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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 I |
3 |
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Combines lectures, classroom
discussion and |
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problem solving to teach
fundamentals of physics. |
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Topics include uniform
linear and circular motion, |
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uniform acceleration,
projectiles, Newton's First, |
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Second, and Third Laws of
Motion, curvilinear |
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motion, forces in rotation,
elasticity, friction, |
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work, momentum, rotational
motion, mechanical |
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properties of materials,
vibrations and waves, |
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sound and fluid mechanics,
energy, and properties |
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of materials.
Pre-requisite: ENGTE 123
or MTHPT |
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123 |
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ENGTE-154 |
INTRODUCTION TO COMPUTER
DRAFTING |
4 |
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Teaches basic computer
skills using various CAD |
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software. Learning centers
around these components |
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and how they send and
receive information. Basic |
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understanding of computer
hardware, software, and |
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disk operating systems. Uses
basic drafting skills |
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learned from traditional
drafting courses to |
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create simple dimensioned
drawings.
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ENGTE-204 |
CIVIL 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 |
