DEPARTMENT
OF INDUSTRIAL TECHNOLOGY
FALL 2005 SEMESTER
CLASS
|
TITLE |
COURSE
DESCRIPTION |
SECTION |
DAYS
|
TIME
|
CET101 |
Surveying I (lecture) (Students must
register for both lecture and lab) J. Rose |
Fundamental surveying principles including theory and field work using the level and transit, horizontal measurement by tape or stadia, benchmark and profile leveling traverse surveys and computations, establishment of line and grade. Designed to develop semi-professional personnel working for private or government engineering agencies. Prerequisite: MAT151
& MAT182 or equivalent or departmental permission |
5511 |
R |
|
CET101 |
Surveying I (lab) J. Rose |
Students enrolling in CET101 must enroll in both the lecture and lab. Lab meets eight times per semester on every other Saturday. |
Meets 8 weeks to 5513 |
S |
|
CET102 |
Surveying II (lecture) (Students must
register for both lecture and lab) J. Rose |
Surveying principles including triangulation, municipal and land surveys, topographic surveys, earthwork, state plane coordinate systems, stadia methods, practical astronomy, highway curves, superelevations and construction. Prerequisite: CET101
or departmental permission |
5515 |
T |
|
CET102 |
Surveying II (lab) J. Rose |
Students enrolling in CET102 must enroll in both the lecture and lab. Lab meets eight times per semester on every other Saturday. |
Meets 8 weeks to 5517 |
S |
|
CET103 |
Construction Methods A. Abboud |
Modern construction techniques: planning methods, critical path method (CPM), excavation and earthmoving practices, estimating and work scheduling, concrete design and placement practices. Includes reinforced concrete, prestressed concrete, carpentry, asphalt characteristics, proper proportioning of aggregate and important safety methods. Introduction to heavy construction equipment use. Prerequisite: None |
5519 |
T |
|
CET150 |
Introduction to Geodesy & Map Projections B. Fisher |
Coordinate frames used in geodesy, photogrammetry,
surveying, and mapping. Cartesian, spherical, and ellipsoidal coordinates.
Introduction to kinematics, gravity field, and size and shape of earth.
Positioning in three dimensions. Introduction to map projections and
associated coordinate systems. Theory and application of the plane
coorrdinate systems with emphasis on Prerequisite: CET102
& MAT182 or departmental position |
5521 |
W |
|
CET171 |
Construction Contracts A. Abboud |
Legal aspects of construction contracts, writing and interpretation of specifications, prequalifications, and use of performance bonds. Prerequisite: None |
5523 |
M |
7: |
CET202 |
Boundary Control and Legal Principles II J. Cristea |
Application of principles to actual case studies. Emphasis on proper form and clarity in legal description writing. Procedure for filing subdivision plats and preparation for land surveyor’s registration examinations. Prerequisite: CET201
or departmental permission |
5525 |
R |
|
CET211 |
Strength of Materials J. Erion |
A study of strength and application of the materials of engineering construction, including the mechanics of beams, shafts, and bolted and welded connections under various loading conditions. Prerequisite: MAT151
& MAT182 or equivalent or departmental approval |
5527 |
W |
|
CET250 |
J. Knight |
Overview of unique requirements to determine land
boundaries according to the Manual of Instructions for th Survey of Public
Lands of the United States, including history of the system, lotted sections,
proportioning, subdividing, and evidence analysis. Emphasis on rules in order
to perform any boundary survey, particularly for Prerequisite: CET102
& CET201 |
5529 |
M |
|