civil & environmental - USC Viterbi School of Engineering · PDF fileMensuration and instru-...

42 civil & environm

ental (CE/ENE)

CE / ENE overview

• programs available

courses of instruction • flowcharts

Civil engineers develop and design m

any of the essential elements of our

everyday lives: transportation systems, w

ater supply and waste disposal system

s,and industrial and com

mercial structures.

They face the challenges of replacing our nation’s aging infrastructure —

highways,

bridges, wharf and harbor structures, industrial facilities —

and addressing the prob-lem

s of ground water and air pollution as w

ell as industrial and hazardous waste m

an-agem

ent. They are also responsible for developing our future cities.

Civil E

ngineering is a diverse field with a num

ber of options including building sci-ence, structures, w

ater resources, construction engineering and managem

ent, andenvironm

ental engineering.

Environm

ental Engineering is concerned w

ith the treatment and proper disposal of

environmental pollutants and developing techniques for im

proving our air, water and

soil.

Student mem

bers of our chapter of the Am

erican Society of Civil E

ngineers regularlyparticipate in national and regional “concrete canoe” com

petitions as well as a variety

of other social and career events.

Program

s Available

•C

ivil Engineering

Bachelor of Science

131 units•

Civil E

ngineering (Building Science)

Bachelor of Science

135 units•

Civil E

ngineering (Construction)

Bachelor of Science

131 units•

Civil E

ngineering (Environm

ental)B

achelor of Science130 units

•C

ivil Engineering

(Information M

anagement)

Bachelor of Science

134 units•

Civil E

ngineering (Structural)B

achelor of Science131 units

•C

ivil Engineering (W

ater Resources)

Bachelor of Science

131 units•

Environm

ental Engineering

Bachelor of Science and m

inor132 units

•E

nvironmental E

ngineering(B

iotechnology)degree em

phasis132 units

•A

pplied Mechanics (see pg. 25)

Bachelor of Science

128 units

•C

onstruction Planning and

Managem

entM

inor

See pages 47-55 for the curricula of theB

.S. programs listed above.

See pages 78-79 for information on m

inorprogram

s offered by the School ofE

ngineering.

Addition

al Gradu

ationR

equirements

In addition to the general degreerequirem

ents listed on pages 4-8,students in the above m

ajors are requiredto earn a m

inimum

grade of “C” in C

E205, 225, 309, and 325. E

nvironmental

Engineering m

ajors must earn a m

ini-m

um grade of “C

” in CE

205, 225, andE

NE

410.

Min

or in C

onstru

ctionP

lann

ing an

d Man

agemen

tSee page 78 for inform

ation on the Minor

in Construction P

lanning and Manage-

ment.

Min

or in En

vironm

ental

EngineeringSee page 78 for inform

ation on the Minor

in Environm

ental Engineering.

Cou

rses of Instru

ctionT

he terms indicated are expected but are

not guaranteed. For the courses offered

during any given term, consult the

Schedule of Classes.

CI

VI

LE

NG

IN

EE

RI

NG

(

CE

)

10

5L Su

rveying for C

ivil Engin

eering

(2, Fa) P

lane surveying, measurem

ent ofdistances and angles, horizontal curves,surveying com

putations. Laboratory.

10

6 D

esign an

d Plan

nin

g of Civil

Engin

eering System

s (2) H

istory of civilengineering; introduction to the synthesisand design of system

s dependent uponcivil engineering technology; thestructuring, m

odeling, and simulation of

such systems.

10

7 In

troduction

to Civil En

gineerin

gG

raphics (3

, FaSp) Graphic com

munica-

tion and drawing; use of instrum

ents,lettering, dim

ensioning, and detailing ofengineering draw

ing; free-hand sketch-ing, drafting, and m

odeling.

10

8 In

troduction

to Com

puter M

ethods

in C

ivil Engin

eering (2

, Fa) Com

puterprogram

ming, organization of problem

sfor com

putational solution, flow charts,

programm

ing; numerical m

ethods;analysis and solution of civil engineeringproblem

s.

11

0 In

troduction

to Environ

men

talEn

gineerin

g (4, Fa) B

asic concepts ofenvironm

ental engineering. Local and

global environmental pollution; scientific,

social, legal and political aspects ofenvironm

ental issues; air/water/land

pollution and control technologies.

20

5 Statics (2

) Statics of particles andrigid bodies; equivalent force system

s;distributed forces; applications to trusses,fram

es, machines, beam

s, and cables;friction; m

oments of inertia. C

orequisite:P

HY

S 151L.

21

0L In

troduction

to Environ

men

talEn

gineerin

g Microbiology (3

, Sp)P

rinciples of environmental m

icrobiol-ogy; w

aterborne pathogens; microorgan-

43

isms and air pollution; m

icroorganisms in

soil; water pollution m

icrobiology;biodegradation of hazardous chem

icals;eutrophication. P

rerequisite: CE

110;corequisite: C

HE

M 105aL

or CH

EM

115aL.

22

5 M

echan

ics of Deform

able Bodies

(3) A

nalysis of stress and strain; axial,flexural, and torsional behavior of slenderbars; elastic deflections; com

binedstresses; introduction to elastic stabilityand energy m

ethods. Prerequisite: C

E 205.

30

6L C

ivil Engin

eering M

easurem

ent

Systems (3

) Mensuration and instru-

mentation for civil engineering practice.

Cadastral, route, and construction

surveying systems. P

rofessional responsi-bility, m

anagerial and supervisorycontrols for field surveying operations.P

rerequisite: CE

105L.

30

9 Flu

id Mech

anics (3

, FaSp) Fluid

statics; relative velocity field; totalacceleration; divergence theorem

;conservation of m

ass, energy, andm

omentum

applied to engineeringproblem

s in laminar and turbulent flow

.P

rerequisite: MA

TH

126; corequisite: CE

325.

32

5 D

ynam

ics (3) E

lements of vector

algebra; dynamics of particles, system

s ofparticles and rigid bodies; kinem

atics;m

omentum

relations, energy methods;

vibrations; Euler’s equations of m

otion.P

rerequisite: CE

205.

33

4L M

echan

ical Beh

avior of Materials

(3, Sp) M

easurement of stress and strain;

tensile, impact, creep, and fatigue

behavior; statistical methods, brittle

fracture; properties of structural materials.

Prerequisite: C

E 225 or M

E 204.

35

8 Th

eory of Structu

res I (3, Fa)

Deform

ations and deflections of elasticsystem

s; statically indeterminate beam

s,arches, and fram

es; secondary stresses.P

rerequisite: CE

225.

39

0 Special P

roblems (1

-4) Supervised,

individual studies. No m

ore than oneregistration perm

itted. Enrollm

ent bypetition only.

40

2 C

ompu

ter Meth

ods in En

gineerin

g(3

, FaSp) Fundam

entals of analog anddigital com

puters; simulation of nonlinear

physical systems; num

erical analysis andsolution of engineering problem

s.P

rerequisite: CE

108 and MA

TH

245.

40

4 Fu

ndam

entals of Law

for Engi-

neers (3

, Sp) Legal problem

s confront-ing the engineer in his professionalenvironm

ent and daily life. Survey of thelegal system

and how it operates.

40

6 M

icrocompu

ter Application

s inC

ivil Engin

eering (3

) Solution of civilengineering problem

s using microcom

-puters; fram

e analysis, beam and colum

ndesign; com

mon database problem

s,solution of large num

erical problems

using limited com

puter resources.

40

7 A

nalytical M

echan

ics (3) P

rinciplesof dynam

ics; Lagrange equations;

Ham

ilton’s principle; rigid body dynam-

ics; gyroscopic motion; w

ave propagation;vibrations of m

ulti-degree freedomsystem

s. Prerequisite: C

E 228.

40

8 R

isk An

alysis in C

ivil Engin

eering

(3, Fa) R

ealization of nondeterministic

problems in civil engineering; quantita-

tive analysis of structural and systemreliability; optim

al design and designw

ith specified risk.

40

9abL C

ompu

ter Aided D

esign (3

-3,

FaSp) Applications of interactive

computer graphics to design problem

s;autom

ated drafting; 3-D graphic algo-

rithms. A

nalysis of design process frominform

ation processing viewpoint.

Prerequisite: C

E 225.

41

2 C

onstru

ction Law

and th

e Property

Developm

ent P

rocess (3, Fa) L

egalaspects of property developm

ent andconstruction: land use, constructionpractices and specifications, architectureand engineering contracts, agency,subcontracting, professional registration,liability, insurance, liens, and bonds.R

ecomm

ended preparation: CE

404 or ageneral business law

course.

42

8 M

echan

ics of Materials (3

) Analysis

of stress and deformation; equations of

elasticity; bending of beams; elastic

instability; torsion problems; introduction

to plates and shells; elastic wave propaga-

tion; numerical m

ethods. Prerequisite: C

E225.

42

9 Stru

ctural C

oncept D

esign P

roject(3

) Synthesis of structural systems to

meet strength and stiffness requirem

ents;R

FP

s; structural behavior; conceptgeneration; prelim

inary analysis; trade-offstudies; evaluation criteria; projectm

anagement. P

rerequisite: AM

E 353 or

CE

358.

44

3 En

vironm

ental C

hem

istry (3, FaSp)

Chem

istry of water, gas, liquid and solid

wastes. C

hemical principles applicable to

environmental engineering. P

rerequisite:C

HE

M 105bL

or CH

EM

115bL.

45

1 W

ater Resou

rces Engin

eering (4

,S

p) Discussion of broad perspective on

control and utilization of water resources;

hydrology, probability concept, economic

study, hydraulic structures, multiple

purpose water resources projects.

Prerequisite: C

E 309.

45

3 W

ater Qu

ality Con

trol (3, FaSp)

Water quality criteria and fundam

ental ofacceptability. N

atural purification ofsurface w

aters. Processes em

ployed inthe treatm

ent of waste w

aters for disposalor reuse. P

rerequisite: CH

EM

105aL or

CH

EM

115aL and C

E 309.

45

6 D

esign of Steel Stru

ctures (3

, Fa)A

nalysis and design of steel structures;beam

-columns, plate girders, and fram

es;m

ultistory design project. Prerequisite: C

E358.

45

7 R

einforced C

oncrete D

esign (3

, Sp)Strength and deform

ation of reinforcedconcrete; beam

s in flexure and shear;bond and developm

ent of bars; deflec-tions; colum

ns; slabs; footings; introduc-tion to prestressed concrete. P

rerequisite:C

E 225.

45

8 Th

eory of Structu

res II (3, Sp)

Matrix algebra; stiffness m

ethod; forcem

ethod; computer analysis of planar

structures. Prerequisite: C

E 108 and C

E358 or A

ME

150L and A

ME

353.

459 Introdu

ction to Stru

ctural D

ynam

-ics (3

, Sp) Response of single and

multiple degree of freedom

systems to

dynamic excitation; structural m

odelingand approxim

ate solutions; introductionto earthquake resistant design. C

orequisite:C

E 458.

46

0 C

onstru

ction En

gineerin

g (3) Intro-

duction to the construction processes; esti-m

ating and bidding, construction adminis-

tration, planning and scheduling, equip-m

ent and methods, labor relations, cost

control systems, and safety.

461 Gen

eral Con

struction

Estimatin

g (3)T

heory of estimating. Q

uantity surveying;unit cost synthesis and analysis. B

id orga-nization and preparation; com

petitive simu-

lations and exercises. Prerequisite: depart-

mental approval.

civil & environmental

44

46

2 C

onstru

ction M

ethods an

d Equip-

men

t (3) C

urrent procedures in selectedfields of construction; organization andplanning; equipm

ent economics;

machinery.

46

3L W

ater Ch

emistry an

d An

alysis (3,

FaSp) Chem

istry of water purification

technology and water pollution control.

Chem

ical processes in natural andengineering aquatic environm

ents;physical/chem

ical and biological charac-terization of w

ater and wastew

ater.P

rerequisite: CE

453, CH

EM

105b orC

HE

M 115bL

.

46

4 G

eotechn

ical Engin

eering (3

)F

undamentals of soil m

echanics andfoundation engineering; soil classifica-tion, seepage, stress-strain behavior, shearstrength, consolidation, design ofretaining structures and foundations, andslope stability.

46

5 W

ater Supply an

d Sewerage System

Design

(3, Fa) D

esign of water supply sys-

tems, storm

drains, sanitary sewers, and lift

stations. Prerequisite: C

E 453.

46

6 D

esign of Free-Su

rface Hydrau

licSystem

s (3) H

ydrological and hydraulicdesign for uniform

and non-uniformflow

s, channel transition, sedimentation

controls, design discharge for tributaryw

atersheds, flood routing, flood deten-tion, com

puter aided design. Prerequisite:

CE

309.

46

7L G

eotechn

ical Engin

eering (4

, Fa)F

undamentals of geotechnical engineer-

ing; soil classification, seepage, stress-strain behavior, shear strength, consolida-tion, design of retaining structures andfoundations, and slope stability. Soiltesting. (D

uplicates credit in CE

464 andC

E 468.) P

rerequisite: CE

225.

46

8L Experim

ental Soil M

echan

ics (3)

Laboratory testing of soils and com

puter-processing of experim

ental measure-

ments, soil classification, com

pactiontests, perm

eability tests, unconfinedcom

pression, direct sheet, consolidation,triaxial tests. P

rerequisite: CE

464.

47

1 P

rinciples of Tran

sportationEn

gineerin

g (3, Fa) P

lanning, design,construction, m

aintenance, and operationof facilities for air, w

ater, rail, andhighw

ay transit systems.

47

2 C

onstru

ction Labor M

anagem

ent

(3) U

nionism in construction. C

rafttradition, objectives, regulation, m

otiva-tion, labor force econom

ics, productivity,and technical change. H

iring systems,

supervision of project labor operations,jurisdictional adm

inistration.

47

6 D

esign of P

ressurized H

ydraulic

Systems (3

) Application of hydraulic

principles to the engineering design ofhydraulic structure w

ith pressurized flow,

piping network, w

ater hamm

er, surgesuppression, pum

ps and turbines,m

anifold hydraulic design. Prerequisite:

CE

309.

47

7 C

ivil Infrastru

cture In

formation

Systems (3

, Fa) Information system

s andtheir use in the planning, design,construction, and operation of civilinfrastructure projects. P

roject manage-

ment and know

ledge managem

ent forinfrastructure system

s development.

Prerequisite: C

SCI 201, C

E 402.

47

8 Tim

ber and M

asonry D

esign (3

, Fa)C

haracteristics and properties of wood;

beams, colum

ns, trusses, connectors, anddiaphragm

s. Properties of m

asonry,w

orking stress and strength design,seism

ic design requirements.

48

0 Stru

ctural System

s Design

(3, Sp)

Evaluate, design and analyze buildings.

Organize and perform

calculations forvertical loads, w

ind loads, and seismic

loads on building projects. Prerequisite:

CE

456, CE

457, or CE

478.

48

2 Fou

ndation

Design

(3) A

nalysis anddesign principles of building foundations,including spread footings, piles, drilledshafts, sheetpile w

alls and retainingstructures. P

rerequisite: CE

467.

48

4 W

ater Treatmen

t Design

(3)

Predesign studies, precipitation soften-

ing, coagulation and flocculation,sedim

entation, filtration, sludge han-dling, chlorination, chloram

ination,ozonation; plant hydraulics, flow

mea-

surement, pum

ps, instrumentation and

control, tertiary treatment. P

rerequisite:C

E 453.

48

5 W

astewater Treatm

ent D

esign (3

)P

rocess kinetics, mass balance, reactor

design, pretreatment, clarification,

chemical treatm

ent, biological treatment

(aerobic and anaerobic), disinfection,sludge treatm

ent, nitrogen andphosophorus rem

oval, carbon adsorption.P

rerequisite: CE

453.

48

8 C

ompu

ter Application

s in Stru

c-tu

ral An

alysis and D

esign (3

) Applica-

tion of existing computer program

s to theanalysis and design of com

plex struc-tures.


Dr. Erik A

. JohnsonC

ivil Engineering

45

49

0x D

irected Research

(2-8

, max 8

)Individual research and readings. N

otavailable for graduate credit. P

rerequisite:departm

ental approval.

49

9 Special Topics (2

-4, m

ax 8) C

oursecontent to be selected each sem

esterfrom

recent developments in civil

engineering and related fields.

GR

AD

UA

TE

C

OU

RS

ES

50

1 Fu

nction

s of the C

onstru

ctor (3)

50

2 C

onstru

ction A

ccoun

ting an

dFin

ance (3

)

50

3 M

icrobiology for Environ

men

talEn

gineers (3

)

50

4 Solid W

aste Man

agemen

t (3)

50

5 H

eavy Con

struction

Operation

san

d Meth

ods (3, Sp)

50

6 H

eavy Con

struction

Estimatin

g (3)

50

7 M

echan

ics of Solids I (3, Fa)

50

8 M

echan

ics of Solids II (3)

50

9 M

echan

ics of Solids III (3)

51

0 G

roun

dwater M

anagem

ent (3

)

51

1 Flood C

ontrol H

ydrology (3)

51

2ab Special Topics in

Hydrology (3

-3

)

51

3L In

strum

ental M

ethods for

Environ

men

tal An

alysis (3)

51

4ab A

dvanced San

itary Engin

eering

Design

(3-3

, FaSp )

51

6 G

eohydrology (3

)

51

7 In

dustrial an

d Hazardou

s Waste

Treatmen

t and D

isposal (3, 2

years,Sm

)

51

9 Tran

sportation En

gineerin

g (3)

52

0ab O

cean an

d Coastal En

gineerin

g(3

-3)

52

2 G

roun

dwater H

ydrologic Modelin

g(3

)

52

3 P

hysical P

rocesses of Environ

men

-tal En

gineerin

g (3, Sp)

52

5ab En

gineerin

g An

alysis (3-3

)

52

6 H

ydraulic Stru

ctures (3

)

52

8 Seism

ic An

alysis and D

esign of

Rein

forced Con

crete Bridges (3

)

52

9ab Fin

ite Elemen

t An

alysis (3-3

)

53

0 N

onlin

ear Mech

anics (3

)

53

1 Soil M

echan

ics (3)

53

2 P

rinciples of Fou

ndation

Engin

eer-in

g (3)

53

3 G

eotechn

ical Earthqu

ake Engi-

neerin

g (3, Sp)

53

4 D

esign of Earth

Structu

res (3, Sp)

53

5ab Earth

quake En

gineerin

g (3-3

)

53

6 Stru

ctural D

esign for D

ynam

icLoads (3

)

53

7 A

dvanced R

einforced C

oncrete (3

)

53

8 P

restressed Con

crete (3)

53

9 A

dvanced Steel Stru

ctures (3

)

54

0 Lim

it An

alysis of Structu

res (3)

54

1ab D

ynam

ics of Structu

res (a: 3,

Fa; b: 3, Sp)

54

2 Th

eory of Plates (3

)

54

3 Stability of Stru

ctures (3

)

54

4 Th

eory of Shell Stru

ctures (3

)

54

5ab A

dvanced Fin

ite Elemen

tM

ethod in

Structu

ral and C

ontin

uu

mM

echan

ics (3-3

)

54

6 Stru

ctural M

echan

ics of Com

positeM

aterials (3)

54

7 En

gineerin

g Rock M

echan

ics (3)

54

9 B

uildin

g Design

Project (3

, Sm)

55

0 C

ompu

ter-Aided En

gineerin

g (3,

Fa)

55

1 C

ompu

ter-Aided En

gineerin

gP

roject (3, Sp)

55

2 M

anagin

g and Fin

ancin

g Pu

blicEn

gineerin

g Works (3

)

55

3 C

hem

ical and B

iological Processes

in En

vironm

ental En

gineerin

g (3)

55

4 R

isk and R

eliability An

alysis forC

ivil Infrastru

cture System

s (3, Sp)

55

5 U

nderw

ater Structu

res (3)

55

6ab P

roject Cost Estim

ating, C

ontrol,

Plan

nin

g, and Sch

edulin

g (3-3

, FaSp)

55

7 A

dvanced B

uildin

g Estimatin

g (3)

55

8 In

ternation

al Con

struction

and

Engin

eering (3

, FaSp)

559 Strategic Plan

nin

g in C

onstru

ctionEn

gineerin

g (3)

56

0 Sim

ulation

of Civil In

frastructu

reSystem

s Perform

ance (3

, Sp)

56

2ab H

ydromech

anics (3

-3)

56

3 C

hem

istry and B

iology of Natu

ralW

aters (3, 2

years, Fa)

56

4 M

ethods for A

ssessmen

t and

Protection

of Environ

men

tal Qu

ality (3,

Sp)

56

5 W

ave Propagation

in Solids (3

)

57

2 C

onstru

ction Labor M

anagem

ent

(2)

57

9 In

troduction

to Transportation

Plan

nin

g Law (3

)

58

3 D

esign of Tran

sportation Facilities

(3)

58

5 Traffic En

gineerin

g and C

ontrol (3

)

58

6x M

anagem

ent for En

gineers (4

)

58

7 Tran

sportation En

ergy An

alysis (3)

58

9 P

ort Engin

eering: P

lann

ing an

dO

perations (3

, Sp)

59

0 D

irected Research

(1-1

2)

59

4abz M

aster’s Thesis (2

-2-0

)

59

9 Special Topics (2

-4, m

ax 9)

64

0 A

dvanced Th

eory of Elasticity (3)

69

0 D

irected Research

(1-4

, max 8

)

69

4abz Th

esis (2-2

-0)

79

0 R

esearch (1

-12

)

79

4abcdz D

octoral Dissertation

(2-2

-2-

2-0

) civil & environmental

46

EN

VI

RO

NM

EN

TA

LE

NG

IN

EE

RI

NG

(

EN

E)

20

1 En

vironm

ental Q

uality C

ontrol an

dM

anagem

ent: A

Global A

pproach (4

,S

p) Gatew

ay to B.S. in C

ivil Engineering

(Environm

ental Engineering), B

.S.,E

nvironmental E

ngineering, and Minor

in Environm

ental Engineering. F

unda-m

ental concepts of environmental

science and engineering. Pollution

control and remediation for air, w

ater andsoil. P

ollution remediation for developing

countries.

39

0 Special P

roblems (1

-4) Supervised,

individual studies. No m

ore than oneregistration perm

itted. Enrollm

ent bypetition only.

40

0 Environ

men

tal Engin

eering

Prin

ciples (3, FaSp) A

nalysis of water,

air, and land pollution, includinghazardous w

aste and engineering ofm

itigation measures. W

ater and waste

water treatm

ent analysis. Prerequisite:

departmental approval.

41

0 En

vironm

ental Flu

id Mech

anics (3

,FaSp) E

quation of motion; continuity,

mom

entum, energy principles; dim

en-sional analysis, sim

ilitudes; groundwater

flows; transports in conduits and chan-

nels; mixing, dispersion in environm

ents;m

anifold diffusers; hydraulic transients.(D

uplicates credit in CE

309 and AM

E309.) P

rerequisite: MAT

H 226.

42

8 A

ir Pollu

tion Fu

ndam

entals (3

, Sp)A

ir pollution effects on man, vegetation,

materials; pollutant sam

pling andanalysis; air quality standards and criteria;m

eteorological factors and dispersionm

odeling. Prerequisite: senior standing.

42

9 A

ir Pollu

tion C

ontrol (3

, Fa)E

mission surveys; engineering controls of

aerosols and gaseous contaminants at

emission sources, disposition of contam

i-nants. F

ield trips. Senior standing.P

rerequisite: EN

E 410.

44

3 En

vironm

ental C

hem

istry (3)

(Enroll in C

E 443)

45

3 W

ater Qu

ality Con

trol (3) (E

nrollin C

E 453)

46

3L W

ater Ch

emistry an

d An

alysis (3)

(Enroll in C

E 463L

)

46

5 W

ater Supply an

d Sewerage

System D

esign (3

) (Enroll in C

E 465)

48

6 Solid an

d Hazardou

s Waste

Engin

eering (3

, Fa) Engineering design

of solid and hazardous waste facilities

such as waste m

inimization, secured

landfill, and hazardous waste treatm

ent.P

rerequisite: EN

E 400.

48

7 En

vironm

ental B

iotechn

ology and

Biorem

ediation (3

, Sp) Understanding

and designing microbiological processes

for environmental protection; learning

how processes in environm

ental biotech-nology w

ork; emerging applications for

bioremediation of hazardous chem

icals inthe environm

ent. Prerequisite: C

E 210L

,B

ISC 320L

.

49

5 Sem

inars in

Environ

men

talEn

gineerin

g (1, FaSp) H

azardous waste

managem

ent, biodegradation of environ-m

ental pollutants, groundwater prob-

lems, w

aste minim

ization, energyresources, and air pollution control.

GR

AD

UA

TE

C

OU

RS

ES

50

2 En

vironm

ental an

d Regu

latoryC

omplian

ce (3, FaSp)

50

3 M

icrobiology for Environ

men

talEn

gineers (3

)

50

4 Solid W

aste Man

agemen

t (3)

50

5 En

ergy and th

e Environ

men

t (3,

Fa)

50

6 Ecology for En

vironm

ental

Engin

eers (3, Sp)

51

0 W

ater Qu

ality Man

agemen

t and

Practice (3

, Fa)

51

3L In

strum

ental M

ethods for

Environ

men

tal An

alysis (3)

51

4ab A

dvanced San

itary Engin

eering

Design

(3-3

)

51

6 H

azardous W

aste Man

agemen

t (3,

Fa)

51

7 In

dustrial an

d Hazardou

s Waste

Treatmen

t and D

isposal (3)

51

8 En

vironm

ental System

s Engin

eer-in

g and M

anagem

ent (3

, Fa)

52

3 P

hysical P

rocesses of Environ

men

-tal En

gineerin

g (3)

52

6 En

vironm

ental P

ollutan

ts: Mon

i-torin

g and R

isk Assessm

ent (3

, Sp)

53

5 A

pplied Air Q

uality M

anagem

ent

(3, Fa)

55

3 C

hem

ical and B

iological Processes

in En

vironm

ental En

gineerin

g (3)

56

0 En

vironm

ental A

spects of Oil an

dG

as Produ

ction (3

, Sp)

56

3 C

hem

istry and B

iology of Natu

ralW

aters (3)

58

0 A

pplied Environ

men

tal Engin

eer-in

g Biotech

nology (3

, Sp)

59

0 D

irected Research

(1-1

2)

59

4abz M

aster’s Thesis (2

-2-0

)

59

6 C

hem

ical Reaction

s in th

e Atm

o-sph

ere (3, 2

years, Fa)

79

0 R

esearch (1

-12

)

79

4abcdz D

octoral Dissertation

(2-2

-2-

2-0

)


47C

IV

IL

civil engineering (131 units)Mathematics (16 units)MATH 125 Calculus IMATH 126 Calculus IIMATH 226 Calculus IIIMATH 245 Mathematics of Phys. and Engr.

Physics (8-12 units)PHYS 151L Mechanics and ThermodynamicsPHYS 152L Electricity and MagnetismPHYS 153L Optics and Modern PhysicsorororororCHEM 105bL* General ChemistryorororororGEOL 305L Intro. to Engineering Geology

Chemistry (4-8 units)CHEM 105aL* General Chemistry

General Education (27 units)WRIT 140** Writing and Critical ReasoningWRIT 340 Advanced WritingGE Cats. I, II, V, and VIGE Cat. IV***

Engineering (72 units)AME 310 Engineering Thermodynamics ICE 106 Design & Planning of CE SystemsCE 107 Intro. to Civil Engr. GraphicsCE 108 Intro. to CE Computer MethodsCE 205 StaticsCE 225 Mechanics of Deformable BodiesCE 309 Fluid MechanicsCE 325 DynamicsCE 334L Mechanical Behavior of MaterialsCE 358 Theory of Structures ICE 402 Computer Methods in Civil Engr.CE 408 Risk Analysis in Civil Engr.CE 451 Water Resources EngineeringCE 453 Water Quality ControlCE 467L Geotechnical EngineeringCE 471 Principles of Transportation Engr.CE 480 Structural Systems DesignEE 202L Linear CircuitsorEE 326Lx Essentials of Electrical Engr.ISE 460 Engineering EconomyorCE 404 Fundamentals of Law for Engr.3 Kernel Courses (see **** below)Technical Elective (see ***** below)Technical Elective (see ***** below)

* Advanced students with departmental approval have the option of completing CHEM 115abL in place of CHEM 105abL.

**Concurrent enrollment in a Social Issues GE Course is required.

*** May take Category I, II, IV or VI GE class.

**** Kernel Courses must be chosen from the following: CE 409aL, 409bL, 429, 456, 457, 465, 476, or 478.

***** See department for a list of approved technical electives.

WRIT 140 (4)<<ge cat. vi>>

MATH 125 (4) CHEM 105aL (4)GE Cat. VI (4)<<writ 140>>

GE Cat. V (4)

CE 107 (3) MATH 126 (4)math 125

PHYS 151L (4)math 125

CE 108 (2)

GE Cat. I (4) MATH 226 (4)math 126

PHYS 152L (4)phys 151L, [math 226]

GE Cat. II (4) AME 310 (3)phys 151L, math 226

MATH 245 (4)math 226

PHYS 153L phys 152L,CHEM 105bL chem 105aL,

or GEOL 305L (4)

CE 471 (3) CE 358 (3)ce 225

CE 309 (3)math 126, [ce 325]

EE 202L [math 245]or EE 326L (4)

phys 152L

CE ELEC. (3) CE 402 (3)ce 108, math 245

KERNEL COURSE(3)

ISE 460 orCE 404 (3)

CE 334L (3)ce 225

CE ELEC. (3) CE 467L (4)ce 225

KERNEL COURSE(3)

GE Cat. IV (4) WRIT 340 (3)writ 140

KERNEL COURSE(3)

CE 451 (4)ce 309

freshman

sophomore

junior

senior

(18 units)

(13 units)

(18 units)

(18 units)

(16 units)

(15 units)

(16 units)

(17 units)

KEY: prerequisite [co-requisite] <<concurrent enrollment>>

CE 106 (2)

CE 205 (2)phys 151L

CE 225 (3)ce 205

CE 325 (3)ce 205

CE 408 (3) CE 453 (3)chem 105aL, ce 309

CE 480 (3)ce 456, 457, or 478

48C

E

(B

UI

LD

IN

G

SC

IE

NC

E)

civil (building science) (135 units) Mathematics (16 units)MATH 125 Calculus IMATH 126 Calculus IIMATH 226 Calculus IIIMATH 245 Mathematics of Phys. and Engr.

Physics/Geology (12 units)PHYS 151L Mechanics and ThermodynamicsPHYS 152L Electricity and MagnetismPHYS 153L Optics and Modern PhysicsorororororGEOL 305L Intro. to Engineering Geology

Chemistry (4 units)CHEM 105aL* General Chemistry


Architecture (30 units)ARCH 114 Intro. to Modern ArchitectureARCH 214b History & Theory of Arch. IIARCH 205aL**** Building Science IARCH 205bL**** Building Science IARCH 305aL**** Building Science IIARCH 305bL**** Building Science IIARCH 405aL**** Building Science IIIARCH 405bL**** Building Science III

Engineering (46 units)AME 310 Engineering Thermodynamics ICE 106 Design & Planning of CE SystemsCE 107 Intro. to Civil Engr. GraphicsCE 108 Intro. to CE Computer MethodsCE 205 StaticsCE 225 Mechanics of Deformable BodiesCE 309 Fluid MechanicsCE 325 DynamicsCE 334L Mechanical Behavior of MaterialsCE 358 Theory of Structures ICE 408 Risk Analysis in Civil Engr.CE 456 Design of Steel StructuresCE 457 Reinforced Concrete DesignCE 458 Theory of Structures IICE 467L Geotechnical EngineeringTechnical Elective (see ***** below)

* Advanced students with departmental approval have the option of completing CHEM 115aL in place of CHEM 105aL.



**** The School of Architecture requires a minimum grade of C in ARCH 205abL, 305abL, and 405abL in order to continue the Building Science sequence.



MATH 125 (4) CHEM 105aL (4)GE Cat VI (4)<<writ 140>>

GE Cat. V (4)

CE 108 (2) MATH 126 (4)math 125


ARCH 114 (2)

CE 205 (2)[phys 151L]



CE 225 (3)ce 205

AME 310 (3)math 226, phys 151L


PHYS 153L phys 152Lor GEOL 305L (4)

CE 358 (3)ce 225

CE 456 (3)ce 358

CE 325 (3)ce 205

ARCH 305aL (4)arch 205bL

GE Cat. I (4) CE 457 (3)ce 225

CE 334L (3)ce 225

ARCH 214b (4) ARCH 305bL (4)arch 305aL

GE Cat. II (4) CE ELEC. (3) CE 408 (3)


CE 458 (3)ce 108, ce 358

freshman

sophomore

junior

senior

(18 units)

(15 units)

(18 units)

(18 units)

(16 units)

(18 units)

(18 units)

(14 units)


CE 106 (2)

CE 107 (3)

ARCH 205aL (4)ce 107

ARCH 205bL (4)arch 205aL

CE 309 (3)math 126, [ce 325]

CE 467L (4)ce 225

ARCH 405aL (4)arch 305bL

ARCH 405bL (4)arch 405aL

49C

E

(C

ON

ST

RU

CT

IO

N)

civil (construction) (131 units) Mathematics (16 units)MATH 125 Calculus IMATH 126 Calculus IIMATH 226 Calculus IIIMATH 245 Mathematics of Phys. and Engr.

Physics (8 units)PHYS 151L Mechanics and ThermodynamicsPHYS 152L Electricity and Magnetism

Other Science (8 units)CHEM 105aL* General ChemistryGEOL 305L Intro. to Engineering Geology


Engineering (72 units)AME 310 Engineering Thermodynamics ICE 106 Design & Planning of CE SystemsCE 107 Intro. to Civil Engr. GraphicsCE 108 Intro. to CE Computer MethodsCE 205 StaticsCE 225 Mechanics of Deformable BodiesCE 309 Fluid MechanicsCE 325 DynamicsCE 334L Mechanical Behavior of MaterialsCE 358 Theory of Structures ICE 408 Risk Analysis in Civil Engr.CE 409aL Computer-Aided DesignCE 412 Contracts and SpecificationsCE 451 Water Resources EngineeringCE 460 Construction EngineeringCE 461 General Construction EstimatingCE 462 Construction Methods & Equip.CE 467L Geotechnical EngineeringCE 471 Principles of Transportation Engr.CE 480 Structural Systems DesignEE 202L Linear CircuitsorororororEE 326Lx Essentials of Electrical Engr.ISE 460 Engineering EconomyorororororCE 404 Fundamentals of Law for Engr.Kernel Course (see **** below)Kernel Course (see **** below)




**** Kernel Courses must be chosen from the following: CE 456, 457, 465, 466, 476, or 478. One of these must be CE 456, 457, or 478.

WRIT 140 (4)<<ge cat. vi >>


GE Cat. V (4)

CE 107 (3) MATH 126 (4)math 125


CE 108 (2)

CE 460 (3) MATH 226 (4)math 126


GE Cat. I (4) AME 310 (3)phys 151L, math 226


GEOL 305Lx (4)

CE 471 (3) CE 358 (3)ce 225

CE 309 (3)math 126, [ce 325]

CE 325 (3)ce 205

GE Cat. II (4) CE 462 (3) KERNEL COURSE(3)

ISE 460or CE 404 (3)

CE 334L (3)ce 225

CE 467L (4)ce 225

CE 412 (3) CE 461 (3)


KERNEL COURSE(3)

CE 480 (3)ce 456, 457, or 478

freshman

sophomore

junior

senior

(18 units)

(13 units)

(17 units)

(18 units)

(16 units)

(16 units)

(16 units)

(17 units)


CE 106 (2)

CE 205 (2)[phys 151L]

CE 225 (3)ce 205

EE 202L [math 245]or EE 326L (4)

phys 152L

CE 408 (3)

CE 451 (4)ce 309

CE 409aL (3)ce 225

50C

E

(E

NV

IR

ON

ME

NT

AL

)

civil (environmental) (130 units) Mathematics (16 units)MATH 125 Calculus IMATH 126 Calculus IIMATH 226 Calculus IIIMATH 245 Mathematics of Phys. and Engr.

Physics / Geology (12 units)PHYS 151L Mechanics and ThermodynamicsPHYS 152L Electricity and MagnetismPHYS 153L Optics and Modern PhysicsorGEOL 305L Intro. to Engineering Geology

Chemistry (8 units)CHEM 105aL* General ChemistryCHEM 105bL* General Chemistry


Engineering (67 units)AME 310 Engineering Thermodynamics ICE 108 Intro. to CE Computer MethodsCE 110 Intro. to Environmental Engr.CE 205 StaticsCE 210L Intro. to Env. Engr. MicrobiologyCE 225 Mechanics of Deformable BodiesCE 309 Fluid MechanicsCE 325 DynamicsCE 334L Mechanical Behavior of MaterialsCE 358 Theory of Structures ICE 408 Risk Analysis in Civil Engr.CE 451 Water Resources EngineeringCE 453 Water Quality ControlCE 463L Water Chemistry and AnalysisCE 467L Geotechnical EngineeringCE 485 Wastewater Treatment DesignENE 400 Environmental Engr. PrinciplesENE 428 Air Pollution FundamentalsISE 460 Engineering EconomyorCE 404 Fundamentals of Law for Engr.Kernel Course (see **** below)Kernel Course (see **** below)Kernel Course (see **** below)




**** Kernel Courses must be chosen from the following: CE 409aL, 443, 457, 465, 466, 476, 484, and ENE 429.


MATH 125 (4) CE 110 (4)GE Cat. VI (4)<<writ 140>>

CHEM 105bL (4)chem 105aL

CE 210L (3)ce 110, [chem 105aL]



CE 108 (2)

GE Cat. V (4) MATH 226 (4)math 126


ENE 400 (3) AME 310 (3)math 226, phys 151L


PHYS 153L phys 152Lor GEOL 305L (4)

GE Cat. I (4) WRIT 340 (3)writ 140

CE 309 (3)math 126, [ce 325]

CE 325 (3)ce 205

KERNEL COURSE(3)

CE 453 (3)chem 105al, ce 309

ISE 460 orCE 404 (3)

CE 451 (4)ce 309

CE 334L (3)ce 225

KERNEL COURSE(3) GE Cat. II (4) CE 408 (3)

KERNEL COURSE(3) GE Cat. IV (4) ENE 428 (3) CE 463L (3)

chem 105bL, ce 453

freshman

sophomore

junior

senior

(16 units)

(17 units)

(18 units)

(17 units)

(16 units)

(16 units)

(14 units)

(16 units)


CHEM 105aL (4)

CE 205 (2)[phys 151L]

CE 225 (3)ce 205

CE 358 (3)ce 225

CE 467L (4)ce 225

CE 485 (3)ce 453

51C

E

(I

NF

OR

MA

TI

ON

M

GM

T)

civil (information mgmt.) (134-135 units) Mathematics (16 units)MATH 125 Calculus IMATH 126 Calculus IIMATH 226 Calculus IIIMATH 245 Mathematics of Phys. and Engr.

Physics / Geology (12 units)PHYS 151L Mechanics and ThermodynamicsPHYS 152L Electricity and MagnetismPHYS 153L Optics and Modern PhysicsorGEOL 305L Intro. to Engineering Geology

Other Science (8 units)CHEM 105aL* General ChemistryGEOG 381L Geographic Information Science


Engineering (71-72 units)CE 106 Design & Planning of CE SystemsCE 107 Intro. to Civil Engr. GraphicsCE 205 StaticsCE 225 Mechanics of Deformable BodiesCE 309 Fluid MechanicsCE 325 DynamicsCE 334L Mechanical Behavior of MaterialsCE 358 Theory of Structures ICE 402 Computer Methods in Civil Engr.CE 408 Risk Analysis in Civil Engr.CE 460 Construction EngineeringCE 467L Geotechnical EngineeringCE 471 Prin. of Transportation Engr.CE 477 Civil Infrastructure Info. SystemsCE 480 Structural Systems DesignCSCI 101L Fund. of Computer Programming.CSCI 102L Data StructuresCSCI 201L Prin. of Software DevelopmentCSCI 485 File and Database ManagementorororororIOM 435 Business Database SystemsDesign Elective (see **** below)Design Elective (see **** below)Design Elective (see **** below)CE Elective




**** Design Electives must be chosen from the following: CE 409aL, 456, 457, 478, 465, and 476.



GE Cat. V (4)

CE 107 (3) MATH 126 (4)math 125


CSCI 102L (4)csci 101L



CE 460 (3) CSCI 201L (4)csci 102L


PHYS 153L phys 152Lor GEOL 305Lx (4)

GE Cat. I (4) GE Cat. II (4) CE 309 (3)math 126, [ce 325]

CE 325 (3)ce 205

DESIGN ELEC. (3) WRIT 340 (3)writ 140

GEOG 381L (4) CE 402 (3)ce 108, math 245

CE 334L (3)ce 225

DESIGN ELEC. (3) CE 467L (4)ce 225

CE 477 (3)csci 201, ce 402

GE Cat. IV (4) DESIGN ELEC. (3) CE ELEC. (4)CSCI 485

or IOM 435 (3-4)csci 201

freshman

sophomore

junior

senior

(18 units)

(14 units)

(18 units)

(18 units)

(17 units)

(16 units)

(16 units)

(17-18 units)


CE 106 (2)

CSCI 101L (3)

CE 205 (2)[phys 151L]

CE 225 (3)ce 205

CE 358 (3)ce 225

CE 408 (3) CE 471 (3)

CE 480 (3)ce 456, 457, or 478

52C

E

(S

TR

UC

TU

RA

L)

civil (structural) (131 units) Mathematics (16 units)MATH 125 Calculus IMATH 126 Calculus IIMATH 226 Calculus IIIMATH 245 Mathematics of Phys. and Engr.


Other Science (8 units)CHEM 105aL* General ChemistryGEOL 305L Intro. to Engineering Geology


Engineering (72 units)AME 310 Engineering Thermodynamics ICE 106 Design & Planning of CE SystemsCE 107 Intro. to Civil Engr. GraphicsCE 108 Intro. to CE Computer MethodsCE 205 StaticsCE 225 Mechanics of Deformable BodiesCE 309 Fluid MechanicsCE 325 DynamicsCE 334L Mechanical Behavior of MaterialsCE 358 Theory of Structures ICE 402 Computer Methods in Civil Engr.CE 408 Risk Analysis in Civil Engr.CE 409aL Computer-Aided DesignCE 451 Water Resources EngineeringCE 456 Design of Steel StructuresCE 457 Reinforced Concrete DesignCE 458 Theory of Structures IICE 459 Intro. to Structural DynamicsCE 460 Construction EngineeringCE 467L Geotechnical EngineeringCE 478 Timber and Masonry DesignCE 480 Structural Systems DesignEE 202L Linear CircuitsorororororEE 326Lx Essentials of Electrical Engr.ISE 460 Engineering Economy






GE Cat. V (4)

CE 108 (2) MATH 126 (4)math 125


CE 107 (3)

GE Cat. I (4) MATH 226 (4)math 126


GE Cat. II (4) AME 310 (3)phys 151L, math 226


GEOL 305 (4)

CE 456 (3)ce 358

CE 358 (3)ce 225

CE 309 (3)math 126, [ce 325]

CE 325 (3)ce 205

CE 458 (3)ce 108, ce 358

CE 402 (3)ce 108, math 245

ISE 460 (3) CE 457 (3)ce 225

CE 334L (3)ce 225

CE 467L (4)ce 225

CE 478 (3) CE 460 (3)


CE 480 (3)ce 456, 457, or 478

CE 451 (4)ce 309

freshman

sophomore

junior

senior

(18 units)

(13 units)

(18 units)

(18 units)

(16 units)

(15 units)

(16 units)

(17 units)


CE 106 (2)

CE 205 (2)[phys 151L]

CE 225 (3)ce 205

EE 202L [math 245]or EE 326L (4)

phys 152L

CE 408 (3)

CE 459 (3)[ce 458]

CE 409aL (3)ce 225

53C

E

(W

AT

ER

R

ES

OU

RC

ES

)

civil (water resources) (131 units)Mathematics (16 units)MATH 125 Calculus IMATH 126 Calculus IIMATH 226 Calculus IIIMATH 245 Mathematics of Phys. and Engr.

Physics (8-12 units)PHYS 151L Mechanics and ThermodynamicsPHYS 152L Electricity and MagnetismPHYS 153L Optics and Modern PhysicsorCHEM 105bL* General ChemistryorGEOL 305L Intro. to Engineering Geology

Chemistry (4-8 units)CHEM 105aL* General Chemistry


Engineering (72 units)AME 310 Engineering Thermodynamics ICE 106 Design & Planning of CE SystemsCE 107 Intro. to Civil Engr. GraphicsCE 108 Intro. to CE Computer MethodsCE 205 StaticsCE 225 Mechanics of Deformable BodiesCE 309 Fluid MechanicsCE 325 DynamicsCE 334L Mechanical Behavior of MaterialsCE 358 Theory of Structures ICE 402 Computer Methods in Civil Engr.CE 408 Risk Analysis in Civil Engr.CE 451 Water Resources EngineeringCE 453 Water Quality ControlCE 467L Geotechnical EngineeringCE 471 Principles of Transportation Engr.CE 485 Wastewater Treatment DesignEE 202L Linear CircuitsorororororEE 326L Essentials of Electrical Engr.ISE 460 Engineering EconomyKernel Course (see **** below)Kernel Course (see **** below)Kernel Course (see **** below)Technical Elective (see ***** below)Technical Elective (see ***** below)




**** Kernel Courses must be selected from the following: CE 465, 466, and 476.


WRIT 140 (4)<< ge cat. vi>>


GE Cat. I (4)

CE 108 (2) MATH 126 (4)math 125


CE 107 (3)

GE Cat. II (4) MATH 226 (4)math 126


GE Cat. V (4) AME 310 (3)math 226, phys 151L


PHYS 153L phys 152L,CHEM 105bL chem105aL,

or GEOL 305L (4)

CE 471 (3) CE 358 (3)ce 225

CE 309 (3)math 126, [ce 325]

CE 325 (3)ce 205

CE ELEC. (3) CE 402 (3)ce 108, math 245

KERNEL COURSE(3) ISE 460 (3) CE 334L (3)

ce 225

CE 467L (4)ce 225

CE ELEC. (3) KERNEL COURSE(3)


KERNEL COURSE(3)

CE 451 (4)ce 309

freshman

sophomore

junior

senior

(18 units)

(13 units)

(18 units)

(18 units)

(16 units)

(15 units)

(16 units)

(17 units)


CE 106 (2)

CE 205 (2)[phys 151L]

CE 225 (3)ce 205

EE 202L [math 245]or EE 326L (4)

phys 152L

CE 408 (3) CE 453 (3)chem 105aL, ce 309

CE 485 (3)ce 453

54E

NV

IR

ON

ME

NT

AL

environmental engr. (132 units) Mathematics (16 units)MATH 125 Calculus IMATH 126 Calculus IIMATH 226 Calculus IIIMATH 245 Mathematics of Phys. and Engr.


Chemistry (12 units)CHEM 105aL* General ChemistryCHEM 105bL* General ChemistryCHEM 322aL Organic Chemistry

Other Science (8 units)BISC 220L Cell Biology and PhysiologyGEOL 305L Intro. to Engineering Geology


Engineering (61 units)CE 108 Intro. to CE Computer MethodsCE 110 Intro. to Environmental Engr.CE 205 StaticsCE 210L Intro. to Env. Engr. MicrobiologyCE 408 Risk Analysis in Civil Engr.CE 451 Water Resources EngineeringCE 453 Water Quality ControlCE 463L Water Chemistry and AnalysisCE 465 Water Supp. & Sewage Systems Des.CE 484 Water Treatment DesignCE 485 Wastewater Treatment DesignCHE 330 Chemical Engr. ThermodynamicsENE 400 Environmental Engr. PrinciplesENE 410 Environmental Fluid MechanicsENE 428 Air Pollution FundamentalsENE 429 Air Pollution ControlENE 486 Solid & Hazardous Waste Engr.ISE 460 Engineering EconomyorororororCE 404 Fundamentals of Law for Engr.PTE 463L Intro. to Transport ProcessesKernel Course (see **** below)




**** Kernel Course must be selected from the following: CE 402, 409aL, 443, and CHE 442.




CE 210L (3)ce 110, [chem 105aL]



CE 108 (2)



BISC 220L (4)[chem 105bL]

ENE 400 (3) MATH 245 (4)math 226

GE Cat. I (4)

ENE 410 (3)math 226

WRIT 340 (3)writ 140

ENE 428 (3) CE 453 (3)chem 105aL

GE Cat. II (4) KERNEL COURSE(3) CE 408 (3) GEOL 305L (4) CE 451 (4)

CE 465 (3)ce 453

CE 484 (3)ce 453

PTE 463L (3)math 245, chem 105aL,

phys 151L

GE Cat. IV (4) CE 463L (3)chem 105bL, ce 453

CE 485 (3)ce 453 ENE 429 (3)

freshman

sophomore

junior

senior

(16 units)

(17 units)

(18 units)

(15 units)

(16 units)

(18 units)

(16 units)

(16 units)


CHEM 105aL (4)

CE 205 (2)[phys 151L]

CHEM 322aL (4)chem 105bL

CHE 330 (4)[math 226]

ISE 460 orCE 404 (3)

ENE 486 (3)ene 400

55E

NE

-

B

IO

TE

CH

NO

LO

GY

environmental (biotech.) (132 units) Mathematics (16 units)MATH 125 Calculus IMATH 126 Calculus IIMATH 226 Calculus IIIMATH 245 Mathematics of Phys. and Engr.


Chemistry (16 units)CHEM 105aL* General ChemistryCHEM 105bL* General ChemistryCHEM 322aL Organic ChemistryCHEM 322bL Organic Chemistry

Other Science (12 units)BISC 320L Molecular BiologyBISC 330L BiochemistryGEOL 305L Intro. to Engineering Geology


Engineering (53 units)CE 108 Intro. to CE Computer MethodsCE 110 Intro. to Environmental Engr.CE 205 StaticsCE 210L Intro. to Env. Engr. MicrobiologyCE 451 Water Resources EngineeringCE 453 Water Quality ControlCE 463L Water Chemistry and AnalysisCE 465 Water Supp. & Sewage Systems Des.CE 484 Water Treatment DesignCE 485 Wastewater Treatment DesignCHE 330 Chemical Engr. ThermodynamicsENE 400 Environmental Engr. PrinciplesENE 410 Environmental Fluid MechanicsENE 429 Air Pollution ControlENE 487 Env. Biotechnology and BioremediationENE 495 Seminars in Environmental Engr.ISE 460 Engineering EconomyorororororCE 404 Fundamentals of Law for Engr.PTE 463L Intro. to Transport Processes







CE 210L (3)ce 110, [chem 105aL]



CE 108 (2)



BISC 320L (4)chem 105bL

ENE 400 (3) MATH 245 (4)math 226

ENE 410 (3)math 226

GE Cat. I (4) WRIT 340 (3)writ 140

CE 453 (3)chem 105aL

GE Cat. II (4) BISC 330L (4)bisc 320L, chem 322aL

GEOL 305L (4) CE 451 (4)

CE 465 (3)ce 453

CE 484 (3)ce 453

PTE 463L (3)math 245, chem 105aL,

phys 151L

GE Cat. IV (4) CE 463L (3)chem 105bL, ce 453

CE 485 (3)ce 453 ENE 429 (3)

freshman

sophomore

junior

senior

(16 units)

(17 units)

(18 units)

(15 units)

(17 units)

(16 units)

(16 units)

(17 units)


CHEM 105aL (4)

CE 205 (2)[phys 151L]


CHE 330 (4)[math 226]

ISE 460 orCE 404 (3)

ENE 487 (3)ce 210L, bisc 320L

CHEM 322aL (4)chem 105bL

ENE 495 (1)

civil & environmental - USC Viterbi School of Engineering · PDF fileMensuration and instru-...

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