1935-1936
CURRICULUM IN MECHANICAL ENGINEERING
Option A—Power; Option B—Aeronautics
|
Humanities |
Mathematics and Science |
Technical
Engineering |
| Freshman |
English: |
Mathematics: |
Plane Surveying |
| Rhetoric and Composition |
Trigonometry |
Mechanical Drawing |
Reports and Letter
Writing |
Analytical Geometry and |
Descriptive Geometry |
|
College Algebra |
El. Mech. Technology |
| Technical Papers |
Chemistry |
Drawing Laboratory |
|
|
Field-work |
| Sophomore |
Options: |
Mathematics: |
Machine Design |
| History |
Differential and |
General Aeronautics |
| or Government |
Integral Calculus |
Elementary Mechanics |
| or Commercial Law |
Physics |
Engineering Drawing |
|
Mathematical Laboratory |
|
| Junior |
Business Speaking |
Applied Mechanics |
General Thermodynamics |
| Option: |
Graphical Statics |
Power Plants |
| Economics |
Structural Drawing |
Steam Power Plants |
| or Modern Language |
Mechanics Laboratory |
Power Testing |
|
Drawing Laboratory |
|
| Senior |
Cost Accounting[3]
|
Hydraulics |
Materials of Construction |
|
Strength of Materials |
Theory of Machines |
|
Mechanics Laboratory |
Metallography of Iron
and Steel |
|
|
Aerodynamics ((B-option) |
|
|
Airplane Design (B-option) |
|
|
Heating, Ventilation and
Refrigeration (A-option) |
|
|
Airplane Structures
(B-option) |
|
|
Power Testing |
|
|
Electric Systems |
|
|
Engineering Design |
| Degree of B. S. in Engineering on completion of Four-Year Course. |
| Graduate |
Elective |
|
Steam Generators, Turbines
and Diesel Engines |
| Philosophy |
|
|
| or Architecture |
|
Mechanism, Mechanics of
Machinery and Engrg.
and Industrial Processes |
| or Fine Arts |
|
|
| or other subject |
|
|
| approved by the |
|
Industrial Management |
| Faculty of |
|
Engineering Economics |
| Engineering |
|
|
| Degree of M. E. on completion of the additional Graduate Course. |
Practice courses are printed in Italics; courses with combined and laboratory work in
Black Face Type.
