Page 153 - 2019-20 GCC Catalog

150 ENGINEERING

140 156 240
MATERIALS SCIENCE AND PROGRAMMING AND PROBLEM- ELECTRICAL ENGINEERING
ENGINEERING SOLVING IN MATLAB FUNDAMENTALS
3.0 Units 3.0 Units 4.0 Units
ENGR 140 examines the internal structures ENGR 156 provides an introduction to ENGR 240 is an introduction to the theory
of materials and their subsequent behaviors MATLAB to provide students with a working and analysis of electrical circuits; basic
used in engineering applications, including knowledge of computer based problem-solv- circuit elements including the operational
metals, ceramics, polymers, composites and ing methods with applications for science amplifi er; circuit theorems; direct current
semiconductors. Students learn how to select and engineering. It introduces the funda- circuits; forced and natural responses of
appropriate materials to meet engineering mentals of procedural and object-oriented simple circuits; sinusoidal steady state analy-
design criteria and to understand the eff ects programming, numerical analysis, and sis and the use of a standard computer-aided
of heat, mechanical stress, imperfections, data structures. Students gain experience circuit analysis program. Consideration is
and chemical environments on material working with MATLAB toolboxes and with given to power, energy, impedance, phasors,
properties and performance. Note: ENGR 141 development and debugging of programs frequency response and their use in circuit
(Materials Science and Engineering Labora- using MATLAB and Simulink. Examples design. Lecture 3 hours/Laboratory 3 hours.
tory) may be required for full articulation. and assignments in the course are drawn Prerequisite: PHY 102 and MATH 105.
Lecture 3 hours. Prerequisite: CHEM 101 from practical applications in engineering, Corequisite: MATH 108 Transfer Credit:
and PHY 101. Transfer Credit: CSU, UC. physics, and mathematics. Lecture 2 hours/ CSU, UC, USC. (C-ID ENGR 260)
Laboratory 3 hours. Prerequisite: MATH 103
141 or equivalent Transfer Credit: CSU, UC, USC. 241
MATERIALS SCIENCE AND (C-ID ENGR 220) STRENGTH OF MATERIALS
ENGINEERING LABORATORY 3.0 Units
1.0 Unit 180 ENGR 241 is the application of mechanics
ENGR 141 engages the relationships between SURVEYING to determine the eff ect of forces and torques
the internal structures of materials and their 3.0 Units on materials. Students apply this knowledge
subsequent behaviors and material proper- ENGR 180 covers the theory, principles, and to the design of load bearing components.
ties. Using experimental equipment and practice of plane surveying and includes The course covers the following topics:
laboratory report writing activities, students offi ce computations and design, operation stress, strain, axial loading, torsion, fl exural
directly observe and analyze the character- of surveying fi eld equipment, and produc- stresses, transverse shear stress, horizontal
istics of engineering materials related to the tion of engineering plans and maps. shear stresses, stress transformations, Mohr’s
lecture course ENGR 140 (Materials Science Topics include measurement of distances, circle, thin-walled pressure vessels, ductile
and Engineering). Note: ENGR 141 Materials angles, and directions, diff erential leveling, and brittle failure theories, shear and bend-
Science Laboratory should be taken concur- traversing, property and boundary surveys. ing moment diagrams, stresses in a beam,
rently with ENGR 140 and may be required Students learn topographic surveying and methods of superposition, and elastic strain
for articulation to CSU’s and UC’s. Labora- mapping, volume and earthwork calcula- energy. Statically indeterminate systems
tory 3 hours. Prerequisite: CHEM 101 and tions, horizontal and vertical curves, land are studied using Castigliano’s theorem.
PHY 101. Corequisite: ENGR 140. Transfer description techniques and global position- Lecture 3 hours. Prerequisite: ENGR 152 or
Credit: CSU, UC. ing system (GPS). Students may transfer equivalent. Transfer Credit: CSU, UC, USC.
this course to a university civil engineering (C-ID ENGR 240)
152 program or apply it toward a technical career
ENGINEERING MECHANICS - as a land surveyor. Note: ENGR 180 requires
STATICS significant field work that is conducted
3.0 Units
on campus during the lab hours. Lecture
ENGR 152 covers the composition and 2 hours/Laboratory 1 hour. Prerequisite:
resolution of co-planar and non-planar MATH 110 or MATH 110B or equivalent.
force systems, equilibrium of rigid bodies,
distributed forces, forces in trusses, frames 230
and cables, shear and bending moments DYNAMICS
in beams, and moments of inertia of areas 3.0 Units
and bodies. Lecture 3 hours. Prerequisite: ENGR 230 covers the fundamentals of kine-
PHY 101 or equivalent and MATH 104 or matics and kinetics of particles and rigid
equivalent. Transfer Credit: CSU, UC, USC. bodies. Topics include: kinematics of particle
(C-ID ENGR 130) motion; Newton’s second law, work-energy
and momentum methods; kinematics of
planar motions of rigid bodies; work-energy
and momentum principles for rigid body
motion as well as an introduction to mechani-
cal vibrations. Lecture 3 hours. Prerequisite:
ENGR 152 or equivalent. Transfer Credit:
CSU, UC, USC. (C-ID ENGR 230)

2019–2020 C A T ALOG • G LEND ALE C OMMUNITY C OLLEGE