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Engineering Graphics and Design Technology Course Offerings, Lab Reports of Mathematics

Information on various engineering graphics and design technology courses offered at utah valley state. The courses cover a range of topics including drafting, computer-aided design (cad), structural drafting, surveying, technical math, and special problems. Prerequisites and corequisites are listed for each course. The courses are designed for engineering graphics and design technology majors, as well as other students interested in related fields.

Typology: Lab Reports

2009/2010

Uploaded on 02/24/2010

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Course descriptions
284 Catalog 2006 –2007 Utah Valley State
synchronization and design of a kerne l for
real-time sys tems.
eeng 474 0
Queuin g Theory
3:3:0 Su , f, Sp
•Prerequis ite(s): MATH 2040, EENG 3750
Includes computer systems net work
modeling using s tochastic proc esses:
queuing theor y models, per formance
analysis, resource allocations, large-system
response parameters.
eeng 475 0
digita l Signal processi ng
3:3:0 f
•Prerequis ite(s): EENG 3770
Introduces the theory of digital signal
processing and its application to p ractical
problems. Cover s z-transforms, discr ete-
time Fourier transforms, FIR (Finite
Impulse Respo nse) and IIR (Inf inite Impulse
Response) digital filter design.
eeng 476 0
elect ronic Sys tems
3:3:0 Sp
•Prerequis ite(s): EENG 2270
Introduces semiconductor theory and
the fundamentals of diode and transis tor
operation. Covers the use of discrete and
integrated ac tive devices in linear amplifier
and switching app lications.
eeng 4765
elect ronics Sy stems la b
1:0:3 Su , f, Sp
•Corequis ite(s): EENG 4760
Designed to accompany EENG 4760.
Electronic an alog circuit design, simulation,
construc tion, debugging and me asurement
of circuit per formance quantities using
advanced instrumentation techniques.
egdT—eng ineerin g grAphic s And
drAftin g technology
egdT 100 0
basic d rafti ng
2:2: 0 Su, f, Sp
A beginning cour se for Engineering
Graphics and D esign Technology students;
students in t he School of Technology,
Trades, and Industr y programs who need
a related draf ting class; and gene ral
education st udents wanting to ex plore a
drafting cl ass. Covers basic sketching,
instruments and their use, lettering,
geometric co nstruction, dimensioning,
multi-view drawin gs, and section views.
Completers should be qualified to take
any of the first-year drafting te chnology
courses.
egdT 1010
elect rical -elect ronic draft ing
3:3:0 f, Sp
•Prerequis ite(s): EGDT 1000 or equivale nt and
EGDT 1040 both wi th a grade of C- or higher
Introduction to several type s of electrical -
electronic drawings such as Block,
Connection, Logic, Schematic, Wir ing,
and Panel Diagrams. I ntroduction to b asic
DC theor y, electricity an d electrical te rms,
including Ohm’s law, Watt’s law, Logic
Truth Tables, Series an d Parallel Circuits,
and Printed Circuit Board Design, using
lectures, projects, work sheets, labs, and
drawing assignments. Prepares students for
advancement to EGDT 2010.
egdT 1040
Comput er Aided d rafti ng--A utoCAd
3:3:0 Su , f, Sp
•Prerequis ite(s): EGDT 1000 recomme nded
Teaches the draf ting AutoCA D software
system. Includes enough exposure to
Windows to create files, read direc tories,
create direc tories and operate the
AutoCA D software as i t applies to Windows
and Graphics. Uses CAD sys tem to
produce, plot, print, check, and correct
drawings.
egdT 1060
microS tation
2:2: 0 f, Sp
Teaches the draf ting MicroStation
software system in Windows. Drawings are
produced, plot ted, printed, checked, and
correcte d on the CAD system.
egdT 1070
3 dimen sional C omputer m odeling
3 to 2:3 to 2: 0 f, Sp
•Prerequis ite(s): EGDT 1040 with a grade of C- o r
higher
For engineerin g, manufacturing
engineerin g, industrial design, and
engineerin g graphics (drafting) students, as
well as anyone intere sted in solid modeling.
A basic 3D comput er modeling course
which emphasize s the development of 3 D
machine par ts, assemblies, and drawings in
a constraint based modeling enviro nment
using AutoDe sk Inventor. Emphasizes
the feature based design proce ss, which
simulates act ual manufacturing processes
with 2D sketching tools and with 3D
modeling tools including extrus ions,
revolutions, sweeps, lofts, coils, shells,
placed features, patter ns, and many others.
Also teaches creation of basic multi-part
assemblies, constraint driven as sembly
animation, and gene ration of detailed
production drawings.
egdT 108 0
Autoli sp
2:2: 0 f, Sp
•Prerequis ite(s): EGDT 1040 with a grade of C- o r
higher
Covers creatin g and storing AutoLisp files
and programs. In cludes customizing t he
AutoCA D menu for personal and drafting
use. Teaches creating new macros for
speeding up re petitive drawing t asks.
egdT 1090
Intro duction t o Archit ecture d rafti ng
3:3:0 Su , f, Sp
•Prerequis ite(s): EGDT 1040 highly recomm ended
For non-Engine ering Graphics and Design
Technology majors an d others who wish to
explore the fi eld of residential architectural
drafting. Covers basic procedures used
in the development of residential plans.
Includes architectural draf ting standards,
symbols, and techniques. Uses lec tures
and text reading assignments related to
the drawings and worksheets. I ntroduces
students to t he architectural profession and
related fields.
egdT 1100
Archit ectura l draf ting
3:3:0 Su , f, Sp
•Prerequis ite(s): EGDT 1040 with a grade of C- o r
higher
For Engineering Graphics and Design
Technology majors an d other student s
who wish to broaden their basic draf ting
skills in the field of residential architectural
drafting. Covers procedures us ed in
developing a compl ete set of residential
plans. Include s architectural drafting
standards, hand lettering p rocedures,
and code requirements. Reinforces m ath
skills using dimensioning and estimating
exercises. Uses lectures and text reading
assignments with related worksheets
and drawings. Prepares students for
advancement into EGDT 2100 and for
entry-level employment in related fields.
egdT 1200
mecha nical dr afting
3:3:0 Su , f, Sp
•Prerequis ite(s): EGDT 1040 with a grade of C- o r
higher
For Engineering Graphics and Design
Technology, Welding Technology, and
intended Me chanical Engineering majors.
Requires previous knowledge of linework,
lettering, geometric cons truction, and
dimensioning. Teaches engineering
sketching and detail drawing from design
layouts. Uses Machinery’s Handbook, ANSI
Standard and manufacturer’s reference
materials involving retaining rings,
bearings, oil seals, and other hardware.
Emphasizes ge ometric dimensioning
and tolerancing. I ncludes precision
dimensioning, sur face finish, mater ials,
screw threads, and machining processes
and application s.
egdT 1300
Struc tural d raftin g
3:3:0 Su , f, Sp
•Prerequis ite(s): EGDT 1040 with a grade of C- o r
higher
Covers fundame ntals of structural design.
Studies str uctural steel detailing of beams,
columns, braces, templates, marking
and numbering s ystems, bill of mater ials,
welding symbols, and erection drawings to
AISC standards.
egdT 1400
Surve ying
4:3:3 Su , f, Sp
For people seeking a surveyor’s license,
civil engineer ing majors, Enginee ring
Graphics and D esign Technology major s,
S u c c e s s . A U t a h Va l l e y State of M i n d .
S u c c e s s . A U t a h Va l l e y State of M i n d .
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2  4 Catalog 2006–2007 Utah Valley State

synchronization and design of a kernel for

real-time systems.

eeng 4740 Queuing Theory ::0 Su, f, Sp •Prerequisite(s): MATH 2040, EENG 3750

Includes computer systems network

modeling using stochastic processes:

queuing theory models, performance

analysis, resource allocations, large-system

response parameters.

eeng 47  0 digital Signal processing ::0 f •Prerequisite(s): EENG 3770

Introduces the theory of digital signal

processing and its application to practical

problems. Covers z-transforms, discrete-

time Fourier transforms, FIR (Finite

Impulse Response) and IIR (Infinite Impulse

Response) digital filter design.

eeng 4760 electronic Systems ::0 Sp •Prerequisite(s): EENG 2270

Introduces semiconductor theory and

the fundamentals of diode and transistor

operation. Covers the use of discrete and

integrated active devices in linear amplifier

and switching applications.

eeng 476  electronics Systems lab 1:0: Su, f, Sp •Corequisite(s): EENG 4760

Designed to accompany EENG 4760.

Electronic analog circuit design, simulation,

construction, debugging and measurement

of circuit performance quantities using

advanced instrumentation techniques.

egdT— engineering grAphics And

drAfting technology

egdT 1000 basic drafting 2:2:0 Su, f, Sp

A beginning course for Engineering

Graphics and Design Technology students;

students in the School of Technology,

Trades, and Industry programs who need

a related drafting class; and general

education students wanting to explore a

drafting class. Covers basic sketching,

instruments and their use, lettering,

geometric construction, dimensioning,

multi-view drawings, and section views.

Completers should be qualified to take

any of the first-year drafting technology

courses.

egdT 1010 electrical-electronic drafting ::0 f, Sp •Prerequisite(s): EGDT 1000 or equivalent and EGDT 1040 both with a grade of C- or higher

Introduction to several types of electrical-

electronic drawings such as Block,

Connection, Logic, Schematic, Wiring,

and Panel Diagrams. Introduction to basic

DC theory, electricity and electrical terms,

including Ohm’s law, Watt’s law, Logic

Truth Tables, Series and Parallel Circuits,

and Printed Circuit Board Design, using

lectures, projects, worksheets, labs, and

drawing assignments. Prepares students for

advancement to EGDT 2010.

egdT 1040 Computer Aided drafting--AutoCAd ::0 Su, f, Sp •Prerequisite(s): EGDT 1000 recommended

Teaches the drafting AutoCAD software

system. Includes enough exposure to

Windows to create files, read directories,

create directories and operate the

AutoCAD software as it applies to Windows

and Graphics. Uses CAD system to

produce, plot, print, check, and correct

drawings.

egdT 1060 microStation 2:2:0 f, Sp

Teaches the drafting MicroStation

software system in Windows. Drawings are

produced, plotted, printed, checked, and

corrected on the CAD system.

egdT 1070  dimensional Computer modeling  to 2: to 2:0 f, Sp •Prerequisite(s): EGDT 1040 with a grade of C- or higher

For engineering, manufacturing

engineering, industrial design, and

engineering graphics (drafting) students, as

well as anyone interested in solid modeling.

A basic 3D computer modeling course

which emphasizes the development of 3D

machine parts, assemblies, and drawings in

a constraint based modeling environment

using AutoDesk Inventor. Emphasizes

the feature based design process, which

simulates actual manufacturing processes

with 2D sketching tools and with 3D

modeling tools including extrusions,

revolutions, sweeps, lofts, coils, shells,

placed features, patterns, and many others.

Also teaches creation of basic multi-part

assemblies, constraint driven assembly

animation, and generation of detailed

production drawings.

egdT 10  0 Autolisp 2:2:0 f, Sp •Prerequisite(s): EGDT 1040 with a grade of C- or higher

Covers creating and storing AutoLisp files

and programs. Includes customizing the

AutoCAD menu for personal and drafting

use. Teaches creating new macros for

speeding up repetitive drawing tasks.

egdT 10  0 Introduction to Architecture drafting ::0 Su, f, Sp •Prerequisite(s): EGDT 1040 highly recommended

For non-Engineering Graphics and Design

Technology majors and others who wish to

explore the field of residential architectural

drafting. Covers basic procedures used

in the development of residential plans.

Includes architectural drafting standards,

symbols, and techniques. Uses lectures

and text reading assignments related to

the drawings and worksheets. Introduces

students to the architectural profession and

related fields.

egdT 1100 Architectural drafting ::0 Su, f, Sp •Prerequisite(s): EGDT 1040 with a grade of C- or higher

For Engineering Graphics and Design

Technology majors and other students

who wish to broaden their basic drafting

skills in the field of residential architectural

drafting. Covers procedures used in

developing a complete set of residential

plans. Includes architectural drafting

standards, hand lettering procedures,

and code requirements. Reinforces math

skills using dimensioning and estimating

exercises. Uses lectures and text reading

assignments with related worksheets

and drawings. Prepares students for

advancement into EGDT 2100 and for

entry-level employment in related fields.

egdT 1200 mechanical drafting ::0 Su, f, Sp •Prerequisite(s): EGDT 1040 with a grade of C- or higher

For Engineering Graphics and Design

Technology, Welding Technology, and

intended Mechanical Engineering majors.

Requires previous knowledge of linework,

lettering, geometric construction, and

dimensioning. Teaches engineering

sketching and detail drawing from design

layouts. Uses Machinery’s Handbook, ANSI

Standard and manufacturer’s reference

materials involving retaining rings,

bearings, oil seals, and other hardware.

Emphasizes geometric dimensioning

and tolerancing. Includes precision

dimensioning, surface finish, materials,

screw threads, and machining processes

and applications.

egdT 1  00 Structural drafting ::0 Su, f, Sp •Prerequisite(s): EGDT 1040 with a grade of C- or higher

Covers fundamentals of structural design.

Studies structural steel detailing of beams,

columns, braces, templates, marking

and numbering systems, bill of materials,

welding symbols, and erection drawings to

AISC standards.

egdT 1400 Surveying 4:: Su, f, Sp

For people seeking a surveyor’s license,

civil engineering majors, Engineering

Graphics and Design Technology majors,

S u c c e s s.

A U t a h Va

S u c c e s s.

A U t a h Va l l ey S t a t e o f M i n d.

Utah Valley State Catalog 2006–2007 2 

Construction Management majors, and

anyone else wishing to learn fundamentals

of surveying. Covers history of surveying,

mathematics, field notes, measurement and

computations, basic surveying instruments

and equipment, leveling procedures,

bearing computations, topography,

mathematical traverse closures, area

computations, and basic property

surveying. Completers should be able to

work in the job-entry phase of the surveying

field.

egdT 1600 Technical math--Algebra ::0 f, Sp •Prerequisite(s): MAT 0800 or equivalent with “C-” grade or better or appropriate test scores

Covers the basic principles of algebra,

geometry, and trigonometry as they relate

to problem solving on the job. Includes

solving equations, percent, proportion,

variation, calculator operations,

measurements, formula rearrangement,

functions and graphs, and solving right and

oblique triangles.

egdT 1610 Technical math--geometry/Trig ::0 f, Sp •Prerequisite(s): EGDT 1600 or equivalent course with a grade of C- or higher

Covers more advanced principles of

algebra, geometry, and trigonometry

as they relate to problem solving on

the job. Includes systems of equations,

powers and roots, trigonometry functions,

vectors, polynomials, quadratic equations,

exponents and radicals, and circle

concepts.

egdT 2010 Advanced electrical--CAd 2:2:0 f, Sp •Prerequisite(s): EGDT 1010 and EGDT 1040, with “C-” grade or higher

For second year Drafting Technology

majors. Concentrates on the completion

of electrical-electronic diagrams using

CAD procedures. Those layout procedures

studied will include logic and schematic

diagrams. Printed wiring board and AC

motor control wiring diagram layout

from reference schematics will also be

covered. Includes a basic introduction to

AC electrical theory including inductance

and capacitance and their relationship to

AC motors and motor controls. Completers

should have entry-level skills for an

electrical-electronic drafting position.

egdT 2020 descriptive geometry ::0 f, Sp •Prerequisite(s): EGDT 1040 with a grade of C- or higher

Required for Engineering Graphics and

Design Technology majors. Elective for

engineering majors or others interested

in graphical problem solving. Teaches

advanced orthographic projection

principles used to render view of objects

from any conceivable direction. Instructs

students in the creation of views needed

to solve problems graphically rather than

mathematically. Solutions include true

length and angle, true size and shape,

clearance, bearing, slope and grade,

intersections, shortest distance, dihedral

angle, and revolution. Use of accurate

scaling techniques is reinforced. Problems

are completed either manually or using

CAD.

egdT 2040 piping drafting 2:2:0 f, Sp •Prerequisite(s): EGDT 1040 with a grade of C- or higher

Includes single-line and double-line

pipe symbols. Covers both isometric

and orthographic projection. Studies

piping connections such as welded,

screwed, soldered, flanged, and bell

and spigot. Uses manufacturer’s and

reference materials specifications.

Includes information on copper tubing and

brass fittings. Uses hydraulic theory and

formulas. Also uses computer (CAD) to

develop drawings.

egdT 20  0 plate layout 2:2:0 f, Sp •Prerequisite(s): EGDT 2020 with a grade of C- or higher

A continuation of Descriptive Geometry

(EGDT 2020). Patterns are made of rolled

or folded surfaces such as bins, hoppers,

duct work, vent pipes, tanks, storage

containers, etc. Patterns are also made for

pipe end cuts, pipe intersections, transition

pieces and twist angles. Emphasizes three

types of pattern development: (1) parallel

line, (2) radial line, (3) triangulation.

Includes practical problems in finding the

line of intersection between surfaces and

drawing patterns.

egdT 2100 Advanced Architectural--CAd ::0 f •Prerequisite(s): EGDT 1100 and EGDT 1040 both with a grade of C- or higher

A computer-assisted course which

covers dimensioning, filling and room

identification of a previously drawn

commercial floor plan. Includes layout

detailing and dimensioning of the site

plan, footing and foundation plan, door

and window schedules; reflected ceiling

plan coordinated with the HVAC; electrical

lighting drawings; cross and longitude

sections; roof framing; and exterior

elevations. Also covers structural details

including stress analysis in terms of beam

and column design and footing widths.

Completers should have entry-level skills to

work in professional architects’ offices.

egdT 2200 Advanced mechanical--CAd ::0 Sp •Prerequisite(s): EGDT 1200 and EGDT 1070 both with a grade of C- or higher

Employs SolidWorks to produce 3D

models. Include sketching, parametric

modeling, 3D assemblies, and producing

2D working drawings. Included are sheet

metal, structural parts, mass property, and

stress analysis.

egdT 2  00 Advanced Structural--CAd ::0 Sp •Prerequisite(s): EGDT 1300 and (MATH 1060 or EGDT 1610) both with a grade of C- or higher

A second year class for students who have

completed first year structural drafting

and want to enhance their knowledge

of structural steel detailing. Includes the

proper views and dimensioning practices

for columns, stairways, handrails, cross-

bracing, anchor bolt layout, erection

drawing, and field bolt lists. Completers

should be ready for entry-level employment

as a structural steel detailer for small

detailing companies or large construction

companies.

egdT 2  10 Structural Steel modeling ::0 Sp •Prerequisite(s): EGDT 1040 and EGDT 1300 both with a grade of C- or higher

Teaches Tekla Structures modeling

software. Includes modeling of structural

steel buildings, hoppers, stairs, piping,

and miscellaneous steel projects. Prepares

students for detail and erection drawings

which are produced for fabrication and

erection of structural steel projects.

egdT 2400 Surveying Applications 4:: Su, f •Prerequisite(s): EGDT 1400 and (EGDT 1600 or MATH 1060) both with a grade of C- or higher

The second course of the surveying series.

Covers the use of advanced surveying

instruments, advanced leveling procedures,

volume computations, monumentation,

mapping, boundary surveys, and route

surveys. Works with the total station,

automatic level, and GPS equipment.

Completers should be able to work as an

instrument person on survey crews and also

prepare the drawings related to the surveys.

egdT 2600 Statics ::0 f, Sp •Prerequisite(s): MATH 1060 or EGDT 1610 both with a grade of C- or higher

For students preparing for the second

year design classes. Covers the basic

principles of statics, coplanar force

systems, coplanar-concurrent force

systems, and noncoplanar-concurrent

force systems. Prepares students for entry-

level employment as a design drafter in

structural, architectural, and mechanical

drafting.

EGDT