23 



JUNIOR YEAR. 



Fifth Semester Sixth Semester 



Seminar, Freehand Drawing, His- History of Architecture, Seminar, 

 tory of Architecture, Engineering Farm Structures, Cement and Mason- 

 Geology, Materials of Construction, ry, Laboratory, Masonry Construction 

 Mechanics of Engineering, Engineer- and Foundations, Structural Engi- 

 ing Economics, Laboratory, Small neering, Conservation of Natural Re- 

 Electric Plants. sources. Engineering English, Hy- 

 draulics. 



SENIOR YEAR 



Seventh Semester Eighth Semester 



Fireproof Construction, Heating De- Industrial Structures, Thesis, Con- 

 sign, Seminar, Structural Engineer- tracting, Seminar, Sanitation of Build- 

 ing. Reinforced Concrete, Structures, ings, Advanced Reinforced Concrete, 

 Heating and Ventilating, Sanitary En- History of Engineering, 

 gineering, Specifications and Con- 

 tracts, Illumination. 



COURSE IN CERAMICS 



Leading to degree of Bachelor of Science in Ceramics. 

 FRESHMAN YEAR 



First Semester Second Semester 



General Chemistry, Field Work, General Chemistry and Qualitative 

 Exposition, College Algebra, Trigo- Analysis, Surveying, Narration and 

 nometry, Drawing, Military Drill, Civil Description, Plane Trigonometry, Ana- 

 Engineering Field Work, Gymnasium lytical Geometry, Drawing, Military 

 Work, Technical Lecture. Drill, Technical Lecture, Gymnasium 



Work. 

 Mining Engineering field work two weeks during summer vacation. 



SOPHOMORE YEAR 

 Third Semester Fourth Semester 



Quantitative Analysis, Argumenta- Ceramic Chemistry, Ceramic Calcu- 

 tion, Calculus, Drawing, Physical lations, Calculus, Mechanics of Engi- 

 Training and Military Drill, Mining neering, Physical Training and Mili- 

 Engineering Journal Club, General tary Drill, Journal Club, General 

 Physics. Physics. 



Mining Engineering field work two weeks during summer vacation. 



JUNIOR YEAR 

 Fifth Semester Sixth Semester 



Ceramics Lectures, General Geology, Ceramics Lectures, Structural Engi- 

 Mechanics of Engineering, Mechani- neering, Engineering English, Conser- 

 cal Engineering, Laboratory, Seminar, yation of Natural Resources, Mechan- 

 Electives, Physics, Laboratory. ical Engineering Laboratory, Seminar, 



Metallurgy, Physics Laboratory, Elec- 

 tives. 

 Mining Engineering field work four weeks during summer vacation. 



SENIOR YEAR 

 Seventh Semester Eighth Semester 



Ceramics Design, Ceramics Labora- Ceramics Laboratory, Ceramics The- 

 tory, Ceramics, Specifications and Con- sis, History of Engineering, Econom- 

 tracts, Geology, Seminar, Electives, ics, Geology. Seminar, Electives, 

 Steam Engines and Boilers. Power Plant Engineering. 



Five-Year Course in Ceramics 



No special five-year course in ceramic engineering is offered, "but those 

 students who can afford to spend five years in preparation for this work 

 are earnestly advised to pursue to completion a four-year course in ceramic 

 engineering and then to take an additional year of work in ceramics along 

 some special line, consisting of not less than thirty hours and subject to the 

 approval of the professor in charge of this department. 



Such a course would lead to the same degree as the four-year course, and 

 a professional degree will be awarded subject to the same conditions as hold 

 in the five-year engineering courses. By so shaping his course that the extra 

 year of work conforms to the requirements of the Graduate School, the 

 student can obtain a Master of Science degree at the end of the fifth year. 



