2012-2013 Catalog (all pages) - Ohlone College
2012-2013 Catalog (all pages) - Ohlone College
2012-2013 Catalog (all pages) - Ohlone College
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9 ANNOUNCEMENT OF COURSES 181<br />
ENGI-101<br />
ENGI-114<br />
ENGI-115<br />
ENGI-120<br />
ENGI-130<br />
n n n<br />
ENGINEERING<br />
Division: Science, Engineering, and Mathematics<br />
Introduction to Engineering<br />
36.00 hrs lecture, 54.00 hrs lab<br />
Units: 3.00<br />
Advisory: Eligible for ENGL-151B and ENGL-163<br />
Accepted For Credit: CSU & UC<br />
This course explores the field of engineering and its different<br />
branches. It provides hands-on design projects including<br />
experimentation, team work, ethics, and the application of<br />
basic scientific principles to practical situations. (GC)<br />
How Technology Works<br />
54.00 hrs lecture, 54.00 hrs lab<br />
Units: 4.00<br />
Cross-referenced Course: CNET-114<br />
Accepted For Credit: CSU<br />
This course is intended for students of <strong>all</strong> disciplines who are<br />
interested in how everyday things work. It is an introduction to<br />
some of the fundamental science concepts underpinning high<br />
technology, emphasizing everyday devices and practical<br />
experience, for the development of scientific and computer<br />
literacy. Students will experiment with technology to discover<br />
principles of science. Concepts such as force, work, energy,<br />
power, liquids and gasses, heat transfer, electricity, magnetism,<br />
electronics, light, materials science, and time are explored<br />
through experimentation and observation. Students will<br />
experience through class demonstrations and hands-on<br />
laboratories the concepts presented by the instructor.<br />
Phenomena such as how computers convert data, how iPods<br />
transmit sound, how electronic thermometers measure<br />
temperature, how solar heating panels capture heat, and how<br />
GPSs use microwaves will be explored. Field trips to local tech<br />
industry displays are required. (GC)<br />
Engineering Graphics and Design<br />
54.00 hrs lecture, 54.00 hrs lab<br />
Units: 4.00<br />
Advisory: Eligible for ENGL-151B, MATH-151<br />
Accepted For Credit: CSU & UC<br />
This course covers the principles of graphic expression by<br />
means of technical sketching, and computer aided drafting.<br />
(GR)<br />
Engineering Mechanics – Statics<br />
54.00 hrs lecture<br />
Units: 3.00<br />
Prerequisite: PHYS-140 and MATH-101B<br />
Accepted For Credit: CSU & UC<br />
This course is a study of force systems and equilibrium in two<br />
and three dimensional structures, distributed forces, friction,<br />
and virtual work. (GR)<br />
Electric Circuit Analysis<br />
54.00 hrs lecture, 54.00 hrs lab<br />
Units: 4.00<br />
Prerequisite: MATH-101B and PHYS-141<br />
Advisory: Eligible for ENGL-151B and ENGL-163<br />
Accepted For Credit: CSU & UC<br />
This course is a study of DC and AC linear circuits and transient<br />
and steady state analysis. Experimental techniques,<br />
instrumentation, and circuit simulation will be covered in the<br />
lab. (GR)<br />
ENGI-135 Introduction to Robotics and Automated Systems<br />
54.00 hrs lecture, 54.00 hrs lab<br />
Units: 4.00<br />
Cross-referenced Course: CNET-115<br />
Accepted For Credit: CSU<br />
Students who take this class will understand how scientific<br />
innovation can affect their lives either directly or indirectly. The<br />
class will teach students the principles of scientific<br />
methodology as it is applied to solving problems. The<br />
application of this scientific method will be used to navigate an<br />
abundance of technical information – to obtain the<br />
information, to understand the information, and to determine<br />
how to apply it. This course describes the functional hardware<br />
and software components of Automated Systems. The student<br />
will experience how scientific principles are applied by building<br />
and programming robots. The emphasis is for students to learn<br />
science by actu<strong>all</strong>y doing science. Repeatable = 3 times (GC)<br />
ENGI-140 Materials Engineering<br />
54.00 hrs lecture, 54.00 hrs lab<br />
Units: 4.00<br />
Prerequisite: CHEM-101A and PHYS-140<br />
Accepted For Credit: CSU & UC<br />
This course covers atomic and crystal structures; imperfections;<br />
diffusion and relation between microstructure; the properties<br />
of engineering materials such as metals, polymers, ceramics<br />
and composites; phase equilibrium and transformations;<br />
mechanical, electrical, thermal, magnetic and optical<br />
properties; corrosion; and material degradation. (GC)<br />
ENGI-195A1 Work Experience Education – Vocational<br />
75.00 hrs lab<br />
Units: 1.00<br />
Accepted For Credit: CSU<br />
Work experience education for students employed in jobs<br />
directly related to a major. Units received are based on hours<br />
worked. (GC)<br />
ENGI-195A2 Work Experience Education – Vocational<br />
150.00 hrs lab<br />
Units: 2.00<br />
Accepted For Credit: CSU<br />
Work experience education for students employed in jobs<br />
directly related to a major. Units received are based on hours<br />
worked. (GC)<br />
ENGI-195A3 Work Experience Education – Vocational<br />
225.00 hrs lab<br />
Units: 3.00<br />
Accepted For Credit: CSU<br />
Work experience education for students employed in jobs<br />
directly related to a major. Units received are based on hours<br />
worked. (GC)<br />
ENGI-195A4 Work Experience Education – Vocational<br />
300.00 hrs lab<br />
Units: 4.00<br />
Accepted For Credit: CSU<br />
Work experience education for students employed in jobs<br />
directly related to a major. Units received are based on hours<br />
worked. (GC)<br />
<strong>2012</strong>-<strong>2013</strong> OHLONE COLLEGE CATALOG