INDUSTRIAL INSTRUCTION ON THE CONTINENT.
G3
Winter.
Summer
CLASS II.
Winter.
Summer
CLASS I.
Hours.
Hours.
Hours.
Hours.
4
4
Analytical Geometry (in the plane)
4
4
Analytical and descriptive geo-
5
5
Mechanics.
metry.
4
4
Theoretical Chemistry.
S
5
Mechanics.
4
4
Mineralogy.
5
5
Machinery.
2
2
Architectural Science.
3
3
Mechanical technology.
2
2
Practical Geometry (Class III.)
4
4
Technical chemistry.
3
3
2
2
3
3
2
2
G
6
Machine-drawing.
3
3
4
4
Ornamental drawing.
1 4
4
Machine drawing and perspective.
4
2
Field Surveying (practical).
4
4
Architectural drawing.
4
2
Plan Drawing.
In addition to these there are for—
Winter.
Summer
Hours.
C
Hours.
G
A. Modelling in wood, and special hours of instruction in machine drawing.
4
2
U, Field surveying, and continuation of practical geometry.
G
6
C. Larger number of hours in the laboratory.
You have now seen what is considered to be the elementary knowledge requisite for theUpper or Technical division of the school, which the students enter at nineteen years of ago,remaining two years. The instruction in this division is now as follows :—
Upper or Technical Division.
CLASS II.
CLASS I.
Summer
Winter.
—
•Summer
Winter.
—
Hours.
Hours.
For all Students .
Hours.
Hours.
r>
5
Differential and integral calculus.
4
4
Higher (analytical) mechanics.
3
3
Mechanical technology.
4
4
The higher physics.
2
4
Geology.
4
4
Astronomy.
2
2
2
2
National economy.
2
2
2
2
Popular Jurisprudence.
2
4
Hook-keeping.
2
2
4 day
Geological excursions.
2
o
Section A.
For A.
3
3
Mill machinery ami construction.
3
3
Theory of motive powers.
3
3
Higher geodesy.
y
9
Projection of machines.
9
9
Projection of machines.
Section B.
For B.
3
3
Higher geodesy.
3
3
Brick and stone-work (methods and
4
4
Hoads, railways, and hydraulic en-
contracts).
ginecring.
4 {
Practical surveying.
4 |
Practical working in surveying.
t
Plan drawing.
i
Plan drawing.
9
9
Building projections.
9
9
Projection of machines and of hy-
draulic works.
Section C.
For C*
12
1G
Laboratory practice.
1G
1G
Laboratory practice.