|
A
$25.00
per
semester
student
computing
facility
user
fee
is
assessed
for
CSEM
engineering
courses.
This
fee
is
in
addition
to
any
lab/material
fees.
CE
112
(3
Credits)
Spring
Elementary
Surveying
(2+3)
Basic
plane
surveying;
use
of
transit,
level,
theodolite,
and
total
station.
Traverses,
public
land
system,
circular
curves,
cross-sectioning
and
earthwork.
(Prerequisite:
MATH
108.)
CE
326W
(4
Credits)
Spring
Introduction
to
Geotechnical
Engineering
(3+3)
Fundamentals
of
geotechnical
engineering
including
soil
mechanics
and
foundation
engineering.
Identification
and
classification
of
soil,
physical
and
mechanical
properties
of
soil,
subsurface
exploration
and
laboratory
testing
techniques,
seepage,
compaction,
bearing
capacity,
slope
stability,
deep
and
shallow
foundation
design,
retaining
structure
design,
frozen
ground
consideration.
(Prerequisites:
ES
331,
341,
CE
334,
ENGL
111X,
or
permission
of
instructor.)
CE
334
(3
Credits)
Fall
Properties
of
Materials
(2+3)
Properties
of
engineering
materials.
Bonding,
crystal,
and
amorphous
structures.
Relationships
between
microstructure
and
engineering
properties.
Modification
of
properties
and
environmental
serviceability.
Concrete
and
asphalt
mixes.
(Co-requisite:
ES
331.)
CE
344
(3
Credits)
Fall
Water
Resources
Engineering
(3+0)
Fundamentals
of
engineering
hydrology
and
hydraulic
engineering.
Precipitation,
runoff,
statistical
methods,
flood
control,
open
channels,
and
groundwater.
(Prerequisite:
ES
341.)
CE
400
(0
Credits)
Fall,
Spring
FE
Exam
Complete
the
FE
application
and
take
the
State
of
Alaska
Engineering-in-Training
Exam
in
the
same
semester
of
course
enrollment.
(Prerequisite:
Senior
standing
in
civil
engineering.)
CE
402
(3
Credits)
Fall
Introduction
to
Transportation
Engineering
(3+0)
Transportation
systems,
planning,
design
parameters,
demand
and
mode
specific
consideration.
(Prerequisite:
CE
junior
standing
or
permission
of
instructor.)
CE
403
(3
Credits)
Fall
Traffic
Engineering
(2+3)
Analysis
and
design
of
highways,
streets
and
intersections
for
traffic
consideration.
(Prerequisite:
CE
402.)
CE
404
(3
Credits)
Spring
Highway
Engineering
(2+3)
Engineering
considerations
for
highway
design
including
vertical
and
horizontal
alignment,
cross
sections,
drainage,
pavements,
earthworks,
signs
and
markings,
intersection
and
interchange.
(Prerequisite:
CE
402.)
CE
415
(3
Credits)
Fall
Advanced
Surveying
(2+3)
Azimuth
by
astronomic
methods.
Route
surveying,
including
horizontal
and
vertical
curves,
spirals,
cross-sectioning,
and
earthwork.
Reduction
of
electronic
distance
measurements.
Alaska
State
Plane
Coordinate
System,
both
old
(NAD27)
and
new
(NAD83).
(Prerequisite:
CE
112.)
CE
416
(1
Credit)
As
Demand
Warrants
Boundary
Surveying
(1+0)
Surveying
problems
related
to
land
subdivision
with
emphasis
on
the
legal
aspects.
Metes
and
bounds
descriptions
and
platted
subdivisions.
(Prerequisite:
CE
112
or
permission
of
instructor.)
CE
422
(3
Credits)
Spring
Foundation
Engineering
(3+0)
Bearing
capacity
of
soils
and
effects
of
settlements
on
structure.
Design
of
footings
and
rafts,
pile
and
pier
foundations,
retaining
walls
and
anchored
bulkheads.
Foundations
on
frozen
soils,
and
construction
problems
in
foundation
engineering.
(Prerequisites:
CE
326,
ES
301.)
CE
423
(3
Credits)
Alternate
Spring
Introduction
to
Earthquake
Engineering
(3+0)
Introduction
to
sources
of
earthquakes;
source
mechanism
and
source
parameters;
attenuation
relationships;
earthquake
response
of
single
and
multi-degree
of
freedom
systems;
earthquake
response
spectra
and
earthquake-induced
liquefaction
and
densification
of
soil.
(Prerequisite:
CE
326.
Next
offered:
2003
-
04.)
CE
425
(3
Credits)
As
Demand
Warrants
Advanced
Soil
Mechanics
(2+3)
Soil
formation,
identification
and
classification,
physical
and
mechanical
properties
of
soil,
seepage,
drainage
and
frost
action,
subsoil
investigation,
bearing
capacity
of
soils,
and
lateral
earth
pressures
and
stability
of
slopes.
(Prerequisites:
CE
326,
ES
301.)
CE
431
(3
Credits)
Spring
Structural
Engineering
I
(2+3)
Analysis
of
statically
determinate
and
indeterminate
structures
to
include:
beams,
trusses
and
frames.
Internal
force
resultants,
shear
and
moment
diagrams,
deflections,
internal
stresses.
Influence
lines
and
criteria
for
moving
loads.
Indeterminate
analysis
to
include
methods
of
consistent
deflections,
slope
deflection
and
moment
distribution.
Introduction
to
matrix
methods.
(Prerequisites:
CE
334,
ES
331.)
CE
432
(3
Credits)
Fall
Structural
Engineering
II
(2+3)
Concepts
of
analysis/design
using
advanced
methods
of
structural
analysis
and
computer
techniques.
Effects
of
material
behavior,
and
modes
of
failure
(building,
bending,
shear,
connections)
on
design
decisions
examined.
(Prerequisite:
CE
431.)
CE
433
(3
Credits)
Spring
Reinforced
Concrete
Design
(2+3)
Design
philosophies
and
current
practice.
Short
and
long
columns,
beam-columns,
flexural
members,
to
include:
rectangular
and
T-beams,
one
and
two-way
slabs.
Footings.
Crack
control,
anchorage,
development
lengths
and
deflections.
Introduction
to
complete
structural
systems.
Current
ACI
specifications
used.
(Prerequisite:
CE
431.)
CE
434
(3
Credits)
Spring
Timber
Design
(2+3)
Essentials
of
structural
design.
Design
of
basic
components
of
solid
and
laminated
timber,
connections,
arches,
pole
framing,
diaphragms,
stressed-skin
construction,
and
timber
shells.
(Prerequisites:
ES
331
and
CE
431.)
CE
438W,O
(3
Credits)
Spring
Design
of
Engineered
Systems
(3+0)
System
design
principles
for
large-scale
constructed
facilities.
Application
of
ethics,
liability
and
legal
principles
to
professional
practice.
Emphasis
on
teamwork
and
leadership.
(Prerequisite:
ENGL
111X;
and
COMM
131X
or
141X;
and
last
year
of
civil
engineering
B.S.
program.)
CE
441
(4
Credits)
Spring
Environmental
Engineering
(3+3)
Fundamentals
of
environmental
engineering
including
theory
and
application
of
water
and
wastewater,
solid
waste,
and
air
quality
engineering
practice;
emphasis
on
natural
processes
that
influence
pollutant
fate
and
how
these
processes
are
used
in
engineered
systems
for
pollution
control.
(Prerequisite:
ES
341
or
permission
of
instructor.)
CE
442
(4
Credits)
Fall
Environmental
Engineering
II
(3+3)
Advanced
topics
involving
environmental,
focusing
on
design
of
pollution
control
and
remediation
systems.
Presents
an
understanding
of
the
theories
and
principles
for
the
design
of
engineering
systems
for
environmental
protection,
management
and
control.
Includes
air
pollution
control,
water
and
wastewater
treatment,
solid
waste
management,
and
hazardous
and
toxic
waste
transport,
treatment
and
disposal.
Emphasis
on
practical
application
of
environmental
engineering
principles
to
real-world
problems.
(Prerequisites:
CE
441
and
junior
standing
in
civil
engineering.)
CE
445
(3
Credits)
Spring
Engineering
Hydrology
(2+3)
Design
and
analysis;
extended
coverage
of
hydrologic
concepts
from
CE
344.
Precipitation,
evaporation
analysis;
groundwater
hydraulics;
runoff
analysis
and
prediction;
statistical
hydrology;
application
of
simulation
models.
(Prerequisite:
CE
344.)
CE
470
(1
Credit)
Fall,
Spring
Civil
Engineering
Internship
(0+3)
Supervised
work
experience
in
engineering
organizations.
Assignments
individually
arranged
with
cooperating
organizations
and
agencies.
(Prerequisites:
Senior
standing,
permission
of
department
coordinator.)
CE
603
(3
Credits)
Fall,
Spring
Arctic
Engineering
(3+0)
Application
of
engineering
fundamentals
to
problems
of
advancing
civilization
to
polar
regions.
Logistics,
foundations
on
frozen
ground
and
ice
thermal
aspects
of
structures,
materials,
transport,
and
communications,
and
heating
and
ventilating.
(Recommended:
Senior
standing
or
B.S.
degree
in
engineering;
or
permission
of
instructor.)
CE
605
(3
Credits)
Alternate
Spring
Pavement
Design
(3+0)
Current
design
techniques
for
flexible
and
rigid
pavements.
Materials
characterization,
loading
considerations,
empirical
design
methods,
mechanistic
design
methods,
rehabilitation.
(Recommended:
Graduate
standing
and
CE
402
or
permission
of
instructor.)
CE
617
(3
Credits)
As
Demand
Warrants
Control
Surveys
(3+0)
Geodetic
surveying,
where
the
shape
of
the
earth
must
be
considered.
Forward
and
inverse
geodetic
problems.
Medium
to
long
electronic
distance
measurements.
Heavy
emphasis
on
Alaska
State
Plane
Coordinate
System
(Nad
83)
and
UTM
Coordinate
System.
Adjustment
of
level
nets.
(Prerequisites:
CE
415
or
other
surveying
experience
acceptable
to
instructor.)
CE
620
(3
Credits)
As
Demand
Warrants
Civil
Engineering
Construction
(3+0)
Construction
equipment,
methods,
planning
and
scheduling,
construction
contracts,
management
and
accounting,
construction
estimates,
costs,
and
project
control.
(Prerequisites:
ESM
450
or
equivalent.)
CE
622
(3
Credits)
As
Demand
Warrants
Foundations
and
Retaining
Structures
(3+0)
Advanced
study
of
shallow
and
deep
foundations,
retaining
structures
and
buried
pipes.
(Prerequisites:
CE
422
or
permission
of
instructor.)
CE
625
(3
Credits)
Alternate
Spring
Soil
Stabilization
(3+0)
Soil
and
site
improvement
using
deep
and
shallow
compaction,
additives,
pre-loading,
vertical
and
horizontal
drains,
electroosmosis
and
soil
reinforcement.
(Prerequisites
CE
435
or
permission
of
instructor.)
CE
626
(3
Credits)
As
Demand
Warrants
Thermal
Geotechnics
(3+0)
Fundamentals
of
thermal
regime
of
soils
and
rocks.
Thermal
impact
of
structures
on
soils.
Thawing
of
permafrost
beneath
roads,
buildings
and
around
pipelines.
Natural
and
artificial
freezing
of
soils.
Engineering
means
to
maintain
thermal
regime
of
soils.
Thermal
design
considerations.
(Prerequisites:
CE
326,
CE
422
and
CE
425
or
permission
of
instructor.)
CE
627
(3
Credits)
As
Demand
Warrants
Earthquake
Engineering
(3+0)
Fundamentals
of
geotechnical
earthquake
engineering:
wave
propagation
in
soils;
dynamic
soil
properties;
influences
of
soils
on
ground
motion;
determination
of
soil
response
under
strong
seismic
motion;
causes
of
soil
failures,
soil
liquefaction,
soil
settlement,
soil-structure
interaction
and
slope
stability;
analysis
and
design
of
dams,
earth
structures
and
foundation
systems.
CE
628
(3
Credits)
As
Demand
Warrants
Soil
Behavior
Under
Load
(3+0)
Fundamentals
of
soil
behavior
under
load;
pore
pressure
during
monotonic
loading;
Ladd's
"Simple
Clay"
model;
densification
and
drained
cyclic
loading
of
sand;
undrained
cycle
loading
of
soil.
(Prerequisite:
CE
326.)
CE
631
(3
Credits)
Alternate
Spring
Advanced
Structural
Analysis
(3+0)
Derivation
of
the
basic
equations
governing
linear
structural
systems.
Application
of
stiffness
and
flexibility
methods
to
trusses
and
frames.
Solution
techniques
utilizing
digital
computers.
Introduction
to
structural
dynamics.
CE
637
(3
Credits)
As
Demand
Warrants
Earthquake
Engineering
II
(3+0)
Fundamentals
of
structural
earthquake
engineering:
strong
ground
motion
phenomena;
dynamic
analysis
of
structural
systems
for
seismic
motion;
response
spectrum
and
time
history
methods,
design
of
structural
systems
for
lateral
forces;
shearwalls
and
diaphragms;
moment-resistive
frames,
braced
frames;
current
design
criteria
and
design
practice;
connection
details,
serviceability
requirement;
story
drift,
non-structural
building
elements;
soil-structure
interaction.
(Prerequisite:
CE
432.)
CE
640
(3
Credits)
As
Demand
Warrants
Prestressed
Concrete
(3+0)
Theory
and
practice
of
prestressed
concrete
design.
Pretensioning,
posttensioning.
Anchorage
of
steel.
Materials,
design
specification.
Application
in
bridges,
tanks
and
slabs..
(Prerequisite:
CE
431
and
433.
Recommended:
graduate
standing.)
CE
661
(3
Credits)
Alternate
Spring
Advanced
Water
Resources
Engineering
(3+0)
Engineering
hydraulics
and
hydrology
with
emphasis
on
statewide
topics,
computer
modeling
for
runoff
and
groundwater
studies,
reservoir
mechanics,
fish
hatchery
design,
and
hydropower
generation.
(Prerequisite:
Permission
of
instructor.)
CE
662
(3
Credits)
Alternate
Spring
Open
Channel
and
River
Engineering
(3+0)
Principles
of
open
channel
flow,
transitions
and
controls,
unsteady
flow,
river
engineering,
stream
channel
mechanics,
and
mechanics
of
sedimentation.
(Prerequisite:
ES
341.)
CE
663
(3
Credits)
Alternate
Fall
Groundwater
Dynamics
(3+0)
Fundamentals
of
geohydrology,
hydraulics
of
flow
through
porous
media,
well
hydraulics,
groundwater
pollution,
and
groundwater
resources
development.
(Prerequisite:
ES
341.)
CE
676
(3
Credits)
As
Demand
Warrants
Coastal
Engineering
(3+0)
Review
of
deep
and
shallow
water
waves,
littoral
drift,
coastal
structures,
pollution
problems,
and
harbor
seiches.
(Prerequisite:
ES
341.)
CE
681
(3
Credits)
Alternate
Fall
Frozen
Ground
Engineering
(3+0)
Nature
of
frozen
ground,
thermal
properties
of
frozen
soils,
classification,
physical
and
mechanical
properties
of
frozen
soils,
subsurface
investigation
of
frozen
ground,
thaw
settlement
and
thaw
consolidation,
slope
stability,
and
principles
of
foundation
design
in
frozen
ground.
(Prerequisite:
Training
or
experience
in
soil
mechanics.
Next
offered:
2003-04.)
CE
682
(3
Credits)
Alternate
Spring
Ice
Engineering
(3+0)
In
this
course
the
factors
governing
design
of
marine
structures,
which
must
contend
with
the
presence
of
ice
are
discussed.
Topics
include
ice
growth,
ice
structure,
mechanical
properties
and
their
dependence
on
temperature
and
structure,
creep
and
fracture,
mechanics
of
ice
sheets,
forces
on
structures,
and
experimental
methods.
(Prerequisites:
ES
331,
MATH
202X,
training
or
experience
in
soil
mechanics.)
CE
683
(3
Credits)
Alternate
Fall
Arctic
Hydrology
and
Hydraulic
Engineering
(3+0)
The
course
is
designed
to
present
materials
on
aspects
of
hydrology
and
hydraulics
unique
to
engineering
problems
of
the
north.
Although
the
emphasis
will
be
on
Alaskan
conditions,
information
from
Canada
and
other
circumpolar
countries
will
be
included
in
the
course.
(Prerequisite:
CE
344
or
equivalent.)
CE
684
(3
Credits)
Alternate
Fall
Arctic
Utility
Distribution
(3+0)
Practices
and
considerations
of
utility
distribution
in
Arctic
regions.
Emphasis
on
proper
design
to
include
freeze
protection,
materials,
energy
conservation,
and
system
selection.
(Prerequisite:
ES
341
or
permission
of
instructor.)
CE
685
(3
Credits)
As
Demand
Warrants
Topics
in
Frozen
Ground
Engineering
(3+0)
Selected
frozen
ground
foundation
engineering
problems
will
be
explored
in
depth
including
refrigerated
foundations
and
pile
foundations.
(Prerequisite:
CE
681.)
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