Scientific Methods As Applied To Child Education In "the Children's Houses"

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114              THE MONTESSORI METHOD
ist; that which does exist is this piece of wood of a determined form. The elaborate explanations of the teacher not only confused the child's mind, but bridged over the distance that lies between the concrete and the abstract, between the form of an object and the mathemat­ics of the form.
Let us suppose, I said to the teacher, that an architect shows you a dome, the form of which interests you. He can follow one of two methods in showing you his work: he can call attention to the beauty of line, the harmony of the proportions, and may then take you inside the build­ing and up into the cupola itself, in order that you may appreciate the relative proportion of the parts in such a way that your impression of the cupola as a whole shall be founded on general knowledge of its parts, or he can have you count the windows, the wide or narrow cornices, and can, in fact, make you a design showing the construc­tion ; he can illustrate for you the static laws and write out the algebraic formulae necessary in the calculation of such laws. In the first place, you will be able to retain in your mind the form of the cupola; in the second, you will have understood nothing, and will come away with the impres­sion that the architect fancied himself speaking to a fellow engineer, instead of to a traveller whose object was to be­come familiar with the beautiful things about him. Very much the same thing happens if we, instead of saying to the child, u This is a square," and by simply having him touch the contour establish materially the idea of the form, proceed rather to a geometrical analysis of the contour.
Indeed, we should feel that we are making the child precocious if we taught him the geometric forms in the plane, presenting at the same time the mathematical con-
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