PREPARATION OF THE STUDENT.
No student can hopefully enter upon the scientific study of Engineering without
adequate preliminary training in Pure Mathematics. For this purpose the
work embraced in Course A of the School of Pure Mathematics is considered a
minimum, and all students are advised to complete at least the equivalent of this
course. For the more advanced work of the department such knowledge of the
Calculus as is to be obtained in the class B of the same school, will be found essential,
but also ample. The following arrangements of courses leading to the B. S.
degree in engineering are recommended:
|
First Year. |
Second Year. |
Third Year. |
Civil
Engineering. |
Projective Geometry.
Engineering Geodesy.
Mathematics (B. A.)
General Chemistry. |
General Mechanics.
Mathematics (M. A.)
General Physics. |
Civil Engineering.
Analytical Chemistry (B.S.)
General Geology. |
Mining
Engineering. |
Projective Geometry.
Engineering Geodesy.
Mathematics (B. A.)
General Chemistry. |
General Mechanics.
General Physics.
Industrial Chemistry.
General Geology. |
Analytical Chemistry.
Steam Engineering.
M. A. Geology. |
Mechanical
Engineering. |
Projective Geometry.
Mathematics (B. A.)
General Chemistry.
General Physics. |
General Mechanics.
Mathematics (M. A.)
Steam Engineering.
Electricity & Magnetism. |
Mechanical Engineering.
Analytical Chemistry (B.S.)
General Geology. |
