ENGINEERING 100
Introduction to Engineering and Design (4)
Introduction to the engineering profession and the engineering design process. Course includes guest speakers, team activities, and career planning. Communication, creative skills, and teamwork are developed utilizing journals, written reports, poster presentations, and sketching. Mandatory decimal grading.

ENGINEERING 103
Applied Descriptive Geometry (5)
The solution of engineering problems using graphical methods. Includes point, line and plane problems, intersections and developments, and forces in space. Drawings may be done in CAD if ENGR 202 completed. Prerequisite: ENGR& 114. Mandatory decimal grading.

ENGINEERING & 114
Engineering Graphics (5)
Use of instruments, scales, techniques of lettering and line work. 3D visualization and fundamentals of orthographic projection including sections; isometric drawing; auxiliary views; dimensioning; simple rectilinear graphs, and introduction to CAD. Mandatory decimal grading. Previously ENGR 101.

ENGINEERING 115
Introduction to Statics and Engineering Problems (5)
Introduction to fundamental engineering principles including dimensional analysis, vector algebra, statics, and selected engineering topics. Designed to develop ability to analyze and solve engineering problems in a clear systematic manner. Previously ENGR 111. Prerequisite: ENGR& 114 and MATH& 142. (MATH& 142 may be taken concurrently.) Mandatory decimal grading.

ENGINEERING 170
Fundamentals of Material Science (5)
Studies the fundamental properties of engineering materials related to atomic, molecular and crystalline structures. The mechanical and physical properties of metals, ceramics, polymers, and composites will be studied. Prerequisite: CHEM 171 or permission. Mandatory decimal grading.

ENGINEERING 202
Introduction to Computer-Aided Drafting (5)
Basic commands; coordinate systems; data input; editing; layers; dimensioning; text commands; filing and plotting two dimensional construction; introduction to 3D modeling. Previously ENGR 200. Prerequisite: ENGR& 114 and trigonometry, or permission. Mandatory decimal grading.

ENGINEERING 203
Advanced Computer-Aided Drafting (5)
Advanced applications of AutoCAD including: use of attributes; work with WBLOCK command; create sub-directories, menus and use of some DOS and Windows commands; 3D wire frames, surface and solid modeling. Previously ENGR 201. Prerequisite: ENGR 202 or permission. Mandatory decimal grading.

ENGINEERING & 204
Fundamentals of Electrical Engineering (5)
Introduction to electrical engineering. Basic circuit and systems concepts, mathematical models of components. Kirchoff's Laws. Resistors, sources, capacitors, inductors and operational amplifiers. Solution of first and second order linear differential equations associated with basic circuit forms. Previously ENGR 215. Prerequisite: PHYS& 222 may be taken concurrently and MATH& 163 must be completed. (MATH 207 recommended). Mandatory decimal grading.

ENGINEERING 205
Solid Works and Parametric Modeling (3)
Introduction to creating 3D CAD models using feature-based, parametric solid-modeling design; base, boss and cut features using extruded, revolved, simple swept and lofted shapes; capturing design intent using automatic or user-defined geometric and dimensional constraints; detail and assembly drawings. Prerequisites: ENGR& 114 and MATH 099 with a 2.0 or better, or instructor permission. Mandatory decimal grading.

ENGINEERING 206
Advanced Solid Works (3)
Advanced 3D CAD models using SolidWorks parametric solid modeling; swept and lofted shapes; assembly interference checking, collision detection, dynamic clearance, physical dynamics, and simulation, surfaces, use of Photo Works rendering, and Cosmos FEA in linear static, frequency, buckling, and thermal analysis. Prerequisites: ENGR 205 with a 2.0 or better, or instructor permission. Mandatory decimal grading.

ENGINEERING & 214
Statics (5)
Principles of engineering statics, basic concepts, resultants, force-couple relationships, equilibrium diagrams, equilibrium analysis, three-dimensional structures, two-dimensional frames, trusses, beams and friction. Vector algebra used throughout the course. Previously ENGR 210. Prerequisite: ENGR& 114, ENGR 115 and MATH& 151. MATH& 151 may be taken concurrently. Mandatory decimal grading.

ENGINEERING & 215
Dynamics (5)
A general treatment of the dynamics of particles and rigid bodies using vectors; kinematics, kinetics, momentum and energy principles for particles and rigid bodies; use of total acceleration equation. Previously ENGR 230. Prerequisite: PHYS& 221, ENGR& 214 and MATH& 163 (MATH& 163 may be taken concurrently.) Mandatory decimal grading.

ENGINEERING & 224
Thermodynamics (5)
Introduction to the basic principles of thermodynamics, from a predominantly macroscopic point of view. Development of the basic laws of thermodynamics, together with their illustration by application to energy transformations and state changes in engineering problems. Previously ENGR 260. Prerequisites: MATH& 163, CHEM 171, PHYS& 221. Mandatory decimal grading.

ENGINEERING & 225
Mechanics of Materials (5)
An introduction to the mechanics of solids, strain and deformation, stress, stress-strain relationships; torsion, stresses due to bending; combined stresses using Mohr's circle. Previously ENGR 220. Prerequisite: ENGR& 214 and MATH& 152 (MATH& 152 may be taken concurrently.) Mandatory decimal grading.

ENGINEERING 294
Special Topics: Engineering (4)
Classes focusing on specific issues and/or topics of interest in engineering. Previously ENGR 284.

ENGINEERING 297
Individual Project in Engineering (1)
Individual project in a specific area of engineering. By arrangement with instructor. Prerequisite: Instructor permission, based on evaluation of student's educational and work experience. Student option grading.

ENGINEERING 298
Individual Project in Engineering (2)
Individual project in a specific area of engineering. By arrangement with instructor. Prerequisite: Instructor permission, based on evaluation of student's educational and work experience. Student option grading.

ENGINEERING 299
Individual Project in Engineering (3)
Individual project in a specific area of engineering. By arrangement with instructor. Prerequisite: Instructor permission, based on evaluation of student's educational and work experience. Student option grading.

ENGINEERING TECHNOLOGY 159
Technical Orientation (5)
Introduction to the techniques and procedures for solving engineering problems. Basic geometry, trigonometric functions, vectors, unit systems and dimensional analysis. NOTE: Must have completed or be currently enrolled in MATH 80 or MATH 099. Mandatory decimal grading.

ENGINEERING TECHNOLOGY 190
Internship/Field Work Experience in ENGRT (8)
Field experience in the technical area of the student's program. Arrangements and registration must be completed prior to the start of the quarter. Previously ENGRT 180. Prerequisite: Permission only.

ENGINEERING TECHNOLOGY 295
Special Topics in ENGRT (5)


ENGINEERING TECHNOLOGY 297
Individual Project in Engineering Technology (1)
Individual project in a specific area of engineering technology. By arrangement with instructor. Prerequisite: Instructor permission, based on evaluation of student's educational and work experience. Student option grading.

ENGINEERING TECHNOLOGY 298
Individual Project in Engineering Technology (2)
Individual project in a specific area of engineering technology. By arrangement with instructor. Prerequisite: Instructor permission, based on evaluation of student's educational and work experience. Student option grading.

ENGINEERING TECHNOLOGY 299
Individual Project in Engineering Technology (3)
Individual project in a specific area of engineering technology. By arrangement with instructor. Prerequisite: Instructor permission, based on evaluation of student's educational and work experience. Student option grading.