CATALOG 1952-1953


CURRICULUM LEADING TO THE DEGREE OF BACHELOR OF
 CHEMICAL ENGINEERING


 Junior Year
 Credit Hours
 1st Sem. 2nd Sem.
Industrial Stoichiometry and Fuels ............ .... ................................ 4 0
Statics ............................................ ................................................................... 3 0
Organic Chemistry ................................................................................. 4 4
Physical Chemistry ........................................................................................ 3 3
Physical Chemistry ................................................. ...................... 1 1
Chemical Literature ...................................... ................................ '2
Principles of Chemical Engineering ................................................... 0 3
Chemical Enginering Thermodynamics ..................................... ........ .. 0 3


Senior Year


 15'
1st Se:


348
365
301-302
401-402
405-406
481-482
447
467



442
443-444
448
468
451
454
369
341-342
349-350
386
384


/2 14%
m. 2nd Sem.
 1
 2
 0
 0
 0
 5
 0
 3
 1
 3

 15


*Students who intend to take graduate work should take German or French (6 hours)


 CURRICULUM LEADING TO THE DEGREE OF BACHELOR OF
 CIVIL ENGINEERING

 (GENERAL OPTION)

 Junior Year
 Credit Hours
 Ist Sem. 2nd Sem.
C L. 311 Structural D drawing ........ ............................. ................................................ 2 0
EM 313 Fluid M echanics ...... ...................................................................................... 4 0
EM 314 H ydraulic Engineering ..................... ...... ................................................ 0 3
CL. 321 Highways and Airports ............................................................................. 0 3
C L 323 M materials Laboratory ........................................................... ................... 3 0
CL. 326 Statics of Simple Structures ...................................................................... 4 0
CL. 333 Design of Reinforced Concrete ................................................. .......... 0 3
CL. 426 Water Supply and Treatment ................................................................... 0 3
C L 411 Sem inar ................................................................. .......................................... 0 1
CL. 438 Statically Indeterminate Structures ...................................................... 0 3
EM 367 Strength of M materials .................................................................................. 3 0
ML. 381 Mechanical Engineering ................ ........................................................ 3 0
G Y 210 Engineering G eology .................................................................................... 0 3
 19 19
 Senior Year


CL. 335 Design in Metals and Timber ............. ................... ............................ 4
C L 412 Sem inar ...................... .......... ...................... ................ ......................... 0
CL. 415 City and Regional Planning ......... ......................... ............................... 0
C L 429 Sew erage .......................................... ......................................................... 3
CL. 444 Construction Methods and Estimating ................................... ........
IG. 463 Specifications, Engineering Relations and Industrial Safety............ 3
EL 343 Electrical Engineering ........................................... .. ........................ ..... 0
 Each Senior Civil Engineering student shall register for one of the following entire groups
tives, selected to suit his training objectives.


 0
 1
 3
 0
 3
 0
 3
of elec-


Seminar in Chemical Engineering ...... ..................................................... 0
Chemical Engineering Laboratory ......................................................... 2
Principles of Chemical Engineering ....................................................... 3
Chemical Engineering Thermodynamics ............................................... 3
Chemical Engineering Economics .................................................... 2
Chemical Engineering Process Design ...................................... ........ 0
Applied Mechanics for Chemical Engineers .......................................... 3
Elements of Electrical Engineering ......................................................... 3
Electrical Engineering Laboratory ............................................................. 1
Power Engineering or
Metallography and Heat Treatment ... -.............. ................... ....... 0
 17
 Approved Electives -6 hours
 *Approved Non-Technical Electives-6 hours
 Lower Division credits required ....................................... ...72
 Upper Division credits required ..........................................74
 Total ............................... .......................146