Part 1 3.7.qxp - Southwestern Oregon Community College
Part 1 3.7.qxp - Southwestern Oregon Community College
Part 1 3.7.qxp - Southwestern Oregon Community College
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Course Descriptions<br />
ED269 Educating the Mildly and Severely<br />
Disabled<br />
3 credits (3 lec hrs/wk)<br />
This course covers theories and effective techniques for<br />
working with students with disabilities. Students will<br />
receive instruction in various educational approaches<br />
based on various types of special needs. Students<br />
will also learn about services and funding provided for<br />
children with mild to severe disabilities, legal issues, and<br />
family dynamics.<br />
ED280 Cooperative Work Experience<br />
1-4 credits (3-12 hrs/wk)<br />
Cooperative Work Experience in education is a course<br />
which provides students with the opportunity to gain<br />
practical experience in applying teaching or tutoring<br />
methods and techniques. The course also allows<br />
students to explore the field of public education as a<br />
possible career choice.<br />
Prerequisite: Instructor consent.<br />
ELECTRONICS<br />
ELEC101 Electronic Processes<br />
3 credits (6 lec-lab hrs/wk)<br />
This course is designed to introduce students to<br />
electricity technology as it applies to devices and circuits<br />
used in electronic communication, computers and<br />
computer interfaces, and manufacturing systems. The<br />
course emphasizes fundamental electronic concepts,<br />
theory, and practices. Students learn to apply concepts<br />
and theory to practical applications and verify results<br />
using a variety of electronic test equipment. Students<br />
also learn procedures and practices necessary to<br />
maintain a safe working environment.<br />
ENGINEERING, GENERAL<br />
ENGR111 Engineering Orientation<br />
3 credits (3 lec hrs/wk)<br />
Topics include: survey of the engineering profession;<br />
educational and professional development; standards<br />
of practice; engineering information, calculations,<br />
and analysis. An engineering design project will<br />
be incorporated.<br />
Prerequisite: MTH111 with a “C” or better.<br />
ENGR112 Engineering Computation<br />
3 credits (2 lec, 3 lab hrs/wk)<br />
Introduction to solution of engineering problems by<br />
means of programmed numerical methods. Exposure to<br />
fundamentals of computational systems, logical analysis,<br />
algorithm development, and program input/output design.<br />
A higher-level programming language will be presented<br />
and utilized.<br />
Prerequisite: MTH111 with a “C” or better.<br />
ENGR201 Electrical Fundamentals I<br />
3 credits (3 lec hrs/wk)<br />
Topics include: circuit variables and elements, simple<br />
resistive circuits, techniques of circuit analysis,<br />
applications of operational amplifiers, inductors and<br />
capacitors, first-order circuits.<br />
Prerequisite: PH213 with a “C” or better.<br />
ENGR202 Electrical Fundamentals II<br />
3 credits (3 lec hrs/wk)<br />
Topics include: first-order and second-order<br />
circuits, analysis methods and power calculations for<br />
sinusoidal steady-state circuits, balanced three-phase<br />
circuits, mutual inductance and transformers.<br />
Prerequisite: ENGR201 with a “C” or better.<br />
ENGR203 Electrical Fundamentals III<br />
3 credits (3 lec hrs/wk)<br />
Topics include: Laplace transforms and their applications<br />
to circuit analysis; frequency-selective circuits, active<br />
filter circuits; Fourier series, Fourier transforms and their<br />
applications to circuit analysis; two-port circuits.<br />
Prerequisite: ENGR202 with a “C” or better.<br />
ENGR211 Statics<br />
3 credits (3 lec hrs/wk)<br />
Topics include: equilibrium of particles, equivalent<br />
force systems, equilibrium of rigid bodies, distributed<br />
forces and centroids, structures and machines, beams<br />
and cables.<br />
Prerequisite: PH213 with a “C” or better.<br />
ENGR212 Dynamics<br />
3 credits (3 lec hrs/wk)<br />
Topics include: kinematics and kinetics of particles,<br />
systems of particles, kinematics and kinetics of rigid<br />
bodies, work-energy and impulse momentum relations.<br />
Prerequisite: ENGR211 with a “C” or better.<br />
ENGR213 Strength (Mechanics) of Materials<br />
3 credits (3 lec hrs/wk)<br />
Topics include: stress and strain in deformable bodies,<br />
material effects caused by axial loading, torsion, pure<br />
bending, and transverse loading; transformation of<br />
stress; combined stress states; statically-indeterminate<br />
systems; beam deflection; column instability.<br />
Prerequisite: ENGR211 with a “C” or better.<br />
ENGR245 Engineering Graphics and Design<br />
3 credits (2 lec, 3 lab hrs/wk)<br />
An introductory engineering graphics course.<br />
A computer-aided drawing (CAD) application will be<br />
presented and utilized. An engineering design project will<br />
be incorporated.<br />
Prerequisite: MTH111 with a “C” or better.<br />
<strong>Southwestern</strong> <strong>Oregon</strong> <strong>Community</strong> <strong>College</strong> 2006-07 Catalog www.socc.edu Course Descriptions 168