We have taken pictures related with beautiful and kitsch. Observation is an important part of engineering. An engineer also should be aware of problems around him or her. Because engineers solve problems. And to solve them they first should be aware of them. To solve problem and construct a solution process for a problem engineers need to collect datas. And ı think this taking picture exercise's aim is to make us aware and to teach us how to make observations. And then what can we learn from them. I think this is the abstraction part of this exercise.
30 Mayıs 2008 Cuma
What does sequential mean?
Sequential generally means succesive. In a process all stages of process are sequential. So a process has not got only one stage. People ,who want to solve problems related with processes and systems, should know the sequential structure of the system. Industrial engineers should decide the most effective way of designing of a system. So they should organize all stages of process properly
What does iterative mean?
The word iterative means repetitive generally. However the other meaning of iterative is cyclical. According to another source it can be defined as a systematic process for system development that is recommended for use in creating DSS ( Decision Support Systems).Iteration also used in project management and software development. Waterfall approach is often compared with this approach which is related with iteration
What does a life circle mean?
Life circle generally means a time period from beginning to the conclusion of a product, system or a business. For a system life cycle means the time from beginning of the system to the replacement of the system. The term life cycle can be used for all organisms. So it can be used for systems and businesses too because systems or businesses can change with time too. As a result life circle generally can be assessed as a period of time which last from beginning to the conclusion for a system , a business or an organism.
What is a process?
Process is a orginized set of activities. It also is a time period which is naturally occuring or designed order of changes of properties of a system. Process management, process control and process evaluation are important work areas of industrial engineers. As a result process is order of changes of an object or a system, which can be seen by using scientific method. For solution of a problem engineers should develop a process too. Moreover industrial engineers should save time and money when they are solving problems.That's why they should be good at process development,management and control.
What is an event?
There are a lot of different definitions of event. But event is generally something that happens at a given time and a given place. However according to probability theory and event is a set of results to which a probability is assigned.That means when there is a finite space and subset of these space is an event. As a result event is simply means an occurrance. But it must be at a given time and a given place according to the definition. In the probability theory any subset of a finite space is an event. However philosophers have not reached a certain definition for the word event.
What does relevance mean?
Relevance generally means relation of something to the matter at hand. It can be ussed to describe some information and show how connected and pertinent they are. Relevance is important because to solve a problem we need to identify the relevant elements of the problem. As a result relevance is important because engineers should see the relevance and connection between different situations and problems to construct a solution
What does reliability mean?
When a system gives same results after it has simulated repeatedly, it means that is reliable. Reliability generally means the consistency between the repeated results of an experiment or a system. But to measure reliability of a system the structure of the system should not be changed. As a result reliability generally means dependability and trustworthiness of a system.
What does significance mean?
Significance generally means importance of meaningful consequences. Another definition for significance is that significance is the quality of being significant or having a meaning.But it is generally means the real meaning of something and importance of it.
What does validation mean?
Validation is a process which determines consistency of a system or a business. To provide validation data which are predicted and which are gained after simulation should be compared. They should be consistent. Or, validation can be assessed as the act of verifying that a product or service meet the requirements for which it was intended. Validation is an important part of a system because of verification of the system.
What is waterfall diagram?
Waterfall diagram is a popular version of system development life cycle model. The waterfall method describes a linear and sequential method. This method has a distinct aim. Moreover it can not turn back like a waterfall. Waterfall development allows a managerial control and departmentalization. These are the advantages of this method. However there are some disadvanteges of these method too. For example it does not allow reflection and revision. This method can not be interfered after it designed. That is the most important disadvantage of this method.
What is snowball effect?
Snowball effect is a term for a process which is building up on itself. This process gets larger over itself. However it can be dangerous potentially. Because when it is getting larger, it will be more difficult to control it. Also when a process is getting larger, it’s the acceleration of getting larger increases too. Therefore it will be more difficult to control it. As a result snowball effect can be dangerous in business life because of uncontrolled growth.
What is a model?
A model generally means representation of something. A model sometimes can be a toy car or a person. In macroeconomics a model is designed to simulate an operation in business life. Model are tried for preventing or fixing errors. Models are also using in computer technologies too. (3D modeling). For industrial engineering, model of system is used for simulate this system and check and fix errors.
http://wordnet.princeton.edu/perl/webwn?s=model
http://en.wikipedia.org/wiki/Model_%28macroeconomics%29http://www.ichnet.org/glossary.htm
http://wordnet.princeton.edu/perl/webwn?s=model
http://en.wikipedia.org/wiki/Model_%28macroeconomics%29http://www.ichnet.org/glossary.htm
What is control?
Like planning, organizing, staffing and directing control is one of the managerial functions too. However controlling is a very important function because it helps to check errors and fix them. On the other hand controlling is important because even if there is no error in the system, there should be precaution in order to prevent forming errors. According to Henry Fayol control consists of verifying whether everything occurs in conformity with the plan adopted, the instructions issued, and principles established. It objects to point out weaknesses and errors in order to rectify them and prevent recurrence. Control also can be defined as adjust all stages of a plan and check them for specific aim. As a result, controlling is an important part of system approach and an important area of industrial engineering.
What is plan?
A plan is used for getting one set of circumstances to another. Plans are used for moving from present situation to another one which is aimed. Plans can be used in careers, diplomacy, economic development…A plan is more detailed than a strategy. Plans are used by many different areas like architecture too. Plans are used for improving the situation in business life and doing it in a more effective way. That’s why planning is one the jobs which are done by industrial engineers. In conclusion in business life, plans generally are used for getting one set of circumstances to better one and it is more detailed and more complex than a strategy. Moreover production planning, capacity requirements planning, manufacturing resource planning, material requirements planning are different types of plans which are done by industrial engineers.
http://www.emsozluk.com/index.asp?id=70&sayfa=1&ara=plan
http://en.wikipedia.org/wiki/Plan
What is strategy?
The word strategy derives from the word strategos which is a Greek word. Strategos also derives from two words stratos(army) and ago(leading). In the age of Athenian Democracy the word strategos referred to military commander. The word strategy actually comes from military. The definition of strategy which is related with military science is that strategy is a branch of military science dealing with command, planning and conduct of a war. The most simple definition of the strategy is that strategy is a systematic plan to accomplish a special aim or result. However strategies generally design for long term aims. In game theory strategy is a complete plan for all situations in the game or business. Strategy fully determines the player’s behavior. A player’s strategy determines all actions of player for any stages of the game. As a result strategy is a long term systematic plan which is not well-detailed.
What does paradigm mean?
Thomas Kuhn defined paradigm as what is to be observed and scrutinized. But it is the scientific definition of paradigm. It can also be defined as a set of assumptions , concepts, values, and practices constituting a view of reality.I think that is a beter definition for paradigm. Paradigm also can be assessed as a model of something. So paradigm has not got a certain definition. There are lots of different definition for paradigm. As a result everything ,which we used for constituting a view of reality, is a paradigm.
What does hypothesis mean?
Generally hypothesis is a well-tested explanation. But it is not the same as theory. A hypothesis also is a proposal intended explain certain facts or observations. A hypothesis has aim of verify something scientificly too. A hypothesis should be base on a theory but it must be more tested than a theory. According to NASA a hypothesis is possible explanation of an experiment’s results. Creating hypothesis is a step of scientific method too. However hypothesis is more certain than a theory.
What does theory mean?
The word theory has many different meanings in different branches. The meaning of theory depends on the methodology of these branches. In science, theory is a testable model in order to verify a natural fact or phenomena. A theory can be tested again and again. A theory should base on observation, experimentation and reasoning. Theory is used for signify a conjecture, an opinion or a speculation. A theory does not need to base on scientific facts. It is not to be required totally true. Theory is also a step of scientific method.
What does methodology mean?
Methodology simply is a system of methods, principles and rules for managing a discipline. Methodology also means that analyzing the principles of the methods, rules and postulates. It can also be defined as systematic study of methods or a particular procedure or set of procedures. Methodology is a way to choosing the right method to do something. But methodology should be applied to a specific branch of knowledge
http://www.lillytrials.com/docs/terminology.html
http://dictionary.reference.com/browse/methodology
http://www.dmreview.com/glossary/m.html
What does method mean?
Method is defined as a procedure, technique or way of a doing something. But, this way must be logical and systematic. Another definition for method is order or system in doing anything. System is the main topic of industrial engineering. So choosing the right method is one of the most important mission of the industrial engineers. According to a different source, method is how to do or make something generally.
http://dictionary.reference.com/browse/method
http://en.wikipedia.org/wiki/Method
http://dictionary.reference.com/browse/method
http://en.wikipedia.org/wiki/Method
What is a problem?
Problem is generally defined as any question or matter which is involving doubt uncertainty or difficulty. Moreover it can be defined as a question which is proposed for a solution or discussion. According to some other sources a problem makes difficult to accomplish a desired goal. Also, a problem is a situation which is yet unresolved. Problem has different definitions according to different areas. There are small differences between these definitions. They mainly come from the same definitions. There must be doubt uncertainty and difficulty in a problem. Furthermore it must be proposed for a solution.
29 Nisan 2008 Salı
30 Mart 2008 Pazar
ENGINEERING AS A PROFESSION
Engineer is someone who have taken undergraduate degree from an engineering department of a university .Engineers usually find suitable solutions to the problems by using scientific information, mathematics and technology. Engineers also desing devices and systems for usage of people.They can work in companies or universities as an academic staff. However teamwork is indispensible for engineers like ethic.This is their differences from other staff.Some attributions of engineers depend on their working area.For example computer engineers must be good at programming but mechanical engineering must be good at computer aided graphic design.As a result generally all engineers must be good at problem solving , thinking creatively and teamwork.Engineering is also a good profession to improve career.Because engineers generally promote easily because of their intellectual skill and scientific knowledge
Reference
WHAT DO ENGINEERS DO?
Generally engineers solve problems by using mathematics, technology and scientific knowledge.However their studies differ because of their areas after this general definition.Engineers design objects or systems by using their scientific knowledge.An engineer must also use and operate his/her equipments and budget properly. Almost everything, we use in daily life, were designed by engineers. Tables, chairs, devices, computers, games, buildings…However engineers can design system ,which is intangible. For example; industrial engineers.They design system in order to solve process problems in a business.Industrial engineers also make things more quality and efficient. Different disciplines of engineering work on different types of problems. But they generally solve problems in a scientific way and they design and create devices, buldings, things using mathematics and technology.
References
TYPES OF ENGINEERS
Aerospace engineers(space researchs,desing planes and space shuttles), chemical engineers, civil engineers, electrical engineers, industrial engineers, materials engineers(find and discover new, enduring materials), mechanical engineers, structural engineers, systems engineers, environmental engineers(creating systems which save water,renewable energy resources,renew air), nuclear engineers(works on nuclear energy), network engineers, biomedical engineers, bioengineers, computer engineers, phsyical engineers, ceramic engineers, genetic engineers, food engineers, hidrogeology engineers, control engineers(control systems and processes), mining engineers(find and discover new minerals and find their usage areas), mechatronic engineers, mathematics engineers, meteorology engineers(predict air conditions by using datas), forest industry engineers, telecommunication engineers(work on new telecommunication technologies and develop them), textile engineers, software engineers, agricultural engineers are some types of engineers.But , civil engineering(plan and design buildings), chemical engineering, mechanical engineering(construct and design machines), electrical engineering(works on circuits chips, microchips and devices working with electric) are main and oldest types of engineering.Industrial engineers coordinate other types of engineers in work place and use them in the right parts of the process.Industrial engineers know some other areas of engineering’s terminology.Therefore they can communicate other engineers well.That’s why, industrial engineers promote easily and can be manager or director.
References
http://tr.wikipedia.org/wiki/M%C3%BChendislik
http://www.engineeringfullyloaded.org.au/as_a_career/types_of_engineering.html
http://en.wikipedia.org/wiki/List_of_engineers#Lists_of_notable_engineers_by_discipline
BEGINNING OF THE ENGINEERING EDUCATION
In the middle of the 18th century the first engineering schools were founded in France.Military and polytechnic schools were established in France to teach engineering and these schools produced important people like Laplace, Lagrange, and Fourier.In America the first school, which offers engineering education, was the U.S. Military Academy at West Point.It opened in 1802. the Rensselaer Polytechnic Institute was the first school ,which cultivates civil engineers.It awarded first engineering degree in 1835.In Ottaman Empire the first school ,which cultivates engineers with a modern way, was founded in 18 November 1776.
References
http://www.kenthaber.com/Arsiv/Haberler/2005/Aralik/09/Haber_107011.aspx
http://www.seas.ucla.edu/hsseas/history/origin.html
ORIGINS OF ENGINEERING
The Latin word “ingenium” is the root of the word “engineer”, which means “innate quality, especially mental power, hence a clever invention. Derivation of word engineer dates back to 1325.”First engineers are military constructors, who were employed by governments. Engineer referred to “a constructor of military engines”. Later, civilian structures like bridges, buildings, towers started to design in a technical way. Military and non-military projects were distinguished by the term of “civil engineering”. The Acropolis and the Parthenon in Greece, the Roman aquaducts, Via Appia and the Colosseum, the Hanging Gardens of Babylon, the Pharos of Alexandria, the pyramids in Egypt, Teotihuacán and the cities and pyramids of the Mayan, Inca and Aztec Empires, the Great Wall of China are some desings of ancient engineers.The first civil engineer’s name is Imhotep.As official, Pharaoh Djoser designed the Pyramid of Djoser at Sakkara in Egypt around 2630-2611 BC and since the ancient times, role of engineers have not changed,to create and to design.
References
29 Mart 2008 Cumartesi
My Preference
If ı have a chance to be one of these people, ı would prefer being Frederick Taylor.Because he is the father of scientific management.Moreover, Henri Fayol,Henry Ford and other a lot of important people were affected from his ideas.He found the assembly line as an idea.After him Henry Ford applied it.He saw that workers are very important for the factory or company.According to Taylor workers must improve themselves.But, he changed things at lower parts in hierarchic system more than upper parts.After him Henri Fayol did it.I think Frederick Taylor is the most important person in these seven people and he is the creator of scientific management.Differently Frederick Taylor created a new theory.He didnt modify theories like other VIPs.That’s why if ı have a chance,ı would prefer being Frederick Taylor.
MAX WEBER(21 April 1864 – 14 June 1920)
Maximilian Carl Emil Weber was a political economist and socialist ,who is from Germany. He is one of the founders of the modern study of sociology and public administration. He worked on rationalization in sociology of religion and government.According to Weber there are four main types of a social action.
Men may engage in purposeful or goal-oriented rational action
Men’s rational action may be value-oriented
They may act from emotional or affective motivations
They may engage in traditional action.
The Protestant Ethic and the Spirit of Capitalism is his most famous essay. His most significant contribution to the sociology of politics and government is his Politics as a Vocation essay. According to Weber, a politician must not be the man of true christian ethic.Weber distinguished three types of political leadership.
Charismatic domination
Legal domination
Traditional domination
He simply wants to answer this question. Why did capitalism appear in West protestan countries? Because according to Protestan ethic, god likes people ,who work a lot. Moreover people are instruments of god. The Religion of China: Confucianism and Taoism, Ancient Juadism, The The Religion of India: The Sociology of Hinduism and Buddhism are his other studies about religion and socialogy.
Quotations from Max Weber
No sociologist should think himself too good, even in his old age, to make tens of thousands of quite trivial computations in his head and perhaps for months at a time.
The fate of our times is characterized by rationalization and intellectualization and, above all, by the disenchantment of the world.
One can say that three pre-eminent qualities are decisive for the politician: passion, a feeling of responsibility, and a sense of proportion.
References
ABRAHAM MASLOW(April 1, 1908 – June 8, 1970)
Abraham Maslow was an American psychologist.He found the “hierarchy of human needs” and he is the father of humanistic psychology.Maslow’s the most important contribution to psychology is ”Hierarchy of needs”.Before this study he studied on monkeys.According to Maslow, after the breathe the most important need is thirst. Hunger is less important than thirst and sex is the least important need between basic ones.Then he started to compare all needs. He saw that instinctive needs are more powerful than others.His study is shown on a pyramid.
Psychological needs: These include oxygen, water, protein, salt, sugar, calcium, and other minerals and vitamins at first because people can not be alive without them.Also pH and temperature is very important to live.Moreover , people need to sleep ,rest other instinctive needs.
The safety and security needs: Human being starts to look for safety places and circumstances after he/she found the first conditions above.The fear and anxiety starts to appear at this step.
The love and belonging needs :When people found psychological needs and safety need, they start to look for friends, love, children.However if we look at this step negatively loneliness and social anxieties can increase at this step
The esteem needs: According to Maslow, there are two types of esteem needs,the lower one and higher one.The lower one is the need of respect of others.But the higher one is more important because it includes the self esteem, indipendence and freedom.
Self-actualization:It includes morality, creativity, spontaneity, problem solving, lack of prejudice, acceptance of facts.Maslow did a research for self-actualization.He looked a group of people’s biographys, writings, acts which include Abraham Lincoln, Thomas Jefferson, Albert Einstein, Eleanor Roosevelt, Jane Adams, William James, Albert Schweitzer, Benedict Spinoza, and Alduous Huxley.Then he developed a list of qualities that seemed characteristic of these people.He saw that these people were reality-centered,which means they can differentiate fake and genuine.They were also problem-centered .According to them the journey is more important than end.Democratic and ethical values also arise at this step
According to Maslow a self-actualizer, who wants to be happy, needs to follow these;
Truth, rather than dishonesty
Goodness, rather than evil
Unity, wholeness, and transcendence of opposites, not arbitrariness or forced choices.
Aliveness, not deadness or the mechanization of life
Uniqueness, not bland uniformity.
Perfection and necessity, not sloppiness, inconsistency, or accident.
Completion, rather than incompleteness.
Justice and order, not injustice and lawlessness.
Simplicity, not unnecessary complexity.
Richness, not environmental impoverishment
Effortlessness, not strain.
Playfulness, not grim, humorless, drudgery
Self-sufficiency, not dependency.
Meaningfulness, rather than senselessness.
Maslow’s theory is a very important theory for many areas of life.It showed us the order of presedence clearly.Therefore it influenced production, sell, finance and many other areas of business life.He died in a heart attack in 1970.
Quatations from Abraham Maslow
If the only tool you have is a hammer, you tend to see every problem as a nail.
The story of the human race is the story of men and women selling themselves short.
The ability to be in the present moment is a major component of mental wellness.
A musician must make music, an artist must paint, a poet must write, if he is to be ultimately at peace with himself.
References
28 Mart 2008 Cuma
The GILBRETHS
Lillian Moller Gilbreth (May 24, 1878, Oakland, California )
She was the first industrial psychologist and one of the first working female engineers.She was more humanity side of industrial organizations and studies.She was the mother of 12 children, Anne, Mary, Ernestine, Martha, Frank Jr., William, Lillian, Fred, Daniel, John, Robert and Jane.She lived 48 years after his husband death.
Frank Bunker Gilbreth: (July 7, 1868, Fairfield, Maine - June 14, 1924, Montclair, New Jersey)
Frank Bunker Gilbreth was an assertor of scientific management ,a pioneer of motion study and supporter of Taylorism.That’s why,there are a lot of similarities between Frederic Taylor and The Gilbreths.He also is best known as the father of Cheaper by Dozen.Time and motion study is a business efficiency technique.Time study was done by Frederick Taylor .Motion study was done by Frank and Lilian Gilbreth.This technique is the major part of scientific management.A time and motion study’s aim is increase productivity by reducing the number of motions.The most important example of usage of this study is bricklaying.Frank Bunker Gilbreth reduced the number of motions in laying a brick from 18 to 5.The Gilbreths also developed Therbilgs(reverse of Gilbreth) which is a classification plan to comprise 18 basic hand motions.These hand motions are
Search
Find
Select
Grasp
Hold
Position
Assemble
Use
Disassemble
Inspect
Transport loaded
Transport unloaded
Pre-position for next operation
Release load
Unavoidable delay
Avoidable delay
Plan
Rest to overcome fatigue
These are the fundemental motions required for a worker to perform an manual operation task.There are two major contributions to the world by The Gilbreths .The first one is The introduction of the surgical nurse as 'the caddy' (in Gilbreth's words) to the surgeon, who hands the doctor operating surgical instruments as called for.The second one is The standard techniques used by armies around the world to teach recruits how to rapidly disassemble and reassemble their weapons even blindfolded or in total darkness.
Bricklaying System
Motion Study:A Method for Increasing the Efficiency of the Workman
Cheaper by the Dozen
Motion Study:A Method for Increasing the Efficiency of the Workman
Cheaper by the Dozen
Field System of Frank B. Gilbreth
Are some books written by Frank Bunker Gilbreth As I Remember: An Autobiography was written Lillian Gilbreth.He died because of his heart problem in 1924
References
http://www.businesspme.com/uk/articles/economics/11/Frank-Bunker-Gilbreth.html
http://www.spiritus-temporis.com/frank-bunker-gilbreth/
http://www.amazon.com/As-Remember-Autobiography-Lillian-Gilbreth/dp/0898061865
http://www.amazon.com/s?ie=UTF8&search-type=ss&index=books&field-author=Frank%20Bunker%20Gilbreth&page=1
http://en.wikipedia.org/wiki/Frank_Bunker_Gilbreth
http://en.wikipedia.org/wiki/Time_and_motion_studies
http://en.wikipedia.org/wiki/Therblig
http://en.wikipedia.org/wiki/Lillian_Moller_Gilbreth
HENRI FAYOL(1841-1925)
Henry Fayol is a French management theorist which was born in Istanbul.He had proposed that there are five functions of management
Planning Organizing Commanding Coordinating Controlling
But these functions have been reduced five to four .Planning, organizing, commanding, coordinating, controlling by many of today’s management texts. According to Henri Fayol ,there must be only one direector for each person in an organization.Fayol also is the father of modern operational management theory.His ideas are related with Frederick Taylor’s ideas.But according to Claude George (1968)the fundemental difference between Fayol and Taylor is that , Fayol viewed management processes from the top down ,Taylor viewed it from the bottom up. Taylor’s theory was related with workers more than management.Fayol proved that this system can be applied in management too.According to Fayol, skills of managers depend on the place of the manager in hierarchic system.There are fourteen main principles of management.
Division of work – work and tasks should be perform by people specialized in the work and similar tasks should be organized as a unit or department.
Authority – delegated persons ought to have the right to give orders and expect that they be followed.
Discipline – workers should be obedient and respectful of the organization
Unity of command – employees should receive orders from only one person with authority
Unity of direction – the organization and employees are dedicated to one plan of action or set of objectives.
Subordination of individual interests to the general interest – organizational conflict should be limited by the dominance of one objective.
Remuneration – although Fayol provides no guidance on pay, the organization must recognize the economic value of employees and that their economic interests are important.
Centralization – whether an organization should be centralized or decentralized depends upon such factors as communications and the importance of who should make the decision.
Scalar chain – authority in an organization moves in a continuous chain of command from top to bottom.
Order– everything, people and resources, has a place that it belongs.
Equity – fairness is important in management-employee relations
Stability of tenure of personnel – turnover is disruptive; shared experience is important
Initiative – Workers are exhorted to be productive and motivated.
Esprit de corps – there is a need for harmony and unity within the organization
He died in 1925 in Paris
Quotation from Henri Fayol
To manage is to forecast and plan, to organize, co-ordinate and to control
References
23 Mart 2008 Pazar
FREDERICK W. TAYLOR(March 20, 1856-- March 21, 1915) & SCIENTIFIC MANAGEMENT
Frederick Winslow Taylor was an mechanical engineer ,who studied on improving industrial efficiency. He was the father of scientific management. He had very definite ideas about improving the system. Also, according the Taylor workers were supposed to be incapable of understanding what they were doing. He was the creator of the system ,which is called Taylorism. Taylorism is a theory ,which analyzes and synthesizes processes, improving labor productivity in work. It is developed in 1880s and 1890. Taylorism is often mentioned along with Fordism. Taylorism compass scientific management.
Taylor proposed the four following principles of scientific management.
Replace the rule of thumb work methods with methods based on a scientific study of tasks
Taylor proposed the four following principles of scientific management.
Replace the rule of thumb work methods with methods based on a scientific study of tasks
Scientifically, select train and develop each worker rather than passively leaving them to train themselves
Cooperate with workers to ensure that the scientifically developed methods are being followed
Divide work nearly equally between managers and workers, so that the managers apply scientific management principles to planning the work and the workers actually perform the tasks
Relationship with Henry Ford
Frederick Taylor had a close relationship with Henry Ford. Henry Ford generally applied the methods of Frederick Winslow Taylor. He applied the assembly line method of Taylor in modern ways. Before Henry Ford, Taylor’s assembly line system was not accepted by everybody
Development of Scientific Management
With the advancement of statistical methods, the approach was improved and referred to as quality control in 1920s and 1930s.Scientific management also evolved into operation research and management cybernetics during 1940s and 1950s. Since 1980s, total quality management has been a part of work life as an arm of scientific management. Today's Six Sigma and Lean manufacturing could be seen as new names for scientific management
Some Quotations From Frederick Taylor
It's easier to make a reporter into an economist than an economist into a reporter.
In the past the man has been first; in the future the system must be first... The first object of any good system must be that of developing first class men.
References
http://en.wikipedia.org/wiki/Frederick_Winslow_Taylor
http://www.nedirbul.com/nedir-kimdir/Frederick-Winslow-Taylor/
http://melbecon.unimelb.edu.au/het/taylor/sciman.htm
http://www.kimkimdir.gen.tr/kimkimdir.php?id=150
http://www.netmba.com/mgmt/scientific/
http://thinkexist.com/quotes/frederick_w._taylor/
21 Mart 2008 Cuma
HENRY FORD(July 30, 1863 – April 7, 1947) & DIVISION OF LABOR
Henry Ford was the founder of the Ford Motor Company.He also found Ford Airplane Company during First World War. Ford Airplane Division shut down because of poor sales during the Great Depression.He was born in America in 1863.He found the modern assembly lines and he used the modern assembly in mass production.He is the creator of the Fordism , which includes new liberal innovations about production.He was the leader of automotive industry in America also in world .He said “I will build a car for the great multitude.”.And he did it in October 1908.Henry Ford offered the Model T for $950.In nineteen years, its price dipped as low as $280.15.500.000 of them were sold in USA. Ford's mass-production techniques would eventually allow for the manufacture of a Model T every 24 seconds.He leaded huge gains in productivity.He offered a lot of adventages for his workers. In 1914, Ford began paying his employees five dollars a day, nearly doubling the wages offered by other manufacturers. He cut the workday from nine to eight hours in order to convert the factory to a three-shift workday.He also applied "Division of labor" principle of scientific management.By using this way he wanted to reduce wasted effort ,use his sources more efficiently continuous production and flow on the line.According to him every worker must be specialized in his/her work area.
Henry Ford also produced and patented a plastic-bodied automobile - a car 30 percent lighter than metal cars
Henry Ford During the Second World War
Henry Ford unfortunately was an admirer of Adolf Hitler.Hitler had a portrait of Henry Ford in his room and he told "I regard Henry Ford as my inspiration," to a Detroit reporter two years before becoming the Chansellor of Germany.Henry Ford was awarded the highest medal for the foreigners in July 1938.He also did not like the administration of the US president Franklin Roosvelt.During The Second World War , Henry Ford did not stop his executives from cooperating with Washington, but he himself did not get deeply involved. He watched suspiciously, focusing on his own pet side projects.
He died in 1947 and he was buried in the Ford Cemetery in Detroit.
He died in 1947 and he was buried in the Ford Cemetery in Detroit.
Some Quotations From Henry Ford
People can have the Model T in any colour , so long as it is black.
I am looking for a lot of men who have infinite capacity to not to know what can not be done.
There is one rule for the industrialist and that's it:Make the best quality of goods possible at lowest cost possible, paying the highest wages possible.
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