Civil Engineering

1
Academic Year 2008-2009
ENGR 213Strength of Materials F,W,S (3)
ENGR 212Dynamics F,W, S (3)
ENGR 211Statics F,W,S (3)
Lifetime Fitnesse.g. HHS 231 Lab. F,W,S (3)
CH 202 205 or CH 222Chemistry W, S (4 or 5)
CH 201/221Chemistry F,W (3/5)
MTH 251DifferentialCalculus F,W,S (4)
MTH 252IntegralCalculus F,W,S (4)
MTH 254Vector Calculus F,W,S (4)
MTH 306Matrix PowerSeries Methods F,W,S (4)
MTH 256Differential Equations F,W,S (4)
ENGR 201ElectricalFundamentals F,W,S (3)
COMM 111/114Speech F,W,S (3)
PH 212Physics w/ Calculus F, W (4)
PH 213Physics w/ Calculus W, S (4)
WR 121EnglishComposition F,W,S (3)
PH 211Physicsw/ Calculus F, S (4)
Perspectives Western Culture F,W,S (3)
Perspectives Cultural Diversity F,W,S (3)
Rev. 5/2008
2
NUCLEAR ENGINEERING Additional courses not
requiring admission to the Professional
Engineering Program
WR 327TechnicalReport Writing F,W,S (3)
ENGR 390Engineering Economics F,W,S (3)
SynthesisScience, Technology, Society F,W,S (3)
Difference, Power Discrimination F,W,S (3)
SynthesisContemporary Global Issues F,W,S (3)
Perspectives Bio Sci F,W,S (4)
PerspectivesLiterature Arts F,W,S (3)
NOTES 1. Starting Fall 2001, MTH 306 Matrix
and Power Series Methods (4), will replace MTH
253 Infinite Series (4) (which is used for
admission to the Professional Engineering
Program) and MTH 341 Linear Algebra (3) or
equivalent. 2. NE 234 and NE 235 are required to
begin the third-year course sequences. 3. With
advisor approval, CH 121 122 123 may be
substituted for the chemistry series CH 201 202
or CH 221 222. The grades in CH 121 122 will
be averaged for calculating the pre-engineering
core GPA. 4. Credits to graduate 180.
Rev. 5/2008