French mining engineer and executive, developer a general theory of business administration Fayolism (1841-1925)
Henri Fayol (29 July 1841, Istanbul – 19 November 1925, Paris) was a French mining engineer and director of mines who developed a general theory of business administration.
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Henri Fayol (1917) "Préface à Administration industrielle et générale" in: Dunod and Pinat eds. (1918) l’éveil de l’esprit public. p. 6
The. manager must never be lacking in knowledge of the special profession which is characteristic of the undertaking: the technical profession in industry, commercial in commerce, political in the State, military in the Army, religious in the Church, medical in the hospital, teaching in the school, etc. The technical function has long been given the degree of importance which is its due, and of which we must not deprive it, but the technical function by itself cannot endure the successful running of a business; it needs the help of the other essential functions and particularly of that of administration. This fact is so important from the point of view of the organization and management of a business that I do not mind how often I repeat it in order that it may be fully realized.
Every employee in an undertaking — workman, foreman, shop manager, head of division, head of department, manager, and if it is a state enterprise the series extends to the minister or head of a state department — takes a larger or smaller share in the work of administration, and has, therefore, to use and display his administrative faculties. By administrative knowledge we mean planning, organization, command, coordination, and control: it can be elementary for the workman, but must be very wide in the case of employees of high rank, especially managers of big concerns. Everyone has some need of administrative knowledge.
The control of an undertaking consists of seeing that everything is being carried out in accordance with the plan which has been adopted, the orders which have been given, and the principles which have been laid down. Its object is to point out mistakes in order that they may be rectified and prevented from recurring.
Would you like to know, for instance, to what extent higher mathematics is used in our two great industries? Well, it is never used at all. Having found this to be the case in my own experience, after quite a long career, I wondered whether I was not an exception; so I made enquiries, and I found that it was a general rule that neither engineers nor managers used higher mathematics in carrying out their duties. We must, of course, learn mathematics that goes without saying but the question is how much must we learn? Up to the present this point has nearly always been decided simply by professors, but it seems to me to be a question in which professors do not count very much, and in which they count less as they become more learned and more devoted to their work. They would like to pass on all their scientific knowledge and they find that their pupils always leave them too soon.
Industry, which needs young men who are healthy, tractable, unpretentious and, I would even say, full of illusions, often receives engineers who are tired out, weak in body, and less ready than one could wish to take modest jobs and work so hard that everything seems easy to them. I am convinced that they could begin practical work much earlier and just as well prepared, by leaving things which are not used in practice out of their school education.
The meaning that I have given to the word administration and which has been generally adopted, broadens considerably the field of administrative science. It embraces not only the public service but enterprises of every size and description, of every form and every purpose. All undertakings require planning, organization, command, co-ordination and control, and in order to function properly, all must observe the same general principles. We are no longer confronted with several administrative sciences but with one alone, which can be applied equally well to public and to private affairs and whose principal elements are today summarized in what we term the Administrative Theory.
Administration, which calls for the application of wide knowledge and many personal qualities, is above all the art of handling men, and in this art, as in many others, it is practice that makes perfect. This is one of the reasons why we should release our future engineers for practical work as early as possible; there are many drawbacks to staying too long at school.