of finished unsold products in the warehouse and goods shipped but not paid for
    for the beginning of the year

thousand roubles.
570
    at the end of the year

thousand roubles.
450
1.6
Book value of OPF at the beginning of the year

thousand roubles.
60000
1.7
Income (+), disposal (-) OPF at book value during the year
    from February 1

thousand roubles.

    from June 1

thousand roubles.
+ 13 000
    from September 1

thousand roubles.
– 7 000
    from December 1

thousand roubles.
– 3 000
1.8
The cost of the balances of normalized fixed assets
    on January 1 (beginning of the year)

thousand roubles.
55000
    on March 1

thousand roubles.
53 000
    on July 1

thousand roubles.
50 000
    on October 1

thousand roubles.
57 000
    on December 31

thousand roubles.
58 500
1.9
Average annual headcount of PPP

people
400
1.10
including workers

people
300
II. After the implementation of measures for the technical re-equipment of production
2.1
First stage in organization theory covers the period from 1900 to 1930. It can be defined as the era of "closed systems and the rational individual." The main representatives of the organization theory of this time were Max Weber and Frederick Taylor. The approach they developed is focused on organizational and technical improvements of the system by increasing the efficiency of the internal functions of the organization.

Second phase , 1930 - 1960, is the era of "closed systems and the social individual". Its representatives were Anton Mayo, Douglas McGregor, Chester Barnard. This group of theorists developed the issues of closed systems management based on the internal relations and non-economic motivation of workers.

Rice. 7. Stages of development of the organization

Third stage lasted from 1960 to 1975. This is the period of "open systems and the rational individual." The theory of organization takes a step forward, considering the organization as an integral part of a higher level system, and at the same time a step back, as it returns to mechanistic ideas about a person. The main contribution to the development of organization theory during this period was made by Alfred Chandler, Paul Lawrence, Jay Lorsch.

And finally fourth stage , which began around 1975, can be defined as the period of "open systems and the social individual." At this stage, there is a return to "social thinking", but within the framework of open systems. The leader of modern organization theory is James March.

Let us determine the contribution to the development of the theory of organization of its most prominent representatives.

Fundamental Ideas of Organization Theory

F. Taylor and scientific foundations of organization theory. The beginning of a series of fundamental works in the field of organization theory was laid by the "Principles of Scientific Management" by F. Taylor, published in 1911.

Frederick Taylor (1856 - 1915) - American engineer. After graduating from the Institute of Technology in 1876, Taylor worked for the Midvale Steel Company, an iron and steel company, and worked his way up from foreman to chief plant engineer. In 1886 he joined the American Society of Mechanical Engineers. Taylor left behind a solid creative legacy, including, in addition to social works on metallurgy, the books that made him famous throughout the world: "The Deal System" (1895), "Shop Management" (1903) and "Principles of Scientific Management" (1911). He was buried in Philadelphia, where his grave is inscribed: "The Father of Scientific Management."

With my experiments and scientific works F. Taylor sought to prove that the methods of scientific organization of labor developed by him and the principles of "scientific management" formulated on their basis would make a real revolution in modern production, replacing outdated authoritarian methods with scientific approaches to management.

From his research and experiments, F. Taylor derived a number of general principles that formed the basis of the classical theory of organization.

These include:

    division of labor - this principle is carried out not only at the level

workshop or workshop, but also extends to managerial echelons. The manager should be assigned the planning function, and the employee should be assigned the execution function. In addition to this division of labor in a broad sense, Taylor also recommended the distribution of specific production tasks, so that each member of the staff (both worker and manager) was responsible for only one function;

    functional guidance - supervision of workers should be functional and carried out at every phase of production. Taylor suggested moving from sole to functional leadership, replacing the power of one master with functional administration (several specialist managers, each of whom would give instructions to the worker within his competence). In the specialized literature on the problems of organization, such specialist managers and their subdivisions are called functional bodies (departments), and the organization is called functional;

    measurement of labor - Taylor insisted on studying the processes of working time, seeing this as the most best way implementation of production tasks. This principle involves the measurement of working time using the so-called "time units", representing the discrete elements of labor processes;

    tasks - prescriptions - according to this principle, production tasks should not only be broken down every minute, but also accompanied by a detailed description of the best methods for their implementation. The goals of the enterprise are clearly planned, and each worker is given written instructions regarding its specific tasks. Through the implementation of these measures, both the worker and the manager obtain certain standards that contribute to the measurement of work;

    incentive programs - it should be clear to the worker that any element of labor has its price and its payment depends on the established output of finished products; in the case of achieving greater productivity, the worker is paid a bonus;

    work as an individual activity - the influence of the group makes the worker less productive;

    motivation - the essence of this principle is that self-interest is the driving force for most people;

    the role of individual abilities - a distinction is made between the abilities of workers and managers; workers work for rewards in the present, and managers for rewards in the future.

As you can see, F. Taylor did not neglect the human component of organizations, as many believe, but put the emphasis on the individual rather than the collective qualities of the employee.

Taylor believed that the application of the principles of scientific management would eliminate almost all causes of disputes and disagreements between business owners and employees.

Unfortunately, this optimism was not "appreciated". Trade unions in the 20s and 30s strongly resisted the introduction of "scientific management". Taylor's methods were considered as a scientifically based system of exploitation of workers, leading to the intensification of labor and an increase in unemployment.

Nevertheless, Taylor was undoubtedly one of the great pioneers in the field of organization theory and social engineering. He proposed a new concept of "division of labor", which was accepted by all. Its influence can still be traced both in industrial enterprises and in public institutions when organizing office work.

Principles of organization A. Fayol. Some time after the publication by F. Taylor of the results of his research in the United States, the Frenchman A. Fayol formulated general principles organizations.

The main work of A. Fayol "General and Industrial Management" was published in 1916. And although the works of Taylor and Fayol were written at about the same time, they differed significantly from each other. Taylor's ideas were based primarily on scientific research, while the principles formulated by Fayol were the result of numerous experiments and were determined by his experience as a leader. For 30 years (1888 - 1918) he was the chief manager of the French mining and metallurgical concern Comambo, which was on the verge of collapse; when Fayol retired, it was one of the largest and most prosperous enterprises in France.

Fayol sought to develop principles of organization applicable to all levels of government. Briefly, they can be formulated as follows.

To operate effectively, an organization must have:

    clear goals;

    one center of subordination (unity of control);

    one management department (unity of control);

    clear lines of authority along which orders go (a scalar chain of command from the upper echelons of the hierarchy to its lower links);

    equality of rights and obligations;

    rational division of labor and logical grouping of tasks by subdivisions, departments and administrative sectors of the highest level;

    a clear definition of responsibility for the results of activities and such established official relations so that everyone in the organization knows his role and position in the team;

    favorable opportunities for taking the initiative.

A. Fayol attaches special knowledge to the formal structure of the organization. Using the principle of a scalar chain, along the lines of A. Fayol, allows you to create a system of responsibility of various links and ensures the unity of management with the consistent transmission of instructions and information. However, he warns against excessive formalism of the organization, showing what obstacles are created in the way of the communication flow by the organizational structure.

management

Fayol illustrated the problem of the limitedness of the formal organizational structure using the following typical example (Fig. 8).

Rice. 8. Steps of the hierarchy

Example. Suppose you want to send a message from individual D to individual O, who are at the same level of the hierarchy, but in different departments. In accordance with the shown hierarchical structure, formal contact between them can be carried out only through the steps of the hierarchy of power (up and down). However, it is obvious that it is wiser and much faster for D&O to make direct contact, bypassing 7 senior managers. Fayol argued that such direct horizontal communication should be allowed in any organization, at least in crisis situations where speed of action is important. This social communication channel was called "Fayol's bridge".

Fayol recognizes that when certain management principles are violated in organizations, communication difficulties arise. For example, if a manager's range of control is too wide and the number of subordinates exceeds 5 to 6 people, then his ability to effectively communicate with subordinates may decrease. Therefore, Fayol and Taylor are making attempts to develop rules and norms of controllability in digital terms. Thus, in effectively working organizations, according to Fayol, the range of control at the level of masters can vary from 10 to 30 people; the presence of 2, 3, 4 or 5 masters forces the introduction of the position of workshop manager; and the presence of 2-5 heads of workshops requires the introduction of a department head. To solve the problems of control and coordination of actions of subordinates, it is proposed to delegate the authority of the leader to lower levels of the hierarchy, characterized by a decrease in the range of control.

The general governance principles discussed have been criticized at all levels. It was believed that the principles of A. Fayol only more accurately express "generally known truths", and in a particular situation, the manager's assessment of the circumstances is of paramount importance. However, despite significant remarks, the works of A. Fayol had a huge impact on the development of organization theory, and the results of the implementation of his ideas can be seen in many industrial and social organizations.

The Bureaucracy of Max Weber . The German sociologist Max Weber (1864 - 1920) developed the principles for constructing an ideal type of organization structure, which was called bureaucratic. The term " bureaucracy "M. Weber used in its exact meaning -" board of civil servants ". According to Weber, bureaucracy is marked by accuracy - strict discipline, stability and responsibility. The principles of building a bureaucratic organization are as follows:

    all activities on the basis of the division of labor are divided into elements, which makes it possible to determine the tasks and responsibilities of each official;

    the organization is built on the principles of hierarchy, a strict system of subordination and responsibility, a system of power and authority;

    the activities of the organization are regulated on the basis of instructions, standards, rules that determine the responsibility of each employee and his duties;

    the management of the organization is carried out on the basis of formal impersonality, i.e. excludes personal motives and emotions;

    selection, appointment and promotion are based on merit and merit, and not on tradition and whims.

M. Weber believed that the system of principles he proposed would ensure the satisfactory fulfillment of many monotonous organizational tasks, and hierarchy, power and bureaucracy underlie all social organizations.

Elton Mayo and the Hawthorne Experiment . Australian consultant, sociologist, professor of business school at Harvard University E. Mayo led a series of experiments conducted at the plant of the Western Electric company in Hawthorne. The results of these experiments significantly changed the ideas that existed at that time about the motives of an employee's behavior in an organization and served as the beginning of the second stage in the development of organization theory.

Research at the Hawthorne Works began with a series of experiments to improve the lighting of workplaces in order to find ways to increase labor productivity.

The results of the experiments did not allow us to derive such a dependence. However, it was possible to establish that labor productivity is related to how workers felt about themselves. Special attention as participants in the experiment. This phenomenon is called the Hawthorne effect.

hawthorne effect refers to the propensity of people to deviate from the norm when they understand that they are the object of the experiment and feel special attention to themselves.

This kind of "special" appeal to the subjects under test led to the emergence in management of a new scientific school, called the school of "human relations".

The conducted research allowed E. Mayo to make a number of significant conclusions that contradict the concept of "rational worker". The main ones are the following:

    a clear division and rationing of labor does not always lead to increased productivity;

    people are more responsive to the social influence of a group of peers than to incentives and control measures coming from management;

    a manager must be well trained professionally to be a true leader. He must understand the needs of individuals and groups, listen to the problems of both, be able to give the necessary advice and convince the employee to accept change.

The influence of the ideas of E. Mayo is obvious today. Management improvement programs in many large organizations emphasize the need and importance of special training for managers in conversation, interpersonal relationships, group understanding, and developing other managerial social skills. All these problems are relevant and directly or indirectly follow from the works of E. Mayo.

In conclusion, it can be noted that E. Mayo formulated a number of guiding principles that can be useful and used in the management of any organization:

    Individuals have unique needs, goals, and motives. Positive motivation requires workers to be treated as individuals.

    Human problems cannot be simple.

    Personal or family problems worker can adversely affect productivity.

Chester Barnard and Purposeful Organizations . The combination of the ideas of Taylor, Fayol and Weber with the results of the Hawthorne experiment led to the conclusion that the organization is "a system of consciously coordinated actions of a group of people." Its main elements are technology and people, and focusing on only one of these elements does not lead to system optimization.

This provision was first put forward by C. Barnard. Chester Barnard is a professor, businessman and philosopher. He began working for AT&T in 1909 as a statistician and quickly rose through the ranks. In 1927, C. Barnard was already president of one of the telephone companies. His only book, The Functions of the Leader, published in 1938, is recognized as a classic work in the field of organization theory.

Ch. Barnard gave a definition of a formal (purposeful) organization and its constituent elements, appointments, singled out the subjective and objective aspects of the power of leaders. He developed a theory of perception, which in a new way explains the relationship between managers and workers, received particular recognition. The essence of Ch. Barnard's ideas can be expressed in the following terms:

    the physical and biological limitations inherent in individuals force them to cooperate, to work in groups, since cooperation is the most effective way to overcome these limitations;

    cooperation leads to the emergence of coordinated systems. The success of such systems depends on their effectiveness and inherent efficiency. Performance characterizes the achievement of corporate goals. Efficiency is a consequence of individual performance and means achieving goals at minimal cost to its participants;

    individuals have personal motives for cooperation, but there is a limit to which they continue to contribute to efforts to achieve corporate goals. Therefore, the success of an organization also depends on the degree of satisfaction of its members;

    organizations can be divided into two types: "formal", i.e. those that combine the efforts of several individuals and coordinate their actions to achieve common goals, and "informal" organizations, which mean a set of personal contacts and interactions, as well as associated groups of people who do not have a common or consciously coordinated goal;

    informal organization acts as a kind of self-defense of individuals against the expansion of formal organizations. Among its main functions are: communication, maintaining cohesion, strengthening a sense of personal dignity, self-respect and independence of choice. Formal organization occurs when there are individuals who: a) are able to communicate with each other; b) agree to contribute to group activities; c) have a common goal;

    Each formal organization includes the following elements:

a) general purpose (purpose); b) a system of incentives that will encourage people to contribute to the achievement of the goal; c) a system of power that induces group members to agree with the decisions of administrators; d) communications;

    power is an information connection (team), thanks to which information is perceived by members of the organization as a tool for managing their activities. Leaders are empowered by people who want to be led. Therefore, the true bearer of power is not the manager, but the staff itself, since it is he who decides whether or not to carry out orders from above. The subjective element of power is its perception by employees, and the objective element is the nature of the team or information connection;

    The functions of an administrator in a formal organization are as follows: a) maintaining information communication through an organizational structure; b) ensuring the activities of the most important sections by the forces of individuals included in the organization; c) formalized definition of the goal (planning).

Ch. Barnard, like E. Mayo, was a supporter of the concept of "social man" and considered non-economic incentives as a decisive factor in production. He believed that the essence of the relationship between the individual and the organization lies in cooperation. There are certain needs that cannot be satisfied by the individual himself, so he must cooperate with others. Thus, the organization simply helps the individual to reach a goal to which he cannot go in any other way.

Douglas McGregor and Theory X - Theory Y . Douglas MacGregor (1906 - 1964) is one of the most famous theorists who made a significant contribution to the development of organization theory in the second stage. His works are devoted to the issues of practical management (leadership). The most significant work is the book "The Human Side of Entrepreneurship", published in 1960. Observing the relationship between management and staff, McGregor came to the conclusion that the manager builds his behavior towards subordinates in accordance with his personal ideas about employees and their abilities. The conducted research allowed McGregor to describe the management system from two opposite positions, each of which can be taken by the leader in relation to his subordinates. A simplified version of this system considers designated positions by different sides continuum. One of the extreme positions, reflecting the traditional view of management and control, is called theory X, and the other - theory Y.

Theory X . In accordance with theory X, the leader expresses his attitude towards subordinates most often as follows:

    every man has a natural reluctance to work, and therefore he tries to avoid the expenditure of labor wherever possible;

    due to the fact that people are not disposed to work, they should be coerced, controlled, directed or threatened with punishment if they do not make sufficient efforts to achieve the goals set by the organization;

    ambition is inherent in very few, people try to avoid direct responsibility and prefer to be led;

    most of all, people desire personal peace and need protection.

Theory Y describes the opposite idealized situation, in which subordination looks like a partnership and the formation of a team takes place in an ideal environment. It includes the following provisions:

    the expenditure of physical and spiritual strength at work is just as natural as when playing or relaxing, and under normal conditions a person does not refuse to perform certain duties;

    the threat of punishment or external control is not the only means of stimulating the achievement of the organization's goals. People are endowed with the ability to self-management and self-control in achieving goals to which they are committed;

    commitment to goals is a function of reward, i.e. involvement in the activities of the organization implies that the reward for the activity will strictly correspond to how the tasks facing the team are completed;

    ingenuity and creativity are very common among the population, but in modern life, when technology is so highly developed, they often remain hidden.

According to McGregor, Theory X is command and control through the direct application of power. In this case, a person acts as an object of power influence. On the contrary, Theory Y is based on the principle of integration, or the creation of such conditions in which the members of a given organization would best achieve their goals, directing their energy to achieve the success of the enterprise.

The significance of McGregor's assumptions has led managers and organizational writers to carefully consider the relative merits of different organizational leadership styles. Soon the question of what it means to lead in the best way became the main question in leadership research.

Alfred Chandler, James Thomson, Paul Lawrence, Jay Lorsch and the study of the influence of the external environment on the organization . The most significant contribution to the development of organization theory in the third stage was made by Alfred Chandler. The results of his research were reflected in the book "Strategy and Structure" (1962). A. Chandler found that with a change in the strategy of companies, their organizational structure also changes accordingly. The need for strategic change is dictated by the demands of the external environment. Changing the operating conditions of the enterprise leads to a change in strategy, and this has a direct impact on the organizational chart.

So, A. Chandler showed that an increase in the volume of output is oriented towards in-line production and leads to the necessary transition from a functional organizational form to a structural diagram based on departments.

The theoretical substantiation of the relationship between the environment and the structure of the organization was carried out by J. Thomson in the book "Organizations in Action". J. Thomson showed the difference between closed and open organizations. Closed, according to J. Thomson, the organization strives for certainty

and is focused on internal factors that are associated with the achievement of its goals. An open organization recognizes the interdependence of the organizational structure and its environment, tries to achieve stabilization in its relationship with requirements. external environment. As J. Thomson stated, organizations are ultimately closely related to their environment. They acquire resources in exchange for manufactured products, their technologies are based on the realities of the surrounding world.

Following A. Chandler and J. Thomson, the study of the influence of the external environment on the organization was carried out in 1967 by Harvard Business School teachers P. Lawrence and J. Lorsch. They collaborated on the book The Organization and Its Environment. P. Lawrence and J. Lorsch considered organizational structures and management systems, comparing companies that have the best results in a dynamic business (production of special plastics), with the best companies in a stable, little-changing industry (container manufacturing). They found that the best firms in a stable business use a functional organization chart and simple control systems. On the contrary, leaders in dynamic production have a more decentralized form of organization and more complex management systems than their competitors. By means of a sociometric survey, P. Lawrence and J. Lauren revealed a close correlation between the internal parameters of the organization and the characteristics of the external environment.

The obtained results and conclusions served as the basis for the formation of the concept of the organization as an open system. Theorists put forward and substantiated the proposition that not only do adaptation relations exist between the organization and the environment, but the external characteristics of the environment, on the one hand, and the internal structural and behavioral parameters, on the other, are inextricably linked by objective patterns and interdependencies (the environment, of course, is not is the only determinant of the organization, in addition, the independent variables of goals, technology, size, innovation, etc.) are important). By the beginning of the 1970s, this approach, named by P. Lawrence and J. Lorsch, took shape as one of the directions in organization theory.

James March, Gelbert Simon and the trashcan model . The modern concept in the development of views on the organization emphasizes informality, individual enterprise and evolution. The most famous theorists of this stage are R. Cyert, J. March, G. Simon.

R. Cyert and J. March made an attempt to construct a theory of a firm operating in conditions of constant "quasi-resolution" of conflicts between departments in the organization, which, according to J. March, constitute "political coalitions". However, they considered the sources of conflicts to be the natural distribution of responsibility for different goals for any organization.

and the "bounded rationality" of managers in their efforts to cope with management problems. Any organization, according to Cyert-March, has sufficiently strong social mechanisms to resolve conflicts (compromise agreement on goals and objectives, the formation of reserves in case of unforeseen complications, switching attention from considering one problem to another, etc.). Developing such ideas as satisfaction (achieving rather satisfactory than maximum results in decision-making), bounded rationality and consistent search, R. Cyert, G. Simon and J. March largely contributed to the assertion of the view that managers are not devices at all. for rational problem solving or calculating machines. Decision makers do not work in conditions of perfect knowledge, hence uncertainty arises, which is the normal state of affairs. Subsequently, J. March and G. Simon put forward the concept of the organization as a "wastebasket", expressing their attitude to the conflict of goals and interests, the uncertainty of problems, and the irrationality of decisions that take place in intra-organizational relations. The wastebasket model applies to a particular type of organizational structure known as organized anarchy. Examples of wastebaskets include universities, think tanks, research organizations, and perhaps some organizations in the health care system. In organizations of this kind, preferences are not clearly defined and in many cases inconsistent. The technology here is unclear, participation is inflexible, with many examples of periodic employee turnover on a "leave-and-come" basis, as well as continuous personnel turnover as a result of staff turnover. Preferences, or goals, are determined in action, rather than as if the manager starts by setting a pre-selected goal and pursues its achievement. Thus, the trash can model can be seen as one of the models of irrational decision making that managers have to deal with.

The growth in the scale of production in the late 19th century and early 20th century necessitated the development of a theory of efficient organization. The first theories of organization were formed in line with the classical model of capitalism, which formed the requirements and conditions of activity production organization. The main socio-economic features of the classical model of capitalism include:

· Private property

Personal interest is the main motive in the behavior of subjects economic activity.

· Freedom of enterprise

Freedom of choice for the consumer

Competition as the main regulatory mechanism for the activities of economic entities

Price as the main indicator of the market

· Correlation of supply and demand.

The listed characteristics of the economic system required organizations to reduce production costs, improve product quality, discipline and diligence.

These requirements could be met rational use all resources, strict production discipline.

Organizational theories proposed a set of rules and actions that were supposed to ensure the effective functioning of the organization.

There are several stages in the development of organization theory.

First stage(1900-1930) - consideration of the organization as a closed system, the main source of development of which is to increase the efficiency of internal resources. The main representatives of this trend were: Taylor, Fayol, Weber.

The worker in this concept is considered mainly as an "economic man".

Second phase(1930-1960). Representatives of which Mayo, Follett, McGregor, Likert, considering the organization as closed system, theoretically substantiated and introduced socio-psychological, behavioral factors into the practice of management and organization, considering the employee as a "social person".



Third stage(1960-1973). The organization is seen as an open system. Its main differences from a closed one are a reorientation in the development of an organization with internal factors, in relation to the external environment.

Fourth stage(1975-BC). This is a period of open systems and self-organizing development, which continues to the present. One of the founders of this direction can be called Simon and March.

Modern organization theory is developing in three directions:

The situational approach proceeds from the provisions put forward by one of the leading management theorists P. Drucker, that each type managerial situations, tasks to be solved, the state of the external environment corresponds to its own structure, strategy.

· The organizational learning approach proposes the formation of a learning organization. This means that the knowledge gained in the course of the organization's adaptation to changes in the external environment is included in the culture, the value system of the organization.

· Institutional theories. In the 90s, the works of the American scientist North D appeared, which gave impetus to the formation of an institutional concept for the functioning and development of society and organizations. Organizations within the framework of institutional theory build their activities guided not by internal requirements to ensure efficiency, but primarily based on the requirements of the external environment, which are expressed through the institutions of society.

To study the development processes of an organization, it is advisable to use models that allow you to visualize the changes in the object of study that were revealed during the evolution of organizational theories.

Organizational development is viewed in two ways.

On the one hand, organizational development is understood as a comprehensive, consistent and multi-level strategy aimed at constant changes in the organization and using modern approaches to organization and management. On the other hand, it is a broad philosophical concept and methodology of intra-organizational changes.

The proposed organizational model includes the main elements of organization and management, allows you to track their changes.

The model has:

Organizational goals that affect all the elements and relationships of the organization.

Principles of management and organization, which are divided into principles of structure, principles of process, principles of result. Changing principles also changes organizational management.

Organizational management includes:

a preferential decision-making method

management style

Methods of motivation

· control methods

methods of coordination.

Organizational management determines the state of internal variables, which include:

structure type

personnel

processes in the organization

· material resources.

The described model is shown in Figure 5.1.

Fig.5.1. The main components of the organizational model of the organization.

This model assumes that an organization, having activity goals, adopting a certain system of principles, forms organizational management, including decision-making methods, management style, methods of motivation, control, coordination, appropriately determines the organizational structure, selects personnel, organizes internal organizational processes and provides activities with resources. .

Production research began to be actively carried out in the 18th century. and were associated with the formation and development of machine production. Large-scale machine production required the coordinated action of all production links, the establishment and strict observance of certain norms and proportions between all elements of production. Diverse tasks of production management appeared, ranging from technical preparation of production, designing products planned for production, designing technological processes, etc. This required ensuring consistency and coherence in the performance of various works. The organization of production (as a function of production management) stood out in independent view activities in the division of labor.

It was the transition to the use of machines (systems of machines) and the significant complication of social production that created the prerequisites for the formation of the science of organizing production.

Let us analyze the stages of formation and development of the science of organizing production on the basis of the initial premise that each stage (stage) of socio-economic social development has its own forms and methods of organizing production. On fig. 3 schematically shows the stages of development of social production in the "epoch of industrial development".

First stage characterized by the transition to machine production. A characteristic feature of this stage is the desire of entrepreneurs to reduce production costs, the main trend in the economy is price reduction.

Second phase characterizes the qualitative changes in social production that occurred as a result of the scientific and technological revolution (NTR). A characteristic feature of the stage is the growth of production costs (due to the rise in the cost of labor due to increased requirements for its quality); the main trend in the economy is rising prices.

The energy crisis of the mid-70s led to the need for qualitative changes in social production. The emergence of energy-saving technologies, structural changes in industrial production, the increase in the role of science ultimately led to a qualitatively new stage in social development - the emergence and development of information production, the strengthening of the value of creativity, and the increase in global integration of production (third stage).

In accordance with these stages of industrial development, we will analyze the development of the science of organizing production.

TH STAGE

The founder of the science of organization of production is Frederick Winslow Taylor (1856-1915).

The main works of F.U. Taylor: "Factory Management" (1903), "Principles of Scientific Management" (1911).

Taylor's contribution to the science of the organization of production is the formation of the basic principles (rules) of the scientific organization of labor and management:

The study and optimization of production processes based on their division into parts: operations, elements of operations, individual movements.

Workers must be taught the most rational methods of work.

The worker needs to set a specific task (lesson).

The worker should only be an executor.

Full use of the working day is required.

The introduction of increased wages for the fulfillment of the established high norm (differentiated wage system).

Taylor's work organization system became widespread in the first three decades of the 20th century.

The Gilberts(Frank Bankret Gilbert (1868-1924), Lillian Moller Gilbert (1878 - 1972)) carried out research in conditions of mass flow production, in which the pace of work on the implementation of each technique depends on the established rhythm of the entire flow.

F. and L. Gilbert developed a technique for microanalysis of movements, which marked the beginning of the scientific organization of labor processes.

To study the movements of workers, the Gilberts were the first to use a camera and a movie camera, they invented a microchronometer (a watch with a second hand capable of recording time with an accuracy of 1/2000 of a minute).

The main works of F. and L. Gilberts: "The study of movements as a way to increase the productivity of any work", "System brickwork", "The ABC of the scientific organization of labor", "Psychology of management" (L. Gilbert).

The ideas of creating a system that unites the work of entire teams (firms, enterprises, organizations) are set out in the book Harrington Emerson (1853 - 1932) "The Twelve Principles of Productivity".

G. Emerson was the first to put forward the idea of ​​a broad rationalization of the enterprise, a system of scientific management applicable in a wide variety of industries. Achieving efficiency is understood by him as the result of the fight against any losses in production and social life.

A significant contribution to the development of the science of the organization of production was made by the French researcher Henri Fayol (1841 - 1925), who proposed a number of organizational principles necessary for the effective management of the company.

The concept of "management", according to A. Fayol, combines six main functions: technical (technological) activity; commercial activities (purchases, sales, exchange); financial activity(search for capital and its effective use); protective activity (protection of property and personality); accounting activities (inventory, balance sheets, costs, statistics); administration (affecting only personnel and not directly affecting material and financial resources).

A. Fayol made an attempt to single out management as a special type of activity.

The main works of A. Fayol: "General and industrial management" (1916), "Teaching about management", "Scientific organization of labor", "Positive management".

In 1913, an American automaker Henry Ford (1863-1947) introduced in his factories new system organization of production - a method of in-line assembly of cars.

G. Ford is considered one of the creators of the in-line production method.

Elements of a system of continuous-flow production ("Fordism"):

Preliminary detailed development of the technological process of manufacturing the product with synchronization of the production process in all areas.

The introduction of automation and mechanization into production processes on the basis of their division into the simplest operations.

The maximum division of labor and the use of low-skilled workers.

Full standardization of production, used raw materials, materials, design developments, labor methods, etc.

Complete release production shops from the functions of design and technical training.

The main works of G. Ford: "My life, my achievements", "Today and tomorrow".

The emergence of the concept of "human relations" is associated with the name of the Australian-American sociologist Elton Mayo (1880 - 1949). The main conclusion of many years of research by E. Mayo was that the decisive influence on the growth of labor productivity of a worker is exerted not by material, but by psychological and social factors.

The main works of E. Mayo: "Problems of Man in an Industrial Society" (1933), " Social problems industrial society" (1945),

A significant contribution to the development of the theory and practice of the organization of production was made by K. Adamecki (1866-1933), who formulated three laws: the law of division of labor, the law of concentration or integration, the law of harmony.

K. Adamecki is the creator of the theory of construction of production processes in time, he developed schedules for the movement of parts for operations and formulas for calculating the production cycle.

A significant contribution to the science of the organization of production was made by Alexander Alexandrovich Bogdanov (Malinovsky) (1873-1928) - the creator of the theory of organizational science "tectology", as well as the theory of systems, which anticipated cybernetics.

Developing tektology, Bogdanov proceeded from the idea of ​​the identity of the organization of systems of different levels - from the microworld to biological and social systems. At all these levels, there is a struggle of organizational forms, and the more organized ones win in it.

He outlined the foundations of his teaching in the work "General Organizational Science. Tectology" (1912).

Great fame in the period 20-30-ies get works of Soviet scientists and specialists in the scientific organization of labor (NOT) and management. Among them, the names of A.K. Gasteva, P.K. Kerzhentseva, O.A. Yermansky, O.I. Neporenta, V.I. Ioffe, L.V. Kantorovich, E.F. Rozmirovich, B.Ya. Katzenbogen and others.

A.K. Gastev laid basis integrated approach to control theory, i.e. approach, which modern management viewed as a systematic approach.

P.M. Kerzhentsev developed the basic principles of production and the scientific organization of labor.

In works O.A. Yermansky attempts were made to formulate general principles for the rationalization of production management. He understood the improvement of production management broadly, but focused his main attention on the problems of enterprise management and work processes.

O.I. Neporent- developed a scientific theory of the organization of the production process in time, including the movement of a batch of parts through operations.

IN AND. Ioffe- created a system of microelement time standards for the technical regulation of labor.

L.V. Kantorovich- laid the foundations of mathematical methods of optimal planning (late 30s).

B.Ya. Katzenbogen- developed the theory and methodology for the application of in-line production methods in serial plants.

TH STAGE

G.B. Maynard developed a system of macroelement labor rationing, the foundations of which were laid by F. and L. Gilbert.

M. Walker, D. Kelly, D. Malcolm(late 50s) created a system of network planning and management of the development of new technology.

Douglas McGregor(1906 - 1964) formulated two dominant attitudes towards employees at the performance level - theories "X" and "Y".

Theory "X": a person is lazy, requires coercion to work and constant control.

Theory "Y": a person is a creative person, who is characterized by the desire to set new goals for himself and with his own efforts, work to achieve them without any coercion and control from outside.

The views of D. McGregor played an important role in the development of the theory of motivation and drew the attention of management to the need for efforts to increase employee satisfaction with work.

William Ouchi put forward the idea of ​​three ideal types of organizations: American (type A), whose roots go back to the traditions of individualism of this country, Japanese (type Y), feature which is the socio-cultural heritage of harmony and collectivism, and type Z, which combines the best features of the two types mentioned above. In 1981, the idea of ​​types evolved into "Z" theory, which involves transferring Japanese methods assistance-based labor organizations to other countries.

Soviet scientist E.A. Satele conducted research in the field of complexity of solving structural, technological, operational, organizational, economic and other problems of production.

Special place in the development of the science of organization of production is prof. S.P. Mitrofanov , who developed the scientific principles of group processing methods, for which he was awarded the Lenin Prize. These principles have spread throughout the world and have opened up wide opportunities for both the automation of production processes and for group production lines in serial and small-scale production.

Among our compatriots, it should be noted L. Bartasheva , who owns the theory of technical preparation of production, P.A. Levitsky - the solution of operational planning issues, I.E. Nelidova - the creator of the theory of the "life cycle" of machines and many others.

TH STAGE

R. Akof(USA) - creation of the theory of operations research.

R. Young(USA) - systemic approaches to the organization of production.

Jay Forrester(1918) is the developer of the theory of system dynamics, the author of fundamental monographs on the dynamics of society, the "godfather" of the ecological ideas of the Club of Rome.

J. Forrester developed a technique for computer simulation of real processes - a discipline called "system dynamics" (DS).

The main works of J. Forrester are "Fundamentals of Enterprise Cybernetics" (1961), "City Dynamics" (1969), "World Dynamics" (1971).

E. Drexler- one of the creators of the foundations of nanotechnology, based on "manipulation with individual atoms."

The main works of E. Drexler: "Motors of Creation" (1986), "Unlimited Future. Nanotechnological Revolution" (1991).

conclusions

1 At the present stage of development of production and productive forces, the issues of improving the organization of production are a special branch of knowledge, the field of study of various research organizations, as well as individual economic entities. The range of issues to be resolved is quite wide and covers various aspects of the organization of production (both technical and socio-psychological), which indicates the need to expand the arsenal of tools and methods aimed at improving production and its efficiency.

2 The transition to the use of machines (systems of machines) and the significant complication of social production created the prerequisites for the formation of the science of the organization of production.

3 It is advisable to consider the history of the development of the science of the organization of production, correlating its main stages with the main stages of socio-economic development. Three such stages of the "era of industrial development" can be distinguished.

At the first stage (XVII century - the middle of the XX century), the foundations of the science of the organization of production were laid (F.W. Taylor, F. and L. Gilbert, A. Fayol, G. Ford, E. Mayo and many others). At the second stage (the middle of the 20th century - the end of the 70s of the 20th century), the main attention was paid to the formation modern methods management of people (theories of motivation) (D. McGregor, W. Ouchi), the third (late 70s of the XX century - present) - the development of information production (J. Forrester, R. Young, M. Porat).

4 One of the ways for the development of domestic enterprises is to ensure a rational combination of domestic and foreign experience in organizing, planning and managing production.

 
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