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If courses have no
designation(s), they are generally offered each semester, but student‘s should
contact individual departments for variations.
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Summer Session course
offerings vary greatly. Students must consult with their Dean's office for
summer course offerings.
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The University
reserves the right to withdraw, modify, or add to the courses offered.
The four capital letters in parentheses represent
the computerized abbreviation for that subject field; the abbreviation is often
used on documents and course schedules. The numbers in parentheses represent
the Integrated Post-secondary Education Data System (IPEDS).
Engineering Technology (EGTC 15.99)
EGTC 110. Computer Aided Design. 2-0-6. Prerequisite:
EGSC 101. Descriptive geometry includes problems
dealing with points, lines, planes, intersections,
revolved primary and secondary views, true shapes
and sections. Geometric dimensioning and
tolerancing includes form controls, datums,
orientation, position tolerancing, runout, and
profiles. Computer aided design software (CAD) is
used throughout the course. (15.0805)
EGTC 208.
Statics.
2-2-0. Prerequisites: PHYS 101, 103, MATH 102,
MNTC 110. Basic concepts of forces, moments,
equilibrium, and cross-section properties of
structures. Application to structures in
equilibrium. (15.0805)
EGTC 210.
Strength of
Materials. 3-3-0. Prerequisite: EGTC 208.
Co-registration: EGTC 220, 221. Analysis of force
systems applied to rigid bodies at rest and
analysis of internal stresses including: direct
stress, shear stress, bending moments, beams, and
columns. (15.0805)
EGTC 220.
Engineering
Materials. 3-3-0. Prerequisite: CHEM 101.
Co-registration: EGTC 210, 221 or permission of
department head. Properties and selection of
ferrous metals and alloys, nonmetallic materials;
corrosion. (15.0611)
EGTC 221.
Materials
Laboratory. 1-0-3. Prerequisites: CHEM 101,
EGTC 208. Co-registration: EGTC 210, 220 or
permission of department head. Experiments
performed to demonstrate physical, chemical,
electrical, and mechanical properties of
engineering materials and the behavior of
structures under loads. (15.0611)
EGTC 245.
Electrical
Principles. 3-3-0. Prerequisite: MATH 102.
Corequisite: EGTC 246 or permission of department
head. DC and AC circuits including network
analysis, electromagnetism, motors, generators,
electronic devices, integrated circuits, digital
logic circuits, and control systems. (15.0399)
EGTC 246.
Electrical
Principles Laboratory. 1-0-3. Credit or
registration in EGTC 245 or permission of
department head. Laboratory experiments in
electrical circuits and devices. (15.0399)
EGTC 310.
Thermal
Systems. 3-3-0. Prerequisites: Credit in
PHYS 101 and MATH 207. First and second laws of
thermodynamics. Gases, vapors, power cycles, and
engineering application. Elements of conduction,
convection and radiation heat transfer.
(15.0899)
EGTC 315.
Fluid
Power. 2-2-0. Prerequisite: EGTC 208.
Co-registration: EGTC 316 or permission of
department head. Statics and kinematics of fluid
flow, fluid power systems including the
generation, control and transmission of power via
pressurized fluids. (15.0899)
EGTC 316.
Fluid Power
Laboratory. 1-0-3. Prerequisite:
Co-registration: EGTC 315 or permission of
department head. Laboratory to accompany EGTC 315.
Properties and flow of fluids. Measurement of
properties and flow parameters. Heat transfer in
solids and fluids. (15.0899)
EGTC 415.
Machine
Design. 4-4-0. Prerequisite: MNTC 360.
Co-registration: EGTC 416 or permission of
department head. Design and selection of machine
tools, machine elements, power-transmission units,
and their components. (15.0805)
EGTC 416.
Design
Laboratory. 1-0-3. Prerequisite: MNTC 360.
Co-registration: EGTC 415 or CETC 442 or
permission of department head. Design Laboratory:
jigs, fixtures, special tools for manufacturing
and machine components. Practice of fabrication
and manufacturing processes. 15.0805)
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