SPEECH OF PROF. R. W. RAYMOND.

A few years ago, at one of the meetings of our Society of Civil

Engineers we spent a day or so in discussing the proper mode of

educating young men so as to fit them for that profession. It is a

question that is reopened for us as soon as we arrive at the age when

we begin to consider what career to lay out for our sons. When we were

young, the only question with parents in the better walks of life was,

whether their sons should be lawyers, physicians, or ministers. Anything

less than a professional career was looked upon as a loss of caste, a

lowering in the social scale. These things have changed, now that we

engineers are beginning to hold up our heads, as we have every reason to

do; for the prosperity and well-being of the great nations of the world

are attributable, perhaps, more to our efforts than to those of any

other class. When, in the past, the man of letters, the poet, the

orator, succeeded, by some fit expression, by some winged word, to

engage the attention of the world concerning some subject he had at

heart, the highest praise his fellow man could bestow was to cry out

to him, "Well said, well said!" But now, when, by our achievements,

commerce and industry are increased to gigantic proportions, when the

remotest peoples are brought in ever closer communication with us, when

the progress of the human race has become a mighty torrent, rushing

onward with ever accelerating speed, we glory in the yet higher praise,

"Well done, well done!" Under these circumstances, the question how a

young man is best fitted for our profession has become one of increasing

importance, and three methods have been proposed for its solution.

Formerly the only point in debate was whether the candidate should go

first to the schools and then to the workshop, or first to the shop and

then to the schools. It was difficult to arrive at any decision; for of

the many who had risen to eminence as engineers, some had adopted

one order and some the other. There remained a third course, that of

combining the school and the shop and of pursuing simultaneously the

study of theory and the exercise of practical manipulation. Unforeseen

difficulties arose, however, in the attempt to carry out this, the most

promising method. The maintenance of the shop proved a heavy expense,

which it was found could not be lessened by the manufacture of salable

articles, because the work of students could not compete with that of

expert mechanics. It would require more time than could be allotted,

moreover, to convert students into skilled workmen. Various

modifications of this combination of theory and practice, including more

or less of the Russian system of instruction in shop-work, have been

tried in different schools of engineering, but never under so favorable

conditions as the present. With characteristic caution and good

judgment, President Morton has studied the operation of the scheme

of instruction adopted in the Stevens Institute, and, noting its

deficiencies, has now supplied them with munificent liberality, giving

to it a completeness that leaves seemingly nothing that could be

improved upon, even in a prayer or a dream. Still, no one will be more

ready to admit than he who has done all this, that it is not enough to

fit up a machine shop, be it never so complete, and light it with an

electric lamp. The decision as to its efficiency must come from the

students that are so fortunate as to be admitted to it. If such young

men, earnest, enthusiastic, with every incentive to exertion and every

advantage for improvement, here, where they can feel the throbbing of

the great heart of enterprise, within sight of bridges upon which their

services will be needed, within hearing of the whistles of a score of

railroads, and the bells of countless manufactories which will want

them; if such as these, trained under such instructors and amid such

surroundings, prove to be not fitted for the positions waiting for them

to fill, it will have been definitely demonstrated that the perfect

scheme is yet unknown.

Scientific American Supplement, No. 286, June 25, 1881 · 第 12 / 71 题