70

industrial & systems (ISE)

Industrial and Systems Engineers use engineering and business prin-ciples to formulate rigorous approaches to problem solving. They are productivity

catalysts, minimizing waste of physical and human resources. These engineers areinvolved in developing manufacturing systems to help companies compete intoday’s global marketplace.

The Industrial and Systems Engineer’s task is to take limited resources andmaximize their use by integrating people and technology to reach productivitygoals and maintain high quality standards. The Information Systems option givesextra emphasis to programming, software and multimedia.

USC’s undergraduate ISE curriculum prepares students for industry and is also anexcellent background for an advanced degree in Business Administration or

Engineering.

Programs Available• Industrial and Systems Engineering

Bachelor of Science129 units

• Industrial and Systems Engineering(Information Systems - Computers)Bachelor of Science128 units

• Industrial and Systems Engineering(Information Systems - OperationsManagement)Bachelor of Science128 units

• Engineering Managementminor

See page 73-75 for the curriculum of theB.S. in ISE programs listed above.

See pages 78-79 for information on minorprograms offered by the School ofEngineering.

Minor in Engineering Manage-mentSee page 78 for information on the Minorin Engineering Management.

Courses of InstructionThe terms indicated are expected but arenot guaranteed. For the courses offeredduring any given term, consult theSchedule of Classes.

I N D U S T R I A LA N D S Y S T E M SE N G I N E E R I N G ( I S E )

105abL Introduction to Industrial andSystems Engineering (2-1, a: Fa; b: Sp)Gateway to the bachelor of science inindustrial and systems engineering. Acombination of plant tours, laboratoryexperiences, and lecture are used tointroduce the philosophy, subject matter,aims, goals, and techniques of industrialand systems engineering.

220 Probability Concepts in Engineer-ing (3, Fa) Techniques for handlinguncertainties in engineering design:discrete and continuous random vari-ables; expectations, probability distribu-tions and transformations of randomvariables; limit theorems; approximationsand applications. Corequisite: MATH 226.

225 Engineering Statistics I (3, Sp)Sampling distributions; parameterestimation, hypothesis testing; analysis ofvariance; regression; nonparametricstatistics. Prerequisite: ISE 220.

232L Manufacturing Processes (3, Fa)Basic manufacturing processes includingcasting, machining, forming and welding;current trends in manufacturing pro-cesses including polymer, ceramic andcomposite material processing, andelectronic device fabrication; introductionto numerical control and computerintegrated manufacturing. Recommendedpreparation: MASC 110L or CHEM105aL or CHEM 115aL.

310L Production I: Facilities andLogistics (4, Sp) Facilities layout anddesign; material handling and transporta-tion; site selection and sourcing; supplychain management. Prerequisite: ISE 330;corequisite: ISE 460.

330 Introduction to OperationsResearch: Deterministic Models (3, Fa)Introduction to linear programming;transportation and assignment problems;dynamic programming; integer program-ming; nonlinear programming. Prerequi-site: MATH 225.

331 Introduction to OperationsResearch: Stochastic Models (3, Sp)Stochastic processes; Markov chains;queueing theory and queueing decisionmodels; probabilistic inventory models.Prerequisite: ISE 220; recommendedpreparation: ISE 330.

370L Human Factors in Work Design(4, Fa) Physiological systems andpsychological characteristics; ergonomics;anthropometry; effects of the physicalenvironment on humans; occupationalsafety and health; work methods.Prerequisite: ISE 225.

382 Introduction to Computer Systems(3, Sp) Fundamental concepts of moderncomputer systems; design of industrialinformation systems including hardwareselection, software design, human/machine interface, and data processingeconomics. Prerequisite: CSCI 101L.

390 Special Problems (1-4) Supervised,individual studies. No more than oneregistration permitted. Enrollment bypetition only.

410 Production II: Planning andScheduling (3, Fa) Production planning,forecasting, scheduling, and inventory;computer integrated decision systems inanalysis and control of productionsystems. Corequisite: ISE 330.

ISE overview • programs availablecourses of instruction • flowcharts

71

415 Industrial Automation (3) Tradi-tional (automobile) and modern (com-puter based) concepts in IndustrialAutomation. Computer control concepts(sensors, actuators), robotics, flexiblemanufacturing systems. Prerequisite:senior level status.

426 Statistical Quality Control (3, Fa)Quantitative aspects of statistical qualitycontrol (process control, acceptancesampling by attribute and by variable,rectifying inspection), quality assuranceand the management of QC/QA func-tions. Prerequisite: ISE 225.

435 Discrete Systems Simulation (3,Fa) Model design to simulate discreteevent systems with basic input andoutput analysis using high order lan-guages, applied to industrial systemsanalysis and design problems. Prerequisite:ISE 220, CSCI 101L; corequisite: ISE 225.

440 Work, Technology, and Organiza-tion (3, Sp) Impact of technology onwork and organizational design; effects of

automation; design of improvementprograms; information infrastructures;teams; individual behavioral outcomes.Upper division standing.

460 Engineering Economy (3, FaSp)Utilizing principles of economic analysisfor choice of engineering alternatives andengineering systems. Pre-tax and after-tax economy studies. Upper divisionstanding.

470 Human/Computer Interface Design(3, Sp) Essentials of human factors andcomputer interface for the design, devel-opment, implementation, and evaluation ofintegrated media systems.

490x Directed Research (2-8, max 8,FaSp) Individual research and readings.Not available for graduate credit.Prerequisite: departmental approval.

495abx Senior Design Project (a: 1, Fa;b: 3, Sp) a: Preparation and developmentof the senior project proposal. Graded IP.b: Group work on an industrial engineer-

ing design project in an organization. Notavailable for graduate credit. Senior stand-ing in industrial and systems engineering.

498x Foundations of Industrial andSystems Engineering (4, Fa) Review ofindustrial engineering fundamentals,covering human factors, work analysis,facility layout, and production planningand control. Not available for credit toindustrial and systems engineeringmajors, graduate or undergraduate, or forgraduate credit to engineering manage-ment, manufacturing engineering, andoperations research engineering majors.

499 Special Topics (2-4, max 8) Coursecontent to be selected each semester fromrecent developments in industrial and sys-tems engineering and related fields.

G R A D U A T E C O U R S E S

511L Computer Aided Manufacturing(3, Fa)

513 Inventory Systems (3, Sp)

industrial & systems

Dr. Elaine ChewIndustrial & Systems

Engineering

72

514 Advanced Production Planning andScheduling (3, FaSm)

515 Engineering Project Management(3, FaSpSm)

516 Facilities Location and Layout (3)

517 Modern Enterprise Systems (3, Sp)

520 Optimization: Theory and Algo-rithms (3, Fa)

525 Design of Experiments (3, Sp)

527 Quality Management for Engineers(3, Fa)

528 Advanced Statistical Aspects ofEngineering Reliability (3)

530 Introduction to OperationsResearch (3, Sp)

532 Network Flows (3, Sp)

535 Continuous Systems Simulation(3)

536 Linear Programming and Exten-sions (3, Fa)

538 Elements of Stochastic Processes(3, Sp)

541 Systems Engineering Theory andPractice (3, FaSpSm)

542 Advanced Topics in SystemsEngineering (3, Fa)

544 Management of EngineeringTeams (3, FaSp)

545 Technology Development andImplementation (3, Sp)

549ab Systems Architecture (3-3, Fa)

550 Engineering Management ofGovernment-Funded Programs (3, Sp)

555 Invention and Technology Devel-opment (3, Sp)

561 Economic Analysis of EngineeringProjects (3, Fa)

562 Value and Decision Theory (3, Fa)

564 Performance Analysis (3, Fa)

570 Human Factors in Engineering (3)

571 Human Factors Issues in Inte-grated Media Systems (3)

573 Work Physiology (3)

580 Advanced Concepts in ComputerSimulation (3, Sp)

582 Web Technology for IndustrialEngineering (3, Fa)

583 Enterprise Wide InformationSystems (3, Sp)

585 Strategic Management of Technol-ogy (3, Sp)

590 Directed Research (1-12)

594abz Master’s Thesis (2-2-0)

599 Special Topics (2-4, max 9, Fa)

650abcd Seminar in Industrial Engi-neering (1/2, 1/2, 1/2, 1/2, FaSp)

690 Directed Research (1-4, max 8,FaSpSm)

790 Research (1-12, FaSpSm)

794abcdz Doctoral Dissertation (2-2-2-2-0)

industrial & systems

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10L

Pro

d. I

: Fac

iliti

es &

Log

isti

csIS

E 3

30In

tro.

to O

pera

tion

s R

esea

rch

IIS

E 3

82In

tro.

to C

ompu

ter S

yste

ms

ISE

410

Pro

d. P

lann

ing

and

Sche

dulin

gIS

E 4

35D

iscr

ete

Syst

ems

Sim

ulat

ion

ISE

440

Wor

k, T

echn

olog

y an

d O

rgan

izat

ion

ISE

460

Eng

inee

ring

Eco

nom

yIS

E 4

70H

uman

/Com

pute

r In

terf

ace

Des

ign

ISE

495

aSe

nior

Des

ign

Pro

ject

ISE

495

bSe

nior

Des

ign

Pro

ject

CSC

I / I

TP

Ele

c.(s

ee *

***

belo

w)

CSC

I / I

TP

Ele

c.(s

ee *

***

belo

w)

Tec

hnic

al E

lect

ive

(see

***

** b

elow

)T

echn

ical

Ele

ctiv

e(s

ee *

****

bel

ow)

Tec

hnic

al E

lect

ive

(see

***

** b

elow

)

Oth

er C

ours

es (

4 u

nit

s)F

ree

Ele

ctiv

e

* A

dvan

ced

stud

ents

wit

h de

part

men

tal a

ppro

val h

ave

the

opti

on o

f co

mpl

etin

g C

HE

M 1

15aL

inpl

ace

of C

HE

M 1

05aL

.

**C

oncu

rren

t en

rollm

ent

in a

Soc

ial I

ssue

s G

E C

ours

e is

req

uire

d.

***

May

take

Cat

egor

y I,

II,

IV

or V

I G

E c

lass

.

****

CSC

I/IT

P E

lect

ives

: CSC

I 27

1, 3

03, 3

51, 4

60, 4

77L

, 480

, 485

; EE

357

, 450

, 457

Lx;

IT

P10

9x, 1

50x,

165

x, 2

03x,

211

x, 2

15x,

250

x, 3

21x.

****

* Se

e de

part

men

t fo

r a

list

of a

ppro

ved

tech

nica

l ele

ctiv

es.

WRI

T 14

0 (4)

<<ge

cat.

vi>>

MATH

125 (

4)IS

E 10

5aL

(2)

GE C

at, V

I (4)

<<wr

it 140

>>

CHEM

105a

L or

MASC

110L

(4)

MATH

126 (

4)m

ath

125

ISE

105b

L (1

)ise

105a

L

PHYS

151L

(4)

mat

h 12

5MA

TH 22

6 (4)

mat

h 12

6IS

E 22

0 (3)

[mat

h 22

6]

PHYS

152L

(4)

phys

151

L, [m

ath

226]

MATH

225 (

4)m

ath

126

ISE

225 (

3)ise

220

IOM

435 (

4)iom

433

WRI

T 34

0 (3)

writ 1

40IS

E 46

0 (3)

TECH

. ELE

C. (4

)

GE C

at. V

(4)

GE C

at. II

(4)

CSCI

/ ITP

ELE

C. (3

)IS

E 31

0L (4

)ise

220

, [46

0]IS

E 38

2 (3)

csci

101L

GE C

at. IV

(4)

FREE

ELEC

. (4)

ISE

495a

x (1)

TECH

. ELE

C. (3

)TE

CH E

LEC.

(3)

ISE

495b

x (3)

ise 4

95ax

ISE

470 (

3)

freshm

an

sophom

ore

junior

senior

(14 u

nits)

(16 u

nits)

(15 u

nits)

(15 u

nits)

(17 u

nits)

(18 u

nits)

(18 u

nits)

(15 u

nits)

KEY:

prer

equi

site

[co-

requ

isite

]<<

conc

urre

nt e

nrol

lmen

t>>

GE C

at. I

(4)

IOM

431 (

4)

IOM

433 (

4)[io

m 4

31]

ISE

330 (

3)m

ath

225

ISE

435 (

3)ise

220

, [225

], cs

ci 10

1LIS

E 41

0 (3)

[ise

330]

ISE

440 (

3)

CSCI

101L

(3)

CSCI

/ ITP

ELEC

. (3)