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ENGTE-105 |
DRAFTING PRINCIPLES |
9 |
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Includes line work,
lettering, applied geometry, |
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dimensioning, orthographic
projection, and the use |
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of drafting tools. Emphasis
on various methods of |
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drafting views of objects
including auxiliary |
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views, revolutions,
intersections, developments, |
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technical illustration,
precision dimensioning, |
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working drawings and
reproductions of drawings. |
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Traditional and CAD drafting
tools used. |
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ENGTE-130 |
COMPUTER AIDED MACHINE
DRAFTING |
9 |
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Application of computer
aided drafting skills |
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using AutoCAD software on
increasingly complex |
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drawings. Emphasis is on
drafting technician's |
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position as a designer and
detailer for support of |
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engineered and manufactured
products. Techniques |
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of dimensioning and
tolerancing detail drawings |
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for manufacturing covered.
Current manufacturing |
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techniques and engineering
product design |
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processes also covered. |
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Pre-requisite: ENGTE
105.
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ENGTE-135 |
APPLIED PHYSICS |
4 |
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Combines lectures, classroom discussion and problem solving to teach fundamentals of physics. Topics include uniform linear and circular motion, uniform acceleration, projectiles, Newton's First, Second, and Third Laws of Motion, curvilinear motion, forces in rotation, elasticity, friction, work, momentum, rotational motion, mechanical properties of materials, vibrations and waves, sound and fluid mechanics, energy, and properties of materials.
Pre-requisite: MTHPT 137.
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ENGTE-154 |
INTRODUCTION TO COMPUTER |
4 |
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Teaches basic computer skills using various CAD software. Learning centers around these components and how they send and receive information. Basic understanding of computer hardware, software, and disk operating systems. Uses basic drafting skills learned from traditional drafting courses to create simple dimensioned drawings. |
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ENGTE-204 |
BASIC SURVEY TECHNOLOGY |
9 |
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Covers basics of mapping
including contours, |
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symbols, topography, curve
geometry, and curve |
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data. Methods of calculating
angles, bearings, |
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distances, areas,
quantities, and grades
studied. |
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Maps drawn from survey field
notes. Practical |
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problems given in
cross-sections and profiles, |
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cuts and fills, grades,
earthwork, and horizontal |
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and vertical curve layout.
CAD used for some |
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projects. Use and
maintenance of survey
equipment. |
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Concepts of survey, leveling
procedures, stadia |
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work, traverse closures and
areas, triangulation, |
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construction surveys,
computations by various |
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methods, and route surveying
studied. Mastery of |
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correct methods of
note-taking and drafting |
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surveys from these field
notes. |
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Pre-requisite: ENGTE 105, ENGTE 154, and MTHPT 137.
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ENGTE-205 |
SURVEY DRAFTING & DESIGN |
5 |
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The student will learn
fundamental civil drafting |
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and design techniques and
electronic survey data |
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management functions. |
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ENGTE-208 |
ARCHITECTURAL AND STRUCTURAL
DRAFTING |
9 |
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Fundamental architectural
drafting methods taught. |
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Site plans, foundation
plans, floor plans, |
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elevations, construction
details, lighting and |
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wiring, stair details, floor
and roof framing |
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plans, interior elevations
drafted, and window and |
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door schedules developed.
Prepares students to |
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draft structural steel,
precast and |
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poured-in-place concrete,
and structural wood |
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projects. Includes
engineering drawings and
shop |
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drawings. |
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Pre-requisite: ENGTE
154 or instructor
permission.
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ENGTE-209 |
SURVEYING |
5 |
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The student will learn and
use fundamental |
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surveying concepts and
practices utilizing |
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electronic, land-based,
surveying equipment to |
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solve real world surveying
problems.
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ENGTE-225 |
3-D CAD MODELING |
5 |
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This is a study in advanced
CAD concepts and |
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procedures to develop
three-dimensional wireframe |
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models. Emphasis will be on
the creation and use |
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of 3-D primitives, surface
modeling, basic solids |
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modeling, shading
techniques, and the use of |
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rendering and animation
software. |
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Pre-requisite: ENGTE
154 or instructor
permission.
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ENGTE-227 |
CAD/CAM PROJECT |
5 |
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This course will be a
"senior" project class |
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where the students will work
in teams to design |
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and build a project. The
projects will be based on |
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real world problems from
local area |
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businesses that require
assistance in implementing |
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solutions to their
production problems due to a |
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lack of time/ability.
Typically, 1/2 of the |
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semester focuses on the CAD
design of the project |
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with the last 1/2 of the
semester focusing on the |
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CAM fabrication of that
project.
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ENGTE-237 |
APPLIED PHYSICS II |
3 |
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Covers basic engineering
principles necessary for |
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draftsperson to communicate
on a technical level |
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with designers. Covers
temperature and heat, |
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thermal properties of
materials, fundamentals of |
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thermodynamics,
electrostatics, capacitance
and |
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dielectrics, current
resistance, power, basic DC |
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circuits, magnetism,
electromagnetic induction, |
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basic AC circuits, electrons
and solid state |
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physics, light and
illumination, mirrors and |
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lenses, and vision and
optical instruments. |
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Pre-requisite: ENGTE
135 or GENTC 133. |
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ENGTE-246 |
CONSTRUCTION AND
MANUFACTURING |
2 |
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Gives students an
understanding of legal
aspects |
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TECHNOLOGY |
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and practical applications
of surveying |
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techniques. Civil
engineering terminology, |
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engineering methods in the
construction of roads, |
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bridges, and other
structures, practical |
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understanding of methods
industry uses to work |
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metals, basic metallurgy and
effects of heat |
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treatment, methods of
forging and casting, |
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followed by overview of
general metal working and |
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inspection techniques. |
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ENGTE-257 |
APPLIED PHYSICS II |
3 |
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Covers basic engineering principles necessary for a draftsperson to communicate on a technical level with designers. Covers temperature and heat, thermal properties of materials, fundamentals of thermodynamics, electrostatics, capacitance and dielectrics, current resistance, power, basic DC circuits, magnetism, electromagnetic induction, basic AC circuits, electrons and solid state physics, light and illumination, mirrors and lenses, and vision and optical instruments. Pre-requisite: ENGTE 135 or GENTC 133. |
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ENGTE-290 |
DIRECTED STUDY IN
ENGINEERING |
1 |
10 |
Opportunity to learn
advanced skills in area |
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TECHNOLOGY |
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agreed upon by student and
instructor. Objectives |
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developed to complete a
specialized project or |
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course of study and a plan
to achieve these |
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objectives. |
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ENGTE-292 |
SPECIAL TOPICS IN
ENGINEERING |
1 |
10 |
Offers opportunity to learn
advanced skills for |
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TECHNOLOGY |
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students who are progressing
at faster than normal |
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pace. |
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ENGTE-296 |
COOPERATIVE EDUCATION IN
ENGINEERING |
1 |
10 |
Work experience in business
related to the |
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TECHNOLOGY |
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student's career goal.
Student is a paid, |
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part-time employee working
under supervision of |
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employer and program
coordinator. Registration |
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only with the approval of
program coordinator. |
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ENGTE-305 |
ADVANCED SURVEYING DRAFTING & DESIGN |
5 |
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Consists of lecture and lab
work pertaining to |
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typical highway, bridge,
storm drainage, sewer, |
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and land development design.
Lab work performed by |
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CAD, field trips made to
observe on-going |
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projects. |
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Pre-requisite: ENGTE
204. |
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ENGTE-390 |
DIRECTED STUDY IN
ENGINEERING |
1 |
5 |
Opportunity to learn
advanced skills in area |
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TECHNOLOGY |
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agreed upon by student and
instructor. Objectives |
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developed to complete a
specialized project or |
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course of study and a plan
to achieve these |
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objectives.
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ENGTE-409 |
ADVANCED SURVEYING |
5 |
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Expands on topics taught in
the basic survey |
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course. Consists of
lectures, lab and field
trips. |
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Topics presented on plane
surveying, topographics, |
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public land, construction
staking, geodetic, |
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hydrographic and land
development. Discussion |
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presented on geographics
information and global |
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position systems. |
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Pre-requisite: ENGTE
204.
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ENGTE-410 |
PROJECT MANAGEMENT |
4 |
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Lecture and field trips to
construction projects. |
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Estimating, contracts,
contract administration, |
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construction materials, and
equipment management |
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and productions covered. |
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ENGTE-490 |
DIRECTED STUDY IN
ENGINEERING |
1 |
5 |
Opportunity to learn
advanced skills in area |
|
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TECHNOLOGY |
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agreed upon by student and
instructor. Objectives |
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developed to complete a
specialized project or |
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course of study and a plan
to achieve these |
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objectives. |
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ENGTE-492 |
SPECIAL TOPICS IN
ENGINEERING |
1 |
5 |
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TECHNOLOGY |
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ENGTE-496 |
COOPERATIVE EDUCATION IN
ENGINEERING |
1 |
10 |
Enables Bachelor of Applied
Technology Drafting |
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|
TECHNOLOGY |
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students to attain hands-on
field experience that |
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will greatly enhance their
employability in the |
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drafting trade. |
