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ENGINEERING,<br />

ELECTRICAL<br />

220 - ELECTRICAL CIRCUITS I (4 UNITS)<br />

UC:CSU<br />

Prerequisite: Completion of Physics 038 with a grade of “C” or better.<br />

This course introduces elements of electrical circuit<br />

analysis and synthesis; solutions of passive, linear lumped<br />

parameter circuits; analogs and duals; and steady state<br />

and transient analysis applied to linear electrical and<br />

mechanical systems are studied. The course also includes<br />

a study of electrical and magnetic instruments, and<br />

transformers.<br />

ENGINEERING, GENERAL<br />

101 - INTRODUCTION TO SCIENCE,<br />

ENGINEERING AND TECHNOLOGY (2 UNITS)<br />

UC:CSU<br />

This course includes a study of engineering achievements,<br />

trends, and fundamentals. A study is made of professional<br />

engineering requirements, opportunities, and<br />

responsibilities in order that the student may perceive the<br />

relationship of his training to his environment. This class<br />

is also open to the general student who desires a better<br />

understanding of the nature of engineering.<br />

111 - INTRODUCTION TO ENGINEERING<br />

DRAFTING (3 UNITS) UC:CSU<br />

Prerequisite: Completion of Engineering General 912 with a grade of<br />

“C” or better, or one year of high school or college drafting.<br />

This course introduces principles of graphical expression<br />

through sketching, instrumental drawing, orthographic<br />

projection, auxiliary views, dimensions, and working<br />

drawings are included in this course. Descriptive geometry<br />

methods applied to points, lines, planes, warped surfaces,<br />

intersections, and development are also studied.<br />

112 - ENGINEERING DESCRIPTIVE GEOMETRY<br />

(3 UNITS) UC:CSU<br />

Prerequisites: Completion of Engineering General 111 and Mathematics<br />

265 with a grade of “C” or better, or concurrent enrollment in<br />

Mathematics 265.<br />

This course in graphical representation applies the<br />

fundamental principles of lines, planes, revolutions, vectors,<br />

and development of surfaces. Special emphasis is placed<br />

on the ability to visualize and solve three-dimensional<br />

problems found in various areas of engineering. An<br />

introduction to nomographic techniques is included.<br />

243 - STATICS AND STRENGTH OF MATERIALS<br />

(CALCULUS BASED) (4 UNITS) UC:CSU<br />

Prerequisite or corequisite: Completion of Engineering General 112<br />

with a grade of “C” or better, or concurrent enrollment.<br />

This course presents a study of the strength and mechanical<br />

principles and design (stresses, tension, compression,<br />

shear, and bending) of engineering as applied to beam<br />

stresses; pertinent moment calculations; torsion; deflection;<br />

indeterminate beams; combined axial and bending loads;<br />

eccentric loads; columns; cables; and materials and their<br />

uses in foundations, floors, walls, columns, and roofs.<br />

912 - ELEMENTARY ENGINEERING DRAFTING<br />

(3 UNITS)<br />

This course is presented for engineering majors and<br />

students who desire to learn the basic concept of freehand<br />

technical sketching and lettering. It considers the use of<br />

graphical methods in the presentation of conventional<br />

drafting practices using technological expressions.<br />

ENGINEERING, GENERAL<br />

TECHNOLOGY<br />

28 - TECHNOLOGY AND SOCIETY (3 UNITS)<br />

CSU<br />

This course explores the interrelationships between<br />

technology and society. Topics include social factors that<br />

impact technology (historical, political, economic, ethical<br />

and environmental), and the ways in which technology<br />

affects society. This course is appropriate for students in<br />

both technical and non-technical majors.<br />

ENGINEERING<br />

TECHNOLOGY<br />

25 - INDUSTRIAL SAFETY (1 UNIT)<br />

This course emphasizes CAL-OSHA Program (California<br />

General Industrial Safety Orders) standards and benefits<br />

of accident prevention. <strong>Los</strong>s of productivity, morale, real<br />

and intangible costs, relating to accidents are discussed.<br />

Students are required to write about a current documented<br />

industrial accident.<br />

35 - PROGRAMMING FOR TECHNICIANS<br />

(3 UNITS)<br />

This course introduces the Basic and Visual Basic 6.0<br />

languages. Basic language is used to introduce the student<br />

to elementary programming techniques and simplifies the<br />

transition into a more sophisticated language such as Visual<br />

2012-2014 General Catalog Course Descriptions * 135

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