|
| AUTO 114 PERSONAL CAR CARE | 3 |
Study of the automobile with emphasis on general maintenance and
service procedures. Specifically designed for the student without an
automotive background. Does not apply toward an Automotive Technology
major. Two lectures and one laboratory per week.
|
|
|
| AUTO 134 INTERNAL COMBUSTION ENGINE THEORY | 2 |
Study of the internal combustion engine, including theory of
operation, analysis of construction, working principles, and
components as applicable to gasoline and diesel engines. Two lectures
per week.
|
|
|
| AUTO 135 INTERNAL COMBUSTION ENGINE LABORATORY | 1-2; 2 |
Laboratory study of engine components through disassembly, inspection,
measurement, servicing, and reassembly of engines. Corequisite:
AUTO 134.
|
|
|
| AUTO 145 POWER TRAIN THEORY | 2 |
Study of the automotive power train system with emphasis on proper
procedures in diagnosis, servicing, and repair. Two lectures per week.
|
|
|
| AUTO 146 POWER TRAIN LABORATORY | 1-2; 2 |
Laboratory study and application of technical information and skills
required to diagnose, service, adjust, and perform test procedures on
hydraulic brakes, air brakes, clutch assemblies, bearings,
transmissions, auxiliary units, transfer cases, drive lines, universal
joints, and final drive assemblies. Corequisite:
AUTO 145.
|
|
|
| AUTO 156 FUEL AND ELECTRICAL SYSTEMS THEORY | 2 |
Study of principles of fuel metering and induction/injection for
spark-ignited and compression-ignited engines; electrical systems
topics include the study of the operating principles, diagnosis,
service, adjustment, and test procedures for automotive charging,
cranking, and ignition systems. Two lectures per week.
|
|
|
| AUTO 157 FUEL AND ELECTRICAL SYSTEMS LABORATORY | 1-2; 2 |
Laboratory study and application of technical information and skills
required to diagnose, service, and adjust carburetion and injection
fuel systems, automotive charging, cranking, and ignition systems.
Corequisite: AUTO 156.
|
|
|
| AUTO 280 PRACTICUM | 1-6; 6 |
Laboratory work in Auto chosen in counsel with the supervising
laboratory instructor. Six credits maximum. One 3-hour laboratory per
week per credit.
|
|
|
| AUTO 286 ENGINE REBUILDING LABORATORY | 2 |
Experience in engine rebuilding involving machining operations such as
cylinder reconditioning, valve train servicing, lubrication, and
cooling system servicing. Two laboratories per week. Prerequisites:
AUTO 134, 135.
|
|
|
| AUTO 314 ENGINE DIAGNOSIS AND TUNE-UP | 2 |
Study of logical diagnosis and troubleshooting techniques as applied
to engine repair and tune-up. Theory and operation of emission control
systems. Emphasizes use of electronic instrumentation as a diagnostic
tool. Two lectures per week. Prerequisites:
AUTO 134, 135,
156, 157. Corequisite:
AUTO 315.
|
|
|
| AUTO 315 ENGINE DIAGNOSIS AND TUNE-UP LABORATORY | 1-2; 2 |
Laboratory study and application of diagnostic principles in trouble
shooting repairs and tune-up automotive engines; includes experience
with the Sun Road-A-Matic (a computerized dynamometer) and the Sun
Model 1115 Performance Analyzer. Corequisite:
AUTO 314.
|
|
|
| AUTO 345, 346 AUTOMOTIVE SERVICE | 2, 2 |
Study of automotive service operation as related to auto air
conditioning, the power train, brake systems, suspension and wheel
alignment, and general services. Two lectures per week. Prerequisites:
AUTO 145; AUTO 146
or equivalent. Corequisites: AUTO 347,
348.
|
|
|
| AUTO 347, 348 AUTOMOTIVE SERVICE LABORATORY | 1-2; 2, 1-2; 2 |
Laboratory study and application of automotive service techniques;
includes a broad range of live service experiences. Corequisites:
AUTO 345, 346.
|
|
|
| AUTO 365 DIESEL ENGINES | 3 |
Study of diesel engine theory; includes types of engines, fuel
injection systems, air induction systems, exhaust systems, cooling
systems, starting, and controls. Two lectures and one laboratory per
week. Prerequisites: AUTO 156,
157. AUTO 286 recommended. Offered odd
years only.
|
|
|
| AUTO 366 COMPUTERIZED ENGINE CONTROLS | 3 |
Study of microprocessor engine control systems used on late model GM,
Ford, Chrysler, and American Motors gasoline engines. Prerequisite:
AUTO 315 or permission of instructor. Offered even years
only.
|
|
|
| AUTO 480 ADVANCED PRACTICUM | 1-6; 6 |
Advanced laboratory work in Auto in counsel with the supervising
laboratory instructor. Six credits maximum. One 3-hour laboratory per
week per credit. Prerequisite: Lower division work in chosen area.
|
|
|
| AUTO 494 COOPERATIVE EDUCATION | 0-4 |
Individual contract arrangement involving students, faculty, and
cooperating business to gain practical experience in an off-campus
setting. Allows the student to apply advanced classroom learning.
Prerequisite: Approval by department.
|
|
|
| 
LECTURE COURSES
|
|
| AVIA 124 INTRODUCTION TO AVIATION | 2 |
Study of aviation history and the development of the National Air
Transportation System. Seventh-day Adventist uses and needs with an
introduction to the mission flying program of the church.
|
|
|
| AVIA 140 INTRODUCTION TO FLIGHT | 1 |
An economical introduction to the principles and experience of flight.
The student will learn to maneuver an airplane safely in coordinated
flight. Does not apply toward a major or minor in Technology. Cannot
be taken simultaneously with or after AVIA 142
.
|
|
|
| AVIA 141 PRIVATE PILOT LECTURES | 4 |
Study of basic concepts of aircraft performance, navigation,
principles of flight, and meteorology; includes interpretation and
application of Federal Aviation Regulations, uses of airmanÕs
publications and services.
|
|
|
| AVIA 234 METEOROLOGY | 2 |
Study of the atmosphere, winds, moisture, temperature, air masses and
fronts, and weather forecasting with emphasis on aviation weather.
|
|
|
| AVIA 256 PRINCIPLES OF AIRCRAFT MAINTENANCE | 4 |
A study of aircraft systems and routine maintenance and inspection
techniques performed by the pilot. Prerequisite:
ELCT 241.
|
|
|
| AVIA 261 INSTRUMENT PILOT LECTURES | 4 |
Study of aerodynamics, performance, weight and balance navigational
instrumentation, IFR charts, regulation and procedures. Prepares
student to pass FAA Instrument written examination.
|
|
|
| AVIA 334 COMMERCIAL PILOT LECTURES | 3 |
Advanced navigation commercial pilot maneuvers, airport and charts and
advanced aircraft systems; prepares the student to take the FAA
Commercial Airplane written examination. Prerequisite:
AVIA 256.
|
|
|
| AVIA 356 PRINCIPLES OF FLIGHT INSTRUCTION | 3 |
Study of the methods of flight instruction, course organization,
lesson planning, student progress records, and micro teaching
experiences. Prepares the student for FAA instructor written
examinations.
|
|
|
|
FLIGHT COURSES
|
|
|
Prior to registering for a flight course the student must be included on the aviation flight schedule and receive a signed clearance form from the department.
|
|
| AVIA 142 PRIVATE PILOT FLIGHT TRAINING | 3 |
Instruction in the flying skills and practical knowledge necessary for
solo flight. Corequisite: AVIA 141 or
permission of instructor.
|
|
|
| AVIA 143 ADVANCED PRIVATE FLIGHT TRAINING | 3 |
Flight instruction in specialty landings, night flight, and cross
country flight. Includes supervised solo practice of flight maneuvers
and a review of the flying skills necessary to pass the federal oral
and practical exams. Prerequisite:
AVIA 142.
|
|
|
| AVIA 152 CROSS-COUNTRY FLIGHT | 2 |
Directed cross-country flight experiences to meet FAA requirements.
Prerequisite: AVIA 143.
|
|
|
| AVIA 262 INSTRUMENT FLIGHT TRAINING | 3 |
Flight instruction in basic attitude flying, instrument navigation,
and cross country flying skills.
|
|
|
| AVIA 263 ADVANCED INSTRUMENT FLIGHT TRAINING | 3 |
Instruction in instrument departure and approach procedures. Includes
PIC cross country flying required for the instrument rating.
Prerequisite: AVIA 262, or permission of
instructor.
|
|
|
| AVIA 280 PRACTICUM | 1-6; 6 |
Laboratory work in Aviation chosen in counsel with the supervising
laboratory instructor. Six credits maximum. One 3-hour laboratory per
week per credit.
|
|
|
| AVIA 325 FLIGHT PERFORMANCE | 2 |
Instructor directed flight performance experiences to gain proficiency
and meet FAA time requirements, includes upset training when
appropriately equipped aircraft is available.
|
|
|
| AVIA 335 COMMERCIAL FLIGHT TRAINING | 3 |
Advanced aircraft flight training, including systems training, take
offs and landing, complex aircraft emergency procedures, and IFR and
night checkouts.
|
|
|
| AVIA 336 ADVANCED COMMERCIAL FLIGHT TRAINING | 3 |
Advanced aircraft maneuvers and skills in preparation for the
commercial checkride. Includes cross-country flying to busy airports,
mountain flying, bush flying techniques, short field landings and
additional complex procedures. Prerequisite:
AVIA 335.
|
|
|
| AVIA 340 MULTI-ENGINE FLIGHT TRAINING | 3 |
Provides the necessary flight and ground instruction leading to the
FAA multi-engine rating.
|
|
|
| AVIA 358 INSTRUCTOR FLIGHT TRAINING | 3 |
Study of the standards for acceptable performance for the Federal
Aviation Administration Flight Instructor.
|
|
|
| AVIA 455 CREW RESOURCE MANAGEMENT | 2 |
Study of the many facets of Crew Resource Management (CRM),
situational awareness, information processing, communications and
decision making. Includes human factors and human errors as it relates
to todayÕs modern aircraft. CRM applies in both single and multi-pilot
roles. (flight course)
|
|
|
| AVIA 458 INSTRUMENT INSTRUCTORS FLIGHT TRAINING | 3 |
Study of the standards for acceptable performance for the FAA Flight
Instructor Certificate (instrument rating).
|
|
|
| AVIA 460 MULTI-ENGINE INSTRUCTOR FLIGHT TRAINING | 2 |
Study of the techniques and procedures for multi-engine instruction.
Prepares the student for the FAA Multi-Engine Instructor examination.
|
|
|
| AVIA 465 TRANSPORT PILOT FLIGHT TRAINING | 6 |
Provides the necessary flight and ground instruction in a multi-engine
airplane to meet the proficiency requirements of the FAA Airline
Transport Pilot Practical Test. Flight instruction includes instrument
flying, with concentrated practice on approaches, emergency procedures
and cross-country flight. Offered on demand.
|
|
|
| AVIA 480 ADVANCED PRACTICUM | 1-6; 6 |
Advanced laboratory work in Aviation in counsel with the supervising
laboratory instructor. Six credits maximum. One 3 hour laboratory per
week per credit. Prerequisite: Lower division work in chosen area.
|
|
|
| AVIA 494 COOPERATIVE EDUCATION | 0-4 |
Individual contract arrangement involving students, faculty, and
cooperating business to gain practical experience in an off-campus
setting. Allows the student to apply advanced classroom learning.
Prerequisite: Approval by department.
|
|
|
| DRFT 120 FUNDAMENTALS OF CAD | 2 |
Fundamentals of Computer Aided Drafting/Design and its application,
with emphasis on the varied features of a CAD system.
|
|
|
| DRFT 121, 122 TECHNICAL DRAFTING AND DESIGN | 2, 2 |
Introduction to technical drafting and design: includes board and
computer (CADD) drafting with emphasis on drafting fundamentals,
visualization, principles and elements of design and analysis.
Specific design applications to each technological area. One lecture
and 3 laboratory hours per week. Prerequisite
DRFT 120.
|
|
|
| DRFT 226 ARCHITECTURAL DRAWING | 3 |
Study of the fundamentals of designing and drawing house plans
including architectural drafting techniques, area planning, floor
plans, elevations, sections, schedules, and specifications.
|
|
|
| ELCT 241 FUNDAMENTALS OF ELECTRONICS | 4 |
Study of fundamentals of electronics technology, including Ohms Law,
series and parallel DC circuits, resistive capacitive and inductive AC
circuits, motors and generators, and an introduction to
semiconductors. Laboratory work will emphasize the use of basic
electronic test equipment. Three lectures and one laboratory per week.
(Course fee $30)
|
|
|
| ELCT 252 SOLID STATE DEVICES | 4 |
Introduction to solid-state devices, analytical and graphical analysis
of diode characteristics and diode circuit applications; includes
three-terminal solid-state devices, concept of amplification,
switching, biasing, and graphical analysis; analysis of AC small and
large signal conditions, bias stability, use of load lines in
amplifier analysis and design; introduction to integrated circuits.
Three lectures and one laboratory per week. Prerequisite:
ELCT 241.
|
|
|
| ELCT 280 PRACTICUM | 1-6; 6 |
Laboratory work in Electronics chosen in counsel with the supervising
laboratory instructor. Six credits maximum. One 3-hour laboratory per
week per credit
|
|
|
| ELCT 361 PC REPAIR | 5 |
A study of how to resolve hardware and software problems in the
personal computer, will prepare the student to pass the A+
Certification exam. Four lectures and one laboratory per week. Offered
odd years only.
|
|
|
| ELCT 480 ADVANCED PRACTICUM | 1-6; 6 |
Advanced laboratory work in Electronics in counsel with the
supervising laboratory instructor. Six credits maximum. One 3-hour
laboratory per week per credit. Prerequisite: Lower division work in
chosen area.
|
|
|
| ELCT 490 DIRECTED HOSPITAL EXPERIENCE | 4-16 |
Full-time work experience with supplementary training in the
biomedical electronics department of an approved hospital; taken only
after completion of all course work required for the biomedical
electronics program. Application must be made during the first two
weeks of the quarter prior to the actual field experience.
|
|
|
| ELCT 494 COOPERATIVE EDUCATION | 0-2 |
Individual contract arrangement involving students, faculty, and
cooperating business to gain practical experience in an off-campus
setting. Allows the student to apply advanced classroom learning.
Prerequisite: Approval by department.
|
|
|
| GRPH 124 INTRODUCTION TO GRAPHIC COMMUNICATION | 3 |
Overview of graphic communication systems including historical
perspectives, theory and practice. Examines the wide and varied
occupations within graphic arts as they have evolved over time.
|
|
|
| GRPH 125 TYPOGRAPHY | 2 |
The study of type and characters used to communicate visual
information. Included will be historical developments, the tradition
of creating, setting, and designing with type. These concepts as
applied to document and web design and construction.
|
|
|
| GRPH 135 INTRODUCTION TO DIGITAL TECHNOLOGY | 1 |
Fundamentals of Macintosh computer operation. Includes an introduction
to the operating system, computer orientation and application, and
basic operation.
|
|
|
| GRPH 255 DESKTOP PUBLISHING | 4 |
The study and use of microcomputer and peripherals for design of
publications. Includes basic design fundamentals, text manipulation,
graphics generation, visual layout, and laser printing. Prerequisites:
INFO 150 Software
Application: Computer Literacy, and GRPH 135
, or permission of instructor. (Course fee $20)
|
|
|
| GRPH 263 WEBSITE DESIGN AND CONSTRUCTION I | 3 |
An introduction to Web page construction. Includes principles of
layout and design such as organization of text and graphics, use of
color, links, and navigation; HTML editor and features for images,
sound, video and text. Prerequisites:
INFO 150 Software Application: Computer Literacy, and
GRPH 135, or permission of instructor.
|
|
|
| GRPH 268 COMPUTER LAYOUT AND DESIGN | 3 |
Study of the basic principles of design as applied to computer
composition, layout, and arrangement. Lectures, demonstrations, and
assigned individual and group projects. Prerequisites:
GRPH 135, GRPH 255,
INFO 150 Software Application: Computer Literacy, or
permission of instructor. (Course fee $20)
|
|
|
| GRPH 270 COMPUTER COMPOSITION | 4 |
Application of microcomputers and software programs to the design of
graphic images for graphic communications. Special attention is given
to new software features and effective design practices.
Prerequisites: INFO 150
Software Application: Computer Literacy, and
GRPH 135, or permission of instructor.
(Course fee $20)
|
|
|
| GRPH 273 WEBSITE DESIGN AND CONSTRUCTION II | 3 |
Introduction to Javascript for the design of dynamic Web pages with an
overview of the language. Event-driven programming and Javascript
Objects (both built-in and user-defined). Students will learn to use
Javascript to control Web page appearance, visual effects, and user
interaction. Tools for development and examples will be demonstrated.
Students will complete a project. No programming experience needed.
Prerequisite: GRPH 263 or permission of
instructor.
|
|
|
| GRPH 274 COMPUTER ILLUSTRATION | 4 |
Congruing graphical images and manipulating them into visual media.
Prerequisite: GRPH 255. (Course fee $30)
|
|
|
| GRPH 280 PRACTICUM | 1-6; 6 |
Laboratory work in Graphics chosen in counsel with the supervising
laboratory instructor. Six credits maximum. One 3-hour laboratory per
week per credit.
|
|
|
| GRPH 320 PRINCIPLES OF PRINTING | 3 |
A variety of contemporary printing methods and processes are examined.
Printing terminology and key concepts are explored as they relate to
pre-press graphics activities. Binding and finishing are included.
|
|
|
| GRPH 335 DIGITAL IMAGING I | 4 |
Study and application of image editing. Students will develop skills
in technical manipulation, alternation and enhancement of photographic
and graphic images. Image acquisition will be introduced. The creative
exploration and use of the tools and techniques will be stressed.
Prerequisite: GRPH 135,
INFO 150 Software Application: Computer Literacy, or
permission of instructor. (Course fee $30)
|
|
|
| GRPH 336 DIGITAL IMAGING II | 4 |
Advanced study and application of image editing, including the
development of technical expertise in image acquisition, color control
and correction, image repair and file management. Interfacing with
other appropriate graphics application will be covered. Prerequisites:
GRPH 335, plus one of the following:
GRPH 255, GRPH 268,
GRPH 270, GRPH 274,
GRPH 423. (Course fee $20)
|
|
|
| GRPH 337 DIGITAL IMAGING III | 4 |
Advanced study and application of image editing, specifically as it
applies to web site design and construction. Interfacing with other
web design and construction applications will be covered.
Prerequisite: GRPH 335.
|
|
|
| GRPH 345 PHOTO-LITHOGRAPHIC REPRODUCTION | 3 |
Photographic processes as they relate to lithographic reproduction.
Includes traditional and electronic techniques, platemaking,
halftones, photomechanical transfers, duotones and posterization.
Prerequisites: PHTO 156 and
GRPH 335. Offered odd years only.
|
|
|
| GRPH 355 COLOR IMAGE ASSEMBLY | 3 |
Electronic and mechanical preparation of color images for output of
process color separations. Image assembly, advanced pre-flighting and
troubleshooting all explored. Prerequisite:
GRPH 255 or
GRPH 270. Offered odd years only.
|
|
|
| GRPH 365 WEB DESIGN: ANIMATION | 2 |
Introduction to animation, sound and motion in 2-D space for web page
design and construction. The study of typography will be expanded and
the fundamentals of representing motion while maintaining small file
sizes is included. Prerequisite:
GRPH 273.
|
|
|
| GRPH 366 WEB DESIGN: MULTIMEDIA AND SPECIAL EFFECTS | 2 |
Multimedia authoring tools are explored to create interactive movies
and simple scripts for web and multimedia CDRom. The application to
original design is an integral component. Prerequisite:
GRPH 365.
|
|
|
| GRPH 386 GRAPHICS PRODUCTION PLANNING | 3 |
Planning and organizing for production, operation of printing presses,
basic press maintenance, folding, and bindery techniques.
Prerequisite: GRPH 320. Offered odd years
only.
|
|
|
| GRPH 423 3-D DESIGN I | 3 |
Introduction to 3-D modeling, materials, lights, cameras and scene
creation for animation. Generation, manipulation and editing of 3-D
objects to create realistic and abstract effects. Basic 3-D animation
techniques and practices are studied.
|
|
|
| GRPH 425 MATERIALS IN GRAPHIC TECHNOLOGY | 3 |
A study of inks, paper, film, and chemistry used in the printing
industry. Prerequisite: GRPH 386. Offered
odd years only.
|
|
|
| GRPH 433 3-D DESIGN II | 3 |
Continuation of 3-D modeling with an emphasis on animation, advanced
materials application and advanced modeling. Prerequisite:
GRPH 423.
|
|
|
| GRPH 435 ESTIMATING AND COST ANALYSIS | 3 |
An examination of the operations involved in producing graphic
materials for the purpose of determining both individual and overall
costs; effective use of press equipment, cost and price determination
and financial structure of the printing concern, and standard
estimating methods. Offered odd years only.
|
|
|
| GRPH 443 3-D DESIGN III | 3 |
Advanced application of modeling, materials, lights, cameras and scene
animation, including sound track implementation and video post work.
Inverse kinematics will be introduced. Prerequisites:
GRPH 423 and GRPH 433.
|
|
|
| GRPH 445 GRAPHICS SERVICES | 3 |
The study of graphics job coordination and preflight techniques,
including functions related to matching customer needs to the
requirements of prepress and press operations. Considers customer
service and education as related to preproduction and production
planning, evaluation and file management. Prerequisites:
GRPH 255, GRPH 270, and
GRPH 274.
|
|
|
| GRPH 463 ADVANCED WEB PAGE DESIGN | 3 |
Analysis and critique of existing web design, including user/reader
interaction. Creation and use of advanced design techniques
specifically for web page application. Combined skill development and
incorporation of image editing, animation and creativity will be
stressed. Prerequisites: GRPH 263,
GRPH 335, and GRPH 423.
|
|
|
| GRPH 480 ADVANCED PRACTICUM | 1-6; 6 |
Advanced laboratory work in Graphics in counsel with the supervising
laboratory instructor. Six credits maximum. One 3-hour laboratory per
week per credit. Prerequisite: Lower division work in chosen area.
|
|
|
| GRPH 488 SEMINAR: WEB DESIGN AND DEVELOPMENT | 1 |
Special topics, current trends and issues in web page design and
construction are covered. The utilization of community resources may
be included. Prerequisite: GRPH 366.
|
|
|
| GRPH 492 PORTFOLIO DESIGN | 1 |
The design and development of a professional portfolio of visual
materials. The preparation, collection and presentation of these
pieces for the express purpose of interview. Consideration will be
given to the total package, which may include rˇsumˇ, invoice,
business card, and letterhead design. The collection itself may be
board and paper and/or digital media. Prerequisite: Senior standing in
Graphic Design or approval of instructor.
|
|
|
| GRPH 494 COOPERATIVE EDUCATION | 0-4 |
Individual contract arrangement involving students, faculty, and
cooperating business to gain practical experience in an off-campus
setting. Allows the student to apply advanced classroom learning.
Prerequisite: Approval by department.
|
|
|
| PHTO 156 PRINCIPLES OF PHOTOGRAPHY | 3 |
Study of the basic principles of color and black-and-white
photography; includes practice of exposure, development, contact
printing and enlarging, and study of various types of equipment. 35 mm
camera required. Automatic cameras must have an override to manual
operation. Two lectures and one laboratory per week. (Course fee $95)
|
|
|
| PHTO 255 INTERMEDIATE PHOTOGRAPHY | 3 |
Exploration of the technical and aesthetic aspects of photography.
Includes tinting and toning black-and-white prints, adding color
selectively to black-and-white prints, print retouching, storing,
mounting, and framing prints. Two lectures and one lab per week.
Prerequisite: PHTO 156. (Course fee $130)
|
|
|
| PHTO 355 ADVANCED PHOTOGRAPHY | 3 |
Study of advanced techniques in photography; includes lighting,
photo-chemistry, optics, photo accessories, printing, enlarging, and
processing of chromatic and monochromatic mediums, in-camera
manipulations, darkroom manipulation, finishing presentation
techniques. Two lectures and one laboratory per week. Prerequisites:
PHTO 255. (Course fee $130)
|
|
|
| PHTO 358 PHOTO ASSIGNMENTS | 1 |
Individualized assignments to provide a variety of experience in
commercial and publication photography, embodying shooting,
processing, and finishing black and white prints. One laboratory per
week. Prerequisite: PHTO 355 or
equivalent. Offered odd years only.
|
|
|
| TECH 137 OXYACETYLENE WELDING AND CUTTING | 2 |
Study of oxyacetylene and oxyfuel applications and practice in
developing skills in oxyacetylene welding and cutting with fuel gases.
(Course fee $45)
|
|
|
| TECH 138 SHIELDED METAL ARC WELDING | 2 |
Study of shielded metal arc welding theory and hands-on laboratory
experiences to develop mastery of arc welding processes. (Course fee
$45)
|
|
|
| TECH 139 SPECIALIZED WELDING | 2 |
Study of gas tungsten arc welding (tig), gas metal arc welding (mig),
flux core arc welding, and shielded metal arc pipe welding.
Prerequisites: TECH 137,
138, or permission of instructor. (Course fee $45)
|
|
|
| TECH 221, 222, 223 WOOD PRODUCTS AND PROCESSES | 2, 2, 2 |
Introduction to wood products and processes incorporating use of basic
tools and machines as found in the wood industries. Includes planning
and construction of simple furniture. One lecture and one laboratory
per week.
|
|
|
| TECH 235, 236, 237 MATERIALS AND PROCESSES | 2, 2, 2 |
Study of various methods for processing metallic, polymeric and
ceramic materials. Major families of processes and materials are
explored as they relate to a broad understanding of modern technology.
These may be taken in any sequence. (Course fee $25)
|
|
|
| TECH 241, 242, 243 FABRICATION AND MACHINING OF METALS | 2, 2, 2 |
Study of theory and practice in metal operations. Fall, basic lathe
and drill press operations involving metal cutting and measurement;
winter, various assembly methods including forging, heat treatment,
molding, pouring, filing, bending and offhand grinding; spring,
associated and succeeding operations such as threading, tapering,
testing, reaming, riveting and use of jigs. Projects selected
incorporate the operations taught and involve running of various
pieces of equipment common to a basic machine laboratory.
|
|
|
| TECH 251 INTRODUCTION TO COMPUTER HARDWARE | 2 |
An introduction to computer component selection and application.
Topics include motherboards, video cards, memory, storage devices and
input/output devices, modems, printers and network cards.
|
|
|
| TECH 280 PRACTICUM | 1-6; 6 |
Laboratory work chosen in counsel with the supervising laboratory
instructor. Six credits maximum. Six credits maximum. One 3-hour
laboratory per week per credit.
|
|
|
| TECH 326 HYDRAULICS AND PNEUMATICS | 3 |
Study of the principles of pressure and flow as they relate to
hydraulics and pneumatics. Includes operation of basic components, how
the various components perform, fundamental equipment design and
hydraulic and pneumatic use.
|
|
|
| TECH 335 COMPUTER APPLICATIONS IN TECHNOLOGY | 3 |
A study of the applications of computers and microprocessor board
controllers in industrial production and process control. (Course fee
$30)
|
|
|
| TECH 364 OCCUPATIONAL HEALTH AND SAFETY | 2 |
Introduction to federal, state, and local safety codes applying to
materials, material handling, and equipment commonly encountered by
the technologist. Includes a study of codes from Occupational Safety
and Health Act (OSHA), Washington Industrial Safety and Health Act
(WISHA), National Fire Protection Association (NFPA), and Department
of Transportation (DOT). Emphasis on the handling of hazardous wastes
and the impact on ones health and the environment.
|
|
|
| TECH 380 TECHNICAL SPACE UTILIZATION | 3 |
The study of planning and organization of technical facilities.
Includes efficiency in traffic flow, material and equipment movement,
production sequencing, space usage, service systems, storage, building
structure and environment control.
|
|
|
| TECH 398 MACHINE AND TOOL MAINTENANCE | 1-2; 2 |
Methods of care and maintenance of tools, machines, and supplementary
equipment. Selection may be made in any field offered. Prerequisite:
adequate background in chosen fields. One laboratory per credit per
week. One or two hours any quarter; maximum, two.
|
|
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| TECH 428 TEACHING TECHNOLOGY TO CHILDREN | 3 |
Study of technology, as applied to the elementary grades, covering the
broad areas of manufacturing, transportation, construction, and
communication. Emphasis on methods of application, materials and
processes. Offered Summer only.
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| TECH 480 ADVANCED PRACTICUM | 1-6; 6 |
Advanced laboratory work in counsel with the supervising laboratory
instructor. Six credits maximum. One 3-hour laboratory per week per
credit. Prerequisite: Lower division work in chosen area.
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| TECH 494 COOPERATIVE EDUCATION | 0-4 |
Individual contract arrangement involving students, faculty, and
cooperating businesses to gain practical experience in an off-campus
setting. Allows the student to apply advanced classroom learning.
Prerequisite: Approval by department.
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| TECH 499 SENIOR PROJECT | 1-2 |
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A departmental performance experience as part of the Senior
Comprehensive Examination. The type of experience is selected by the
student in consultation with the adviser and approved by the
department faculty. A presentation on completed work may be required.
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