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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.
ESM
401
(3
Credits)
As
Demand
Warrants
Construction
Cost
Estimating
and
Bid
Preparation
(3+0)
Compilation
and
analysis
of
the
many
items
that
influence
and
contribute
to
the
cost
of
projects
to
be
constructed.
Preparation
of
cost
proposals
and
study
of
bidding
procedures.
ESM
450W
(3
Credits*)
Fall,
Spring
Economic
Analysis
and
Operations
(3+0)
Fundamentals
of
engineering
economy,
project
scheduling,
estimating,
legal
principles,
professional
ethics,
and
human
relations.
(Not
offered
for
credit
toward
the
master
of
science
degree
in
Engineering
Management
or
Science
Management.
Prerequisites:
ENGL
111X,
ES
201
and
senior
standing
in
engineering
or
permission
of
instructor.
Undergraduate
engineering
students
who
are
taking
graduate
ESM
courses
as
technical
electives
should
have
completed
or
be
concurrently
enrolled
in
ESM
450.)
*2
credits
meet
the
writing
intensive
requirement
for
the
core
curriculum.
ESM
601
(3
Credits)
Alternate
Fall
Engineers
in
Organizations
(3+0)
The
course
offers
a
variety
of
management
activities
of
special
importance
to
engineering
and
scientific
organizations,
including
organizational
structures,
planning,
monitoring,
directing,
and
controlling.
In
addition
the
tools
of
management
are
reviewed
including
schools
of
management
theory,
communications,
conflict
management
and
total
quality
management.
Focus
on
developing
managerial
skills
in
Engineers
and
Scientists.
(Recommended:
B.S.
degree
in
engineering
or
physical
science
or
permission
of
instructor.)
ESM
605
(3
Credits)
Alternate
Fall
Engineering
Economy
(3+0)
The
science
of
fiscal
decision-making
with
applications
to
capital
investment
selection.
Graduate
level
studies
of
capital
investment
analysis
techniques,
including
present
worth,
annual
cash
flow
and
rate
of
return.
Applications
to
replacement
problems,
benefits/cost
analysis
and
capital
budgeting.
Consideration
of
impacts
of
depreciation
accounting,
income
taxes
and
inflation.
(Recommended:
Graduate
standing.)
ESM
608
(3
Credits)
Alternate
Fall
Legal
Principles
for
Engineering
Management
(3+0)
A
course
devoted
to
those
aspects
of
law
specifically
related
to
technical
management.
Contracts,
sales,
real
property,
business
organization,
labor,
patents,
and
insurance.
(Recommended:
Graduate
standing.)
ESM
609
(3
Credits)
Alternate
Spring
Project
Management
(3+0)
Organizing,
planning,
scheduling
and
controlling
projects.
Use
of
CPM
and
PERT;
computer
applications.
Case
studies
of
project
management
problems
and
solutions.
(Prerequisite:
Graduate
standing
in
Engineering
or
Science
Management
or
permission
of
instructor.)
ESM
620
(3
Credits)
Alternate
Spring
Statistics
for
ESM
(3+0)
Forecasting
applications
and
technique
--
technological,
time
series,
judgmental
and
regression;
decision
trees;
Bayesian
statistics;
utility
theory
with
trade-offs
between
expected
value
and
risk
in
decision
making;
bidding
strategies;
data
analysis.
(Recommended:
STAT
301
and
MATH
202X.)
ESM
621
(3
Credits)
Alternate
Spring
Operations
Research
(3+0)
Mathematical
techniques
for
aiding
technical
managers
in
decision
making.
Linear
programming,
transportation
problem,
assignment
problem,
network
models,
PERT/CPM,
inventory
models,
waiting
line
models,
computer
simulation,
dynamic
programming,
Emphasis
on
use
of
techniques
in
actual
technical
management
situations.
Computer
applications.
ESM
623
(3
Credits)
Fall,
Spring
Computer
Programming
for
Engineering
Managers
(3+0)
Basic
FORTRAN
programming,
with
applications
to
engineering
problems.
(Not
offered
for
credit
toward
the
M.S.
in
Engineering
Management
or
Science
Management.)
ESM
656
(3
Credits)
Alternate
Spring
Space
Systems
Engineering
(3+0)
(Cross-listed
with
EE
656
and
ME
656)
A
multidisciplinary
team
of
students
will
perform
a
preliminary
design
study
of
a
major
space
system.
Design
considerations
will
include
requirements
for
project
management,
spacecraft
design,
power,
attitude
control,
thermal
control,
communications,
computer
control
and
data
handling.
The
students
will
present
their
final
design
in
a
written
report
and
a
public
seminar.
(Prerequisites:
Graduate
standing
or
permission
of
instructor.)
ESM
684
(3
Credits)
Fall,
Spring
Engineering
Management
Project
(3+0)
Comprehensive
study
of
an
actual
engineering
management
problem
resulting
in
reports
and
presentations
which
include
recommendations
for
action.
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