xt7f7m041x4s https://exploreuk.uky.edu/dips/xt7f7m041x4s/data/mets.xml University of Kentucky. University Senate University of Kentucky. Faculty Senate Kentucky University of Kentucky. University Senate University of Kentucky. Faculty Senate 1935-02-11  minutes 2004ua061 English   Property rights reside with the University of Kentucky. The University of Kentucky holds the copyright for materials created in the course of business by University of Kentucky employees. Copyright for all other materials has not been assigned to the University of Kentucky. For information about permission to reproduce or publish, please contact the Special Collections Research Center. University of Kentucky. University Senate (Faculty Senate) records Minutes (Records) Universities and colleges -- Faculty University of Kentucky University Senate (Faculty Senate) meeting minutes, February 11, 1935 text University of Kentucky University Senate (Faculty Senate) meeting minutes, February 11, 1935 1935 1935-02-11 2020 true xt7f7m041x4s section xt7f7m041x4s  

 

 

 

 

 

 

 

 

 

 

 

 

 

2

MINUTES F T”E UN VE?3ITY SENATE

February 11, 1935

The University Senate met in the Lecture Room of McVey Hall fienday,

February 11, with President McVey presiding.

The minutes of January 14 were approved as read. The minutes of
January 25 were approved after Some modifiCation.

The Committee on Duplication of Work presented the following new

courses and chanres in courses which were an roved;
.) L.

 

College of Arts and Sciences
New'Courses:

Anthrogology and Archaeology lOBa—d. Independent Work in Anthropology
and Archaeology. Three credits a senester.

 

Hygiene 202. Rural and Urban Sanitation. A course dealing with
Eaterforotection and purification. sewage disposal and the handling
of city wastes. For Health Officers only. First Session Summer
School. Two credits.

‘Chemistry 2a,b. General Inorganic Chemistry for Engineers. One
hour lecture, on hour recitation, four hours laboratory a week, each.

Four credits per semester.

*Chemistry 6. Qualitative Analysis for Mining and Metallurgical
Engineers. One recitation and six laboratory hours a week. Prerequisite,
Chemistry 2b. Four credits, both semesters.

‘Mathematics 11. College Algebra. Begins with a review of quadratic
equations and includes simultaneous quadratics, Variations, permutations
and combinations, theory of equations, etc. Three credits. Prerequisite;
1% units of high school algebra.

‘Mathematics 18. Plane Trigonometry. A brief course emphasizing solutions
of right and oblique triangles. TWO credits. Prerequisite: 1% units of

 

high school algebra.

*Mathemat}c§_l2. Plane Analytics. The usual course, including solutions
of problems in both rectangular and polar coordinates and consideration
of loci of equations and equations of loci. Three credits. Prerequisite:
Courses 17,18.

*Marhematics 20a. Differential Calculus. An elementary course covering
the usual theory and applications of the derivative. Four credits,

 

Prerequisite: Course 19.

‘Courses marked with asterisk are offered to meet the requirements of

the new curricula in the College of Engineering.

  

/

u.

at
.1:

 

 

._-‘ . or“ «”4. ._.-
“luciolf‘mublcs 4. ID — ,'_.';L-€3“_l‘l-l

v"
(7- I" w
.:r v‘

 

more work on the Surface eetures
the various tvpes of
The

semesterls

 

1'51

Field covered in Geolcg‘

0

N03 l/L'.’ (31"

features of

Geolow" an. Regional wnvsiool Go
the same Work as we have bee: givin

 

8:-d

U .‘ . on;
nygiene ‘V%'

 

Hygiene lOi, three

‘5"

Summer cnool.

vaiene 212. Health Adrinistratic
" “W mm, 3 ~ \
212 . lLE credits per semester

term Summer School

College

course
Andlytice will be included

pby, replacirg lta b. This

f the earth. It is a ochre

‘:’Frt anu man's

n
,1
>4
,,
Q1
O
}—J
p .
d‘
«70

, and the

the eart‘:n Three

cgramhy of North America.
g vnder Geology lob.

 

la a Introd1ction to Engineering.
a

covering 11 branches of engir
the curriculum of the College
choosing the branch of encine: in

a WSGl‘C»
lb e

Introduction to

2 ~ Enfi

neer in f otlems. Analysi
problems 4 applied to the pza: rtic1wl
s *‘

week.

3 a Class
of the Mo r
i1

C‘ociety. The class

engineer

crim;

societies,
founder national engineering societies.
13; projects of local and national interest.

‘Courses marked with asterisk are
the new curricula in the College of

 

n. Two credits. (To
. For health officers only.
of Engineering
emblies
Scientific lectures and dem

and the allied sciences,

 

ne
of Engineering to aid the studcn
T

vhich he Wienes to follow.

I "7
.1. ,n

Credi

9.7 credi

S and.
11 branch
use of the slide rule

affiliated
Lectures

'I V‘.

‘1-

,

C

CO

19] ewe 1;. ta)”;

77‘ x .,
1 l l I'

0131‘ St),
nsiderutly
dealing with

t 0 th em .

second

0

Th

OT‘

t

t;

Two hon rs a,

5:

as student br:

on

No credit;

redits per

is is

Three credits.

Health. Two credits. (To renlecc
health officers mnly First se‘sion

replace Hygiene

First

let semester.

week.

2nd Semester.

solution of basic engineering
of engineering in which the
Two hours a

lst semester

nches

One hour a week.

2nd. semester,

scohomore year

ffered to meet the requirements of

En3i me ering.

 

 

        
    
 
   

..- -x..<.—....:::zv:a._....<_n_-.. flaw“ .. 1 a. . .. . , i , <

 

 

 

 

 

 

 

   

 

 

 

 

 

    
 
 
      
 
 
 
  
  
  
 
   
       
   
   
  
    
  
    
 
 
  
 
  
  
 
  
    

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

  

 

 

 

 

 

 

‘ T

. . -V. . . - , n ,9
Yinutes of t‘e :niverSity Senate ~ fetrumrg ll. 13;

College of Engineering — cont.

 

4a « Class roiety. Same as 3. One hour a week.

No. credit; let se ester Junior year
At - Class Society. Same as 3. One hour a wee:.
Yo. credit; 2nd semester Junior year
5a » Class Society. Same as 3. One hour a week.
We credit; 1st senester Senior year

Cb — 0183: Society. Same as 3. One hour a week.

No credit; 2nd semester benior year

(These courses replace Collateral Activities

 

Architecttral Engineering.

rchitectural

 

1 «~ Architectural Rendering. Pictorial delineation of a
subjects in the medium of pencil, ink and water color. Drawing room six

hours a week

Prerequisites: Art 61a 2 credits; 2nd semester.
2 —— Order Problems. Studies of the classical orders of architecture.

 

Drawing room four hours a week.

Prerequisite: A.E. l 1.3 credits; lst semester.

V

3 —~ SHnitation, Acoustics, E

ire Prevention. Theory and practice as
applied to architectural des1gn.

 

3 credits; lst semester.

4a — Architectural Design. Principles of aesthetic design and functional

olanniuq of buildinzs. Drawing room eiqht hours a week.

 

/\

Prerequisite: A. E. A 2.7 credits;

'_J
Lf‘
(4.
U:
(D
3:
(‘0
Ln
d"
"D
H
3

4b — Architectural Design. Continuation of 4a.
Wrereouisite: A. E. 4b 2.7 credits; 2nd semester

9 ~— Building Equipment. Theory and practice of modern buildirg

/

 

equipment.
Prerequisite: M. E. 153 2 credits; 2nd serester.

I,

o -~ Independent Problems. Development of complete working drawings
and specifications of a buildin , to be selected by the student with the
O

 

a provel f the instructor. Class work three hours~ drawin room six
p v .7

hours a week.

Prere.uisite: A. E. /a credits; 2nd semester
q

)1

«W

 

  

‘ .1. ,, .:' I. ‘. . "T.“ - . , , H ’ . ,~
than u (f E a; J t ‘ r-: 51‘; . 3' ,7 1 +, 3,;

 

 

 

 

  

0' — r ': c -' $51.1», \ ‘1 .o'.
”troosem in 1:“ ea btrzctures.

c+

‘fi wow m-m~. nnnunxy.- x '. K ~ _ L ‘ ~ ,. -
C. h, L/l — limber Qt‘x.t¢1es. Legign emu detailin: or tlnbvr struclnvex
~ ~~»~--.‘»r ~A~ la» 1-.». - r ,'.,‘_ yam» “ v ‘ V "'
Cl :3. 53'; 9:0,? ;._ o {13 ‘LUl. .c , 0.132312 1 Lu; luv/v.11} i our (mg, L" 5 21 VIC: 01’; . (1 £713 ce 8 j ' p ' 7 {\I
~- . , 1 l fir: 1- 1-. .~ -~ ~. -. 7i '. '-" ' ' " ‘
Hrerequinite oi CDnCuTIGLt: C. S. 1/1 ,1.2 creditS; find half lat gnu aft“

 

— Steel Structures.

 

hirhway b idgesn Lecture two hours; drawing room 3

Prerequisite; C. E. 171 2.3 eredi
Replaces C. L« 75}
C. E. 1735 Steel Structures. Design and detail of

 

.L

Lexture bWG hours; drawing room four hours a week.

 

.nt Protlems. A Gamble
ciIiCatiuns of arr

To
be inotructor, in on

\ . . . . a
u; FGinfOTCGd concrete d651gnp {bl Concrete
r l (e?

(/1

. 1\..1 -
Steel, (or Hyoraulics, w
railway engineering (

Conferenceg laboratory or drawing room three hours a
.4.
-L;

must

 

Prerequi51te: Studer
D
i

he is quali'ied to undertake the pro—

posed problem. 1 credi

C. E~ lblb ~ Independent Problems.

 

Continuation of l
m,

a week conference, laboratory or drawing roo

site: C. E. 181a
4 credi

C. E. 262a m Geodetic Surveying. Advanced course in

 

development and use of formulas used by the V. S- Coa
Modern'methods of field practice.
hours a week.

C. E. 262b ~ Geodetic Surve"inge

M

v

 

 

  

blemt selected by the stu'er
e of the following fields:

Class work three hours;

steel buildings azd

.3nt hours a weed.

ts; ls‘ half 2nd semester.

steel railway bridges.

L’l‘

)...I

st se ester

I
w)

'on with the necessWry

J
,+

:

resyarch,

guitary engineering,

g‘ leodetic surveying.

week,

t; lst semester

Ola. Ten h Hrs

ts; 2nd semester

geodetic calculhtions
st and leodetic E~TVey-

laboratory nine

its; lst semester

2nd semester

 

      
          

 

 

 

 

           
   
 
 
 
 
 
 
   
  
 
  
   
   
   
 
 
  
 
 
  
 
 
 
 
 
 
 
  
  
 
  
 
 
  
 
 
  
   

,Mé;_i

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 LIT” ‘

4“ -~4~A—‘-wh H

 

 

 

 

 

 

 

 

 

 

 

 

' V ' ' m _ ."~ u~ r 11v ' 1 ("”1
Minutes of tie University senate — FPUlddIJ it. lijb

College of Engineering — New Courses ~ cont.

Electrical Engineering.

 

trical Pircuits. The Course consists of a study oi

 

:, 18 Of the Nationel F0 “Id of 11336 Underwriter
a Stldf of the various t"ucs of Wiring permissible under tze code; erectice
in getting um tfle Varied; t~nns of wiring and a st d; of erigus tT773 of
signaling circuits used it huildinfis. Laborator; and lectures two hours
a wees.
3.7 credit; toth sf 0 ters
o. E. 171 a Elements of Elc"trical Engineering Wachinerr. A study in

 

 

 

 

classroom and lo oratorv of the more common types of d.c. and u.c. elect‘iral
4-? n
J \4

equipment and conl s h are to he found in general use. Recitation
two hours a week; labors ory turee hours a week.

Prerequisite: Wnysics ‘h 3 credits; lst semester

 

 

E. E. 112 — glectriCnl sngineering Machinery. A study in the classroom of
c

mining machinery and metallur'ic”l processes.

wrereqxisite: E. E. 101 2 credits; find senester

 

. . no . , . . r. . . . .

E. E. lad ~ Industrial Electronics. A 5,1dy OI tie no.11cation o? thermionic
and light sen o u e co as
controlling prrcesses, safe~guurding life and property, etc. Included will

d‘
H-

sitive tubes to industry in non~communic:

)
be li ht sensitch tubes in illumination rectifiers of various trues. The
J,

laboratory work will consist of designing, building and studying control

v

circuits. Recitation two hours; laboratory three hours a week.
3 credits; lst semester

.1

L

 

. E. 136 ~ Illumination Engineering. Includes the science of seeing,

a study of light sources, and photometry, fundamental principles of
illumination as applied to home, public building, factory and commercial
lighting. The course includes the solutiwn of Special problems in the
planning and calculation of light distribution. Recitations tWO hours a
week.

Prerequisite: Physics 2b 2 credits; 2nd semester

E. E. ldl — Analytical Electrical Engineering. A study of the comolex

 

notation and its use in the vector analysis of elec.rical machinery end
circuit conditions. Recitations two hours a week.

Prerequisite: E. E. 106 2 "redits; 1st semester
l. E. 151 — Flectricvl Yngineering Conferences. Round table discussion of

 

 

 

Wodern trends and practices in electrical engineerinq. Basis of discussions
in current literature on electrical subjects. Two hours a week.

Prerequisite: Senior standing 1 credit; 2nd semester

5;

 

 ’1

 

1 0 Lu 1 2 -1 . 7., w
1F“t%: " bh “D’J”"?E1 3~1~FH ~ reornlvy ll: 7
a“ * '1 fl ,. H13 1-7. t, : _ ~ ‘ _ _, ..
(“Di ~5’:"7 Wt "3" ' Lily”??? 1" I: "‘ lfil'x'a' C11) 1"" :10“ :3‘ ‘ «,3.
[Duluuul‘lt‘ ”r 1‘, “ WM, 3 37‘7- C1+1*/lv- ,3 4.. ' 1 ,,
3~3fl _"i-;:1 .~_ :‘XJ A.-:u~ng 0. U r' trm~cz‘y Luldtlrlwriu
-———~— 1,

 

 

 

 

~43 1_ \ ' ~ 3 . , '
alrgle oh 2 and n; 13pha5t inductlon motors.

1".“th «v. ‘ -. v..- ’ ‘ ,.
“deiuoolsn t:.3;e ho1r; lzborat3 j j Hours a mcex.

 

 

 

” ’7‘ 171 . , ._ _ .- y. ‘3“ . ,
E~ E~ ‘)U ” W’eitfev “H‘i . 13 . The uhsorV deerl coloulntiqn
. “a f‘ v» ,7 ’7‘ ‘I A V 7 ‘ ”4., A ,, ' ,.,., 1 . 3- . [.1 ,
{LN}. 05361.1},tl‘0u .‘Jl 15,711; I11;;wdl,1.k,€‘ 311711152111 -_E>3.0n CerllltS- Opecl ,_ nttenfn i on
to relay control. zeoltetlon three hours; laborator: three hours a wem

 

 

 

r ‘AV "‘1 r: A -' A '3 ’- r '2 t -’ r“ 7'- . 1 ' -- 1 r ,. - ‘~ '
E. E. 1w] ~ ElectrLc own: Dlotllbhthfie A Ltuuf of theory underlylng
cookrol of vnr‘oufl ty es f Pist21butioL neT work circuits.

0
Recitation three hours; laboratory three hours a weeg.

application to railw&ys, cranes, eleVators, etc. Recitatio_ thypc hours

 

 

 

Electric T"action. Av a\V2‘~e~ st dv of -lectri
n

drawiwg roe“ three hours a wee&‘

tad; of tHe symmetrical comp ononL

 

E. E” 210 — Svametri 81 Components. A

method 01 analyzing unlvlanc ed condit s on transmission lines and its
use n solV'ng relaye pllceulons. Recitations three hours; laboratorv

i i
ané design three hours a veek.

Drawing

 

D. D. 11a — Descriptive Zeonetry an' ner

 

 

 

i
1
1
1"

 

 

Engineerin: Drawing. Theorf of
r

orthograohic projection and its 29111::tion to enqine: ’n: drafting,

1
Pro lens on points, lines, and planes, together with we bani lettering

and eX,IC1ses 1n the use and crmr of draW113 lfithL”“1 s Two hours
‘\

recitation six hours laboratory a week. (Re-laces Drawing 3 and 131

Prerequis botl seme ters

H o
d.
a)
(f
O
*3
(D
p;
’_l u
(+—
u)

311d Geometry

E D. llb - Descriptive Geometry and General lnrlnee*1n> Dr wing Continu.;ti_)n

Of Dr~"‘qv lla. Thaory of orthogranhic pro ecti3n amplied to sarfaces;
problems on single and douhle curved surfaces, intersectionS'

 

 

 

deve101ment

of surfaces; oblique and single 31 ne pro mt on; prlytl :ns in general
c

en3ineering drawing; te hnical sketching? tracing and the reproduction

Of drawings for Cofinercial use. Tw) hours recitation; six howrs laboratory
N

(Beulaces Dra. ing 1%)

8 W88 L111.

LA)
0
’1
(D
pl
d.
O"
O
a-
m

D
_)
(D
U)
(+—
\ l
*3
(f

Prerequ is its: rawi 3 113

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

         
  
   
 
   
   
 
  
 
  
   
 
 
  
 
  
 
 
  
 
  
  
   
 
 
   
 
  
 
   
   
 
   
   
  
 
 
 
  
  
 
 
      

 

 

 

 

 

 

 

 

w - .. - ~ , 0 . 1 "‘I :I x, “-0 'r .. rV . v («,r
E. D. l20 1 Kinem i c Draw1ng. Continuation of Engineelin; Drawing 14$
to ether with tve introduction of orohlems sni Grating Jertu’ning to !
' 7 ’.--.’-vv’-- ‘.~:.~r
Viuenatics. Six hours lflbflrdEOTf a wees KRePl¢C€b DrJWlhf A“ d““ E- ’ 4i
2
Prereoulsites: Qrswinr 123, * ysics La.
Concurrent: E. W. 12 2 credits; both semesters

 

E. D. 14a ~ hngin erln* Drawing. For stdden's in flrcbi‘ecturel and CiVil

 

 

.aJ', r iilIC) d, sesvur.

 

7 V
structurz7 and ArchitGCbuTHL drawi a. Technical sketching and nethods of
Q{s for commercial use. Six hours laboratory a week.

prerequisite; Drowinm llb 4 crzdits; both semest

-. ,1
r‘: l' ~>
'3

E. D. 14b 1 En inewring Dra.Wi ng For stadents n Arch itectlrfll and Civil

1
Engineering. Continuation oi Dieting l a. Problems in general draftin;'7
ed

 

I“

fo r architectural and civil eng‘:eers devolope from notes and sketches.
, . ~ / _ .. y,»

Si X nours laboratory 3 weeK. \ wl aces Uraning 4 l
g
l

. V
Prerequisite: Draw1ng 148. 2 credits; both senes ters
E. D. llE — Phyt~wripnf Fondumen ta 1 principles of photograohw. Lectures

on the Optics and chemistry of photorriohv togef.er with practical
demonstrations. Negat ve iir , wrinting, etc. One hour lecture;

in
one hour recitation~ two hours Dlaboratory a week. (Replaces Drawing

\fi
1_/

3 credits; both semesters.

F. D. 16a ~ Freehand Lettering. Construction and composition of Roman,
Flnvlish Eothic aid Commercial Goth c~pitnls and lower case letters.

 

 

Four hours laboratory a week.

1.3 credits; both semesters ~

 

 

, . . , . l
E. D. 160 — Advanced Freehand Letter ring. Continuation OI Draw1n3 16a. ?
DesL;n and conoo,-ui)n of. letters vn 1th special emphasis gi ven to the ‘
choice at stylns in advertisio: desi,011. Four hours la bo ra atory a week. i
Prerequisite: DrAWing 1S3 1.3 credits; both senesters :

E. D. 17a — Engineering “rewir{. Spe Pcial COL :rse for non~engineering

stud nts, comnrisin; fre ehand lettering, use and care of drawing

 

 

 

instruments, elenertary principles of orthographic and single plane
projection, Looorin.ri napping, tracing and blue printing. Six hours
laboratory a week.

2 credits; both semesters

 

E. D. 17b — Enqineerina Drawing. Continuation of Drawi-v 17a. Special
problems designed to meet the needs of individual students. Six hours I.
luboratory a week. I

2 credits; both senes sters

 ,—\
— \
\Q

 

 

 

    

 

 

 

 

H. L7 .V _. M , . ,
r11 [L‘LUL 1 k 11' ’ ‘8 i.” ;: ’ ~ L \ u‘ru ’3’; 1: T I {\L;
1,. “A m. ,- .. ,:-
gwtifli9 :; “-7LLDQI‘NE " “9W Cwfirses ~ cont.
1"TL”HHQF’ Z‘i:‘>‘* Prhq‘ilcs
. m 1.: * r. “ :, i z. .- .C ,,,. _ ,5, 3 i v, 5- . . . . ,
F. “‘_i” " lngddiicb' A ”fLOi kfihltfi in ire iiow of liquids throufih
orifices vent=r= er“ tr WwC ‘in*c ”V's « wuss .v't~ “4”. .
V . 0- , _, ‘ y . ,4 ., \ ., . 3 9 . (/‘4- / .’" L. w.) . L .1 a Ll) J- .2". Jill}, :ff; (LL‘ {7.} DCCQ
. ' .. ‘ V ' ‘ e .. D " ._ “ , V ' ‘ ‘ _ ‘ ~~ - y .
mdtGIJML T sbsd t) tn? desw‘t wi nyurwoiic structures. FQCLtUBJQQ twg
1-“ . . Nani f Y- ‘.r.
flu 1T5; fl n “3/ )T' (Jdr, I"; .1 l a
W ,
rrcronn site: Piysicg do
“" ’ ‘ ' 2 '~ A L ,— r» »< ,.‘ —~-- A .. ‘« .. . "‘ ._ .
Prereguzpiue or Cuwowlfr L; hatL. 10b . 1 crefiit; lst half 0? T:t
seccster
. ’: "fl 4- if». ., I, ” '. i ' .- (‘1'. .’ ~ .. . 7 r, _ . .' .1,
E. M, LJd ~ mdpmlue fies gun oimild: to H. J. 16 Nita die reg rd to
;.,._‘ . c ..J . v 4.. . . ‘ . ‘ , ‘ .. " *
BlerLLCui IGGQUIUQ. LGCUJTBS one hour, drafting room Live nonfq a
week.
.‘ ‘x " . ""
PT839QUL91 9: E. W. Id; ,raw;ng 14D
Drerefiuisite or concurrent; E- w. i; 4 czeqits; beta Sgfingters
hr 5: ’5“ ‘ “ , W ”I, L; it ' ,V ‘ - ., ... ___, x ,-
E. m. 1; — MGCflluL Lesixn. COHULflthlJn of E. a. ltd. Dimiting room
. . __ .
Six nours a wee;
‘. . 3, ,q a . ‘
PreregniSItGS: E. m. 11, i3, 15a 4 credits; botu senesters

elements with due

 

 

ideration " .c ” u'-i ,: f~ ‘t -"q ’ 25': Totion and form,
construcuion. The
draiting room eleven

 

Prerequisites: Drawing 12b; E. H. 12
4
LI

firerequis;

‘e 0: concurrent; E. M. 13 4 credits; both semesters.

 

.m... ...._..,_.... M.-.‘_.

E. W. 17 ~ Machine Design. Proceeding from the design of the Sifiple elements
of a machine, the work is progressive in character, culminating in the
production of shop drawings of a complete machine. Problems pertaining to
reciprocating engines are alSO introduced. Drafting room twelve hours a

weeka

Prerequisite: E. V. 13, 16
Concurrent: M. E. 102 4 credits; 2nd genestcr

Mechanical Engineering

 

 

M. E. 171a — Mechanical Design. Infiividuai work on the desi n or constru tion

 

of mechenica equipment; selection and layout of Dower nlant or heating and
Ventilwting Equipment. Problems assigned according to the interests of the
student.

Prerequisites: E. M. 17 M. E. 104b 3.3 credits; let semester

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

  

 

 

<,~ .xn.‘..____.—...,..__..._-_..__...- . ,1. ._

 

 

 

t:e nLVHrslty Senate ~ February ll, 193

College of Engineering — New

 

 

M. E. lfllb — Vest anioenl

f .
nterests and QUJliflCHtl
t e

   

assignedr Cnordin to tie

If the problem d‘l nds, ezoerimentel work in n la

substituted for drafting r0“* work. Problems of re
shall, or may, be written up in the form of a thesi
of the instructor in charge.

Prerequis ite: M. E. 131a 5 credits

M. E. lfleb ~ Heating and Ventilation. Advanced cou

Engineers, with concentration on the thermodynamics
and the design, selection and layout of air conditi

. '- . z-r L 3“ c .— -‘ . . .1 W1
Bec1tation t.o “O“*“ ¢ ween. >rereou121te: m.m.lj

M. E. 107 » Flow of Gases Dc‘ ation and use of f0

 

of steam and air through pipes nd metering devices.

thermodynamical method of analysis. Recitation two

Prerequisites

:a

M. E. lOdb; F. M. 14 1 credit;

E. 1313. Problems
ent.

on;3 of the stud~
torator“ may be

59 arc: character
5, at tte discretion
; nd semester

rse of mechanical
of aid conditioning,
oning equipment.

4b; 196a QCrs. 2nd sem.

rmulevs for the flow a

usin? the

2nd half lst semester

N. E 109 — Refrige ation. A study of tbe thermodynamics of refrigei ati ion
cycles, and th ch3“'cteris tics of refrigeration equipment, eci.ta tic n

two hours a week.

._..
1—?"
(D
. .
59¢
g.
a
[ti
.

Prerequis; lUAb 2 credit

s;‘ 2nd semester

M. E. 110 — He: tinu and Ventilatinx Design. Brief course for

 

architectural enggineers covering tile selection and layout of heati ng
and ventilating equipment. Drawing room four hours a week.
. c r’ A . 1
Prerequimte or concurrent: M. E. 1‘.)ba 1.) credits; 2DC1 semester D

M. E. 111 ~ Engineering Reports. A study of the mechanical details

 

 

of engineering reports; construction of charts and tables for the

presentation of data; ritici sm of student laboratory reports;
engineerinr spe Lcificrntlo ns Lecture and recitation two hours a week.

Concurrent: A Junior or senior course

in tie En mi He,ring Laboratories 2 credits; an semester

M. E. 113a — Mechanical Laboratory. Performance tests on heatin»

 

lativg and power plant equipment. Lecture one hour
hours a week.

,. venti»
; laboratory two

Prerequisite or concurrent; M.E. 135; 106a 2 credits; lst senester

  

 

 

 

 

Drereqh.51t
Y" E. 2“ ,.
mePHLLECN O
machiflec

P- M. 11 ~
lathe Work,
and demcnet

1'“ 1 V1
r. M. i2 —

Wood Shoo“ ZIg‘

 

awn \_1""l‘ $5031 w CONE .

Cuniicuotich

0‘ 7' Ed 113k! wiifla the

1. .
magnifies and “ternal corbustiv

  

/\n
etery two heurs a Wyek.
? ~vtdL’r’ w“ <* w
, .F h~7 c. r V L 7
r ”.p-a .[w ~-, ~-avv- *:». ~
U ~ I» ,> ( 1L1 ohuueuin p KL¢3 E. 1/),
I y "I u .‘ f . ‘ "‘
. ;, 1L4 aha T. :- iln. Lecture one benr;
f -—»L, ’ n “0 :1. , ‘
‘ 3r Cwncmrzlhu . 4. f,j 2 CTGflLLg; 2mm semester
a ' .. L - , A.“ ' .. -
, TJ‘ JlelCuilOR a; the nrlnCLULGL of
L t ';e d851qn of complete
:71} ' r _ _. } _ , - J. . 1 -
iJA knowlecgc end mubhOUS of constructlon.

H3
(0

—\
‘\/
N
F;
m
’

continuation o
6 credits; 2nd se~esrer

Practical Mechanics

_‘ in bench work, princiules and nrectices in

use and of tools, Lectures

G
C‘
' 3
0"
F" 7
w
5.
(‘4
H .
O .4
:3
if
H
O
*U'
(D
‘1

cabinet care
cations
"red ts; hot: 59 esters

Planninq and nattarn making,

 

principles

'D \K T
. n 1

of iron and
week.

   

 

 

two hours a

Lectures and den; hours a week.

both

seneeters

'Practice in molding, core mak’ g, meltin» and castinq

 

17
metals. Lectures and defenstraticns two hours a

both 58mg“

.7 credit;

Foundry. Continuation of P. K. 13a. Xectures and demonstrations

week-

-7 credit; both sevestera
7

1 ‘ i ' r \
(Auave coursee rearesent a break up of P. M, ,a and 7b;

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

      
  
 
  
  
 
 
  
    
   
  
  
  
  
  
  
 
  
  
   
 
   
 
 
 
  
  
 
    
  
  
 
  
 
  
  
    
   
  
 
 
 
  
   
   
 
  
 
   

 

 

 

 

 

 

 

 

 

 

 

‘_J

a

;.._1
11

dinutes of the University Senate ~ February 1

:e of Jn'ineerwn, — New Courses ~ No:

 

‘Z. M. 14 ~ Ma.chine Siion. Ie ectures and demonstrrticns in the use of Varlous .

chlints, incfl Ldlfl'; 1o tml es, drill presses, milling mechir s, zrin.der rs,

shuners, planers and screw machines; also machine shop practice, the ,

buildirfi of small meclinez: and Special equipment. Four hours a week. '
1,3 credits; both semesters

p, u, 15 — Forge Shop. Designing, artistic iron work, tempering of steel,

 

heat treatmen eials, study and general practice of forge shop work,
Ouerations of trio hammers, elect c weL lders, UHlVUrSfll :1ron work yer and
other tools. Four hours a week.

1.3 credits; both senesters

P. M. 16 a Elements of the Automobile. A practical course in the study of

 

the principles and construction of the typical-automobile. Four hours

V
a we 8 k. . a
1.? credits; both someqt(, rs I

s.
/

(Above courses represent a break up of Free. Mech. da and obl

Civil Engineering .

 

Changes in Courses
0. 5 _ “O“"Y C(W‘F‘FMMCT (Formerly :7. r... 1). "Properties of stone,
brick, cement concrete and their uses in engineering structures.

2 crefiits; 2nd semester

C. E. 12 a PLANE 5’EVEYING. (Comlination of U“ E. 61 and C. h. 621.
Theory and use of the transit° level and coniass in land surveys J
municipal and tepogranhical survevs. General use and care of surv ying Q
instruments, note keeping, field problems and conputa Itions. Class work “
tWO hours a week, first or second semester r; field work four hours a week, i
first half of first semester or second half of second senester.

Prere, can: u ,.,, lr‘m. “‘1 5 drwl an ~, ‘qu
four ho'r" v veek.
"‘ o~-p .1“ . “! bf: r Y "r h cor 1" V n "1v 1 ~ R .1 A“ 3. t. . - 10 ")
rc1~3_1c J- ,,.ccr- -u. , A. J/ J c eul , ‘5 al. and gem.

   

 

1 a 'x ,._ ,3 A ")\ ‘ r _,‘ ,.. ' V ...r . ,_ :‘
0: C .. {3. ”)0 r1 7le f .. Hmazonraol L-iw‘tfice £21.00.

\
Y!93:\'
”LLK ,

 

“ .—.- a r a ‘
Vrrerqu3filte: C. E- 14 5.7 creasfis; 4na semester
t ‘ ‘u , .m— - a fi\
C. o. cl ~ mk3ml* ‘A“”hIALo. (Bozmerly l. . ’!. VXpar1Lental
r‘ ~.J.‘ . .,..- . f c N A ‘
1nvest1xablons and teefs of woode metals, c m‘ut, concret anfl otner

7‘
mn materials to Verify th laws gOVerniny

i 9
given conditigns. Laboratory tWo hours a week.
Prerequisite: Math. 20a, Phys. 23, 1 credit; both semesters

“armerly C. E. 2\. A study of

a
'4
A)
1
'1
‘3
m
_\
“J

C. F. 102 m REINE
concrete mixtures ”reory and design of beams, slakg, columns, bridges
s

and building .

?rerequisite: E. ”. 13 3 credims; let semester

’Formerl‘ C. E.Q\. Theory and deeizn of
\ J) , w

 

C. E. lea - NALLS LED
'Y

retainlnx walls and dams.

Prerequisite T. N" 13 101 2 credits; let semester

' A > \n wr-- . - T‘v/‘TN‘.\ '\ \
C. E. 1043 — EEINFCRCED CQMCHFTE Dnorvfln (Formerly C. E. 4&1.
Design of columns, beams, building, bridgesB retaininr walls, dams and arches.

)

Special problems assigned to each student. Drawing roow two hours a week.

3.7 credit; let semester

»\
t
,_A

I")

P . . ,
reregursxte: E. u

.. ~, . , . .fi 1 ~ g r‘ - , A \ ' ,
C~ M. 104b — BEINVCHCED CONCRETE FEquN. (Formerly C. 9. 4b . Desxgn of
a

reinforced concrete arch. Drawing room two hours a week.

PTGTGQUiSitE: C. E. 134a T.7 credit; 2nd semester

1' cw .AA_*._. ;. .7...»-

 

 

 

 

 

 

 

 

 

"7.”? 14 ~ ‘— "A

._~--<..‘;~—.—3.——_~_ v ' E

 

 

 

 

 

 

       
 
 
  
  
 
 
 
 
  
 
  
 
 
 
 
 
  
    
 
 
  
 
 
 
  
 
  
  
  
 
   
 
 
 
  
 
  
  
 
 
  
   
      

 

7'1

. .. - . . , . 1““ 1 ;,
Minutes of tne iniVsr31ty SAnate — yebruaiJ lln 173

College of Enr1neer1“ — Changes in Courses — cont. 1

c. F. 11.1 _ GOVTEC'Y‘IZ 111311 53111. 1.121113111113151. (Formerl '1 11 11‘. 116"” ‘ I”

v L- n. L 10.1 forms «

nineering contract and details for snec ificaticn

 

 

 

 

 

1 credit; 2nd semester

C i. 113 - GWOVFSY, PEFCISE SURVEYIET AW? L1771TT2. ((omrwn1t11 of

C. E. 57 a'd C. E. 68‘. Method of making and ddjusting observe tions i1
triangulation systems, and nrecise traverses. Observation and calculations
for determining time, azimuth, latitude aid longitude. Cl 3s work two

pours a week, first swme ster; field work fcur hours a week first half of first

Prerequisites: Math. 11, 12, C. E. 13 3 credits; lst semester

 

 

C. E. 22* 'I‘JATEH 'TC".’1}"P. E7"3131‘.F31?13. (Formerly C. E. 22) Inve:st.iga'bions$7

\
design and operation of water pgv wer proEe cts. m
Prerequisite: E. K. lql 2 credits; 2nd semester 1

C. E. 151 ~ WATER SUPPLY AND WATER ”CFLV. (Formerly C. E. Ell. Sources
of supply; rainfall. surface water, rivers, lakes and ground water.
Theory of fi 1trat1ion, purification, equipment and distribution. Problems
in design and construction.

 

?rerequisite: E. E. 131 2 credits; 2nd semester

0. E. 152 - SE {BBS 11.1111 511111111113 D151s>o 41L. (Formerly C. E. 52‘. Sanitary

and storm sewer systems; theory of design; method of disposal.

gyfl‘ Prerequisite: E. M. '51 2 credits; 2nd semester

 

 

5 C. E. 1:33 <- 111151.11? C11? 1111? 11'C1F'KS 11.111 SEWERS. (Formerly C. 17, 531. Begign ‘
1

 

i .
‘dllé of water supply Sjste, 1 storm and sanitary s wers and disposal p.8nts.
;‘ lit: 1 Specifications and 7st.i mates of cost. Drawing room fovr hours a week. 1
3:} f .
hf ? Prerequisite or concurrent: C. E. 151, 152 1.3 credits; 2nd semester §

I

E . C. E. 171 w STFESSES. (Combinatinn .f C. n. 71 ard 723. Analytical and ’
graphical solution of stresses in friwe ed structures. Class work three hours ‘

drawin: room four hours a week.

Ei‘f f1 r)rereqmlsite: Physics 2a 4.3 credits; both sen masters
t 1 ‘l ‘ ‘T 1 r7 '\ - . .
111‘f 31.1 C. E. 202'—b ~ CO fewT? chON. Advanced work in plain and reinforced concrete,

n and experimental work. Class work three hours; laboratory
week. 6 crediLs each semester (Change of credit)

  

 

 

 

 

 

,1ons,
~)

r 1 7N 5}

1 1
cvi
no 117'“

wtc
-a(

’Cl‘

I V". n

ctwres,

l' 1;. L; ,i
n -.

if t

V

O.

Q

1 1 T

‘3

J.

‘
x.
A

 

 

A.
.{

S

 

 

 

 

 

Jh
,

.
.

ructdres,
Lon 01

(W
'1

w

A
C‘ L
._x

Act
t if] ._

1

l‘ '5‘: L1 '

a
."1 t

S

1 f1 1‘
7.

a9
8.7.. t w "'7“ "
,

1
4‘.
m

.t.
n O L1

1

VO7Y‘D1 17.

b-

O

3

(

1, C h
P.

“5

up
.5

V
.1 (
El

(3011"

n t

.‘

,ed
tat iL

1

 

H1
Rev

1

, J. "I
_=Li\1/'
..

‘o

 

1.,

4,17 0
4...
L1 .1.

T}. ‘

;

r...
k
par”.

C

:

  

[10 711’? ‘3
.f)

‘ rx“f
)
_£

.4

my...
flu

 

and

J-‘.
L U 'a
CTR:

'x

7
ea

‘1 1‘

P“Q
Bf

'1~‘b

w

p.
4/2
‘60:“.

W0

51.

..
I'i

[-

CA:

..>

D .
w"
.,

8.00

(

.3
n
J.
A

 

C
1

3
e

t

.l

q 1,: i s

"I‘tl‘e

T

nearin-r

P
«.7

rlou

h
x,

function—

.A.

 

autax

unit of

a.

:0

at

r
K

tar

SG'IH,

2nd

(

flO‘J I’ S.

.,

tory three

ibur

r
L

1

n
7

hours

two

Recitation

pment.
quisite:

qu1

1ng
Prere

 

  

   
   
    
  

 

 

 

 

- ;::M».__...¢-A..A.._._....L,__.-...<_ a -U ‘

 

 
 
   

9
,_
J
1
3
x
‘
' ’3
,.:
(
i"
H
L
.
c
a
z
,
,

 

 

 

 

 

   
   
  
  
 

 

     

 

 

 

 

 

   

- 4 n 1 1n? YY‘V'N '~vrw r ~_ ‘
‘ ' l — CCV”UTIV'”I¢“ ll ‘ Khluo“ 3 general survey 0

.L‘J A ..' ’7 ,y ‘ A. ~

f
electri 31 con muni cation fron1the first Bel] telephone i0 tne mode:n d a1

’ i
tele'.hone anl ihe xvireless 31 none; from {he irst Morse felegrwph to the
most ' " * al wirelec:

modern form of automatic