4.5.3.2 Verificación de Voz.
ESQUEMATIZACIÓN Y FUNCIONALIDAD DE LAS RECOMENDACIONES
Surveys the material contents and workings of the universe at an introductory level designed to satisfy the general education science requirement, primarily for non-science majors. Emphasizes the physical principles essential to fundamental understanding in astronomy. Discusses philosophical and historical foundations, the tools of the astronomer, the solar system, stars and stellar evolution, galaxies and deep space, cosmology, and extraterrestrial life.
2 Elementary Astronomy Laboratory (1) UC:CSU - RPT 1
Laboratory and discussion, 3 hours. Astronomy 1 with 2 same as Astronomy 3
Corequisite: Astronomy 1.
Supplements the material of Astronomy 1. Includes use of astronomical instruments, motions of the sky, the celestial sphere, star charts, constellation study, lunar and planetary motions, and classification of galaxies. Applies simple algebra and simple graphical methods to study of astronomical phenomena. Telescopic observations will be made whenever possible. May include occasional field trips to nearby astronomy facilities.
3 Introductory Astronomy (4) UC:CSU
Lecture 3 hours; Laboratory 3 hours. Same as Astronomy 1 with 2
Combines lecture and laboratory content of Astronomy 1 and Astronomy 2. For further information see course descriptions of Astronomy 1 and Astronomy 2.
185 Directed Study - Astronomy (1) †UC:CSU - RPT 2 285 Directed Study - Astronomy (2) †UC:CSU 385 Directed Study - Astronomy (3) †UC:CSU
Conference 1 hour per unit.
Allows students to pursue Directed Study in Astronomy on a contract basis under the direction of a supervising instructor.
†UC Credit for Directed Study courses is given only after a review of the
course outline by the enrolling UC Campus. This usually occurs AFTER transfer and may include recommendations from faculty.
1 Automotive Engines (5) CSU
Lecture 3 hours; Laboratory 5 hours.
Presents a study of automotive engines. Encompasses cooling and lubricating systems. Students overhaul engines in the laboratory, including boring, pin-fitting, valve seat replacement, valve grinding, and other engine rebuilding procedures.
2 Suspension Brakes and Power Systems (5)
Lecture 3 hours; Laboratory 5 hours.
Introduces wheel, brake, and suspension systems and service, including instruction on power brakes, power steering systems, and anti lock braking systems. Provides training and supervised repair on automobiles under actual shop conditions.
3 Engine Diagnosis and Tune-Up (5)
Lecture 3 hours; Laboratory 5 hours.
Emphasizes automotive engine diagnosis and tune-up problems pertaining to fuel, ignition, starting and charging systems. Shop training in ignition, emission control, and fuel systems on automobiles.
4 Starting and Charging Systems / Automotive Electrical Circuits (5)
Lecture 3 hours; Laboratory 5 hours.
Deals with the theory and maintenance of charging and starting systems. Provides a working understanding of the electrical systems used on automotive machinery. Lab work includes repair work on starters, alternators, and trouble shooting components of the electrical system. Includes practice with the latest diagnostic equipment.
5 Standard Transmissions, Clutches, Drive Lines and Differentials (3)
Lecture 2 hours; Laboratory 2 hours.
Examines manual shift type transmission including front drive transaxles. Discusses drive line problems including clutch, differential, and axle systems. Provides laboratory practice on these assemblies.
6 Automatic Transmission Electronic Diagnostics and Repair (5)
Lecture 3 hours; Laboratory 5 hours.
Provides lecture and laboratory work in the theory and servicing of several types of automatic transmissions currently in use.
7 Air Conditioning (3)
Lecture 2 hours; Laboratory 2 hours.
Presents the latest information in air conditioning systems and servicing. Has shop practice in repair and servicing of air conditioning systems.
20 Advanced Engine Diagnostics and Performance (4) - RPT 3
Lecture 3 hours; Laboratory 3 hours.
The theory, operation, and repair systems of automotive engine computer systems.
21 Computer-Controlled Electronic Fuel Injection Systems (3)
Lecture 3 hours.
The theory, operation, and repair of computer controlled electronic fuel injection systems.
23 Enhanced Clean Air Car (3)
Lecture 2 hours; Laboratory 2 hours.
A State of California mandated course covering operation and repair of emission systems. Upon satisfactory completion of the course, students may obtain a letter for permission to take the state licensing exam. Note: The Pierce College Automotive Service Program is a California State Bureau of Automotive Repair Approved Training Institution.
Automotive Service
Technology
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24 Smog Check BAR Update Course (1) - *RPT 3
Lecture 1 hour.
*Additional repeats allowed by petition.
This short course is designed for automotive professionals who need to meet current smog check licensing requirements.
25 Fundamentals of Auto Mechanics (4)
Lecture 3 hours; Laboratory 3 hours.
May be offered as 1-unit modules: 25A (Lubrication and Inspection Procedures), 25B (Cooling and Ignition Systems), 25C (Tires and Braking Systems), and 25D (Electrical Systems).
Provides a comprehensive introduction to the design, operation, and repair of various automotive systems. Emphasis is placed on owner- operator vehicle maintenance.
32 Automotive Service Technology Projects Laboratory: Chassis and Suspension Systems (1)
Laboratory 3 hours.
Prerequisite: Automotive Service Technology 2.
Provides increased laboratory experience in the diagnosis and repair of automotive chassis and suspension systems.
34 Automotive Service Technology Projects Laboratory: Electrical Circuits (2)
Laboratory 6 hours.
Prerequisite: Automotive Service Technology 4.
Provides increased laboratory experience in the diagnosis and repair of automotive electrical circuits.
36 Automotive Service Technology Projects Laboratory: Standard Transmissions, Clutches, Drive Lines and Differentials / Air Conditioning (1)
Laboratory 3 hours.
Prerequisite: Automotive Service Technology 5.
Provides increased laboratory experience in the diagnosis and repair of standard transmissions, clutches, drive lines and differentials/air conditioning.
41 Precision Lower-End Engine Blueprinting and Assembly (3)
Lecture 2 hours; Laboratory 2 hours.
This course provides a comprehensive understanding of automotive performance oriented lower end engine machining and assembly techniques. It discusses engine blueprinting for performance applications. Machining engine blocks, crankshafts, connecting rods and other related components are covered. Modifications to short block assemblies for performance applications are discussed.
42 Performance Chassis and Suspension Systems (3)
Lecture 2 hours; Laboratory 2 hours.
This course provides a comprehensive understanding of automotive performance oriented chassis and suspension system upgrades. It discusses the effect springs, shocks and swaybars have on a performance vehicle. The effect of caster, camber and toe settings on a performance vehicle are covered. Modifications to a vehicle’s steering and suspension systems are discussed for road course, oval and straight-line racing situations.
43 Dyno Tuning For Performance (3)
Lecture 2 hours; Laboratory 2 hours.
This course provides a comprehensive understanding of automotive performance tuning on a chassis dynamometer. It discusses performance upgrades to timing and fuel curves on both non-computer and computer controlled systems. Bolt-on performance upgrades such as forced injection systems, improvements to intake systems and exhaust upgrades are also discussed.
44 Precision Upper End Engine Assembly (3)
Lecture 2 hours; Laboratory 2 hours.
This course provides a comprehensive understanding of automotive performance oriented upgrades to an engine upper-end to include cylinder heads, valve train, intake systems and exhaust systems. It discusses the effect intake flow and exhaust flow have on a performance vehicle. Machining cylinder heads, valves and related components are covered. Modifications to cylinder head combustion chambers, ports, valve size, valve spring set-up, rocker arm geometry and push rod lengths are discussed for various racing situations.
45 Chassis, Suspension and Interior Fabrication Techniques (3)
Lecture 2 hours; Laboratory 2 hours.
This course provides a comprehensive understanding of automotive performance oriented chassis, suspension and interior modifications, which enhance a vehicles safety and performance ability. It discusses fabrication and modification of various chassis and suspension systems for performance use. How to fabricate and/or install from kit form safety equipment such as roll bars and roll cages are covered. Fabrication and installation of interior tin are discussed and practiced.
48 Automotive Service Writing (3)
Lecture 3 hours.
This course provides a comprehensive understanding of automotive service writing. It discusses the rules and regulations required by the State of California. How to sell and price automotive repair procedures while keeping the customer satisfied will be thoroughly covered.
52 Advanced Brakes Steering and Suspension Systems (3)
Lecture 2 hours; Laboratory 2 hours.
This course is part of the Ford Motor Company MLR (Maintenance and Light Repair) technician training program. The course prepares students for employment at local Ford or Lincoln/Mercury dealerships as well as upgrade training of current Ford technicians. The brake system diagnosis and repair along with the base steering and suspension class includes classroom instruction, hands on laboratory projects, and web based training on current Ford Motor Company vehicles.
54 Advanced Electrical Systems (3)
Lecture 2 hours; Laboratory 2 hours.
This course is part of the Ford Motor Company MLR (Maintenance and Light Repair) technician training program. The course prepares students for employment at local Ford or Lincoln/Mercury dealerships as well as upgrade training of current Ford technicians. The basic electrical diagnostic course includes classroom instruction, hands on laboratory projects, and web based training on current Ford Motor Company vehicles.
185 Directed Study - Automotive Service Technology (1) - RPT 2 285 Directed Study - Automotive Service Technology (2) 385 Directed Study - Automotive Service Technology (3)
Allows students to pursue Directed Study in Automotive Service Technology on a contract basis under the direction of a supervising instructor.
911-941
Cooperative Work Experience Education - Automotive Service Technology
See Cooperative Work Experience Education
See also Anatomy, Microbiology, Oceanography, and Physiology. 3 Introduction to Biology (4) UC:CSU
Lecture 3 hours; Laboratory 3 hours.
Closed to students who have completed Biology 6.
This course presents a comprehensive study of the major principles of biology It covers topics such as cell structure and physiology; bioenergetics, development, genetics, basic ecology, population biology and evolution. This course meets the general education laboratory experience requirement. This course is not intended for life science, biology; or pre-professional (medical, dental) majors.
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Lecture 3 hours; Laboratory 6 hours.
Prerequisite or Corequisite: Chemistry 101.
Note: This class meets off campus several times during the semester.
Biology 6 represents half of a one-year course designed for Life Science majors and those preparing for careers in medicine, pharmacy, and dentistry. The lecture focuses on the fundamental processes associated with living organisms, particularly those at the cellular and molecular levels of organization. The laboratory explores the biology of plants, protists, and invertebrate animals.
7 General Biology II (5) UC:CSU (BIOLOGY 6+7=CAN BIOL SEQ A)
Lecture 3 hours; Laboratory 6 hours.
Prerequisite or Corequisite: Chemistry 101. Note: Biology 6 is not a prerequisite for Biology 7.
Note: This class meets off campus several times during the semester.
This course is designed to complete the study of the basic principles of biology. The course includes a comparative study of the structure and physiology of vertebrate organ systems, the basic concepts of evolution, and the evolution of the vertebrates. The course also examines basic ecological concepts and populations and their relationships to biological communities.
10 Natural History I (4) UC:CSU
Lecture 3 hours; Laboratory 3 hours.
Note: Surveys of the local ecosystems are done during off campus field trips.
Biological principles including evolution, adaptation and scientific methods are examined using the local environment. Includes the role of climate in the distribution of plant and animal species and a systematic survey of the common local plants, invertebrates, birds and mammals.
11 Natural History II (3) **UC:CSU
Lecture 2 hours; Laboratory 2 hours.
Note: This course is taught in 1-unit modules. No credit for repeated modules.
Deals with the biology of the environment and the interrelationship of climate, animals, plants, and humans. Course will include an in-depth ecological and systematic survey of a few selected ecosystems of the world.
12 Natural History and Field Biology I (3) CSU
Lecture 2 hours; Laboratory 2 hours.
Note: This course is taught in 1-unit modules. No credit for repeated modules.
Deals with the biology of the environment and the interrelationship of climate, animals, plants, and humans. Course will include an in-depth ecological and systematic survey of a few selected ecosystems of the world.
40 The Science of Biotechnology (3) UC:CSU
Lecture 2 hours; Laboratory 2 hours.
Prerequisite: Biology 6 and Chemistry 101.
This course provides a comprehensive introduction to the science of biotechnology by providing both the theory and hands-on experience with laboratory protocols that parallel the isolation, purification, and cloning of a gene and gene products. This course also provides students with an opportunity to gain experience with Southern and western transfers and work with primary and secondary antibodies.
44 Foundations in Biology for the Health Sciences (2) CSU
Lecture 1 hour; Laboratory 2 hours.
This course is designed to present the theories and laboratory skills needed to succeed in Human Physiology and Microbiology. The overall breadth of course material is more narrow than Biology 3, but coverage of chemistry and genetics is more detailed.
46 Genetic Analysis (3) UC:CSU
Lecture 3 hours.
Prerequisite: Biology 6.
A course designed for Life Science majors as a continuance of their general biology studies. This course provides a comprehensive introduction to genetic analysis, examining topics such as chromosome analysis, population genetics, and genomics.
Lecture 3 hours.
Same as Oceanography 12. Credit not given for both courses.
Introduction to the biology of the marine environment. A brief introduction to the physical conditions of the oceans is followed by a comprehensive examination of marine organisms. A strong emphasis is placed on understanding the biology of groups of organisms including morphology, feeding, reproduction, adaptations and ecology. A survey of marine communities involves developing an understanding the fundamentals of community analysis and application of knowledge of the biology of individual organisms as members of communities. Communities examined include kelp forests, coral reefs, deep sea, hydrothermal vents, mangroves, the rocky intertidal zone, sandy subtidal and Antarctica. Environmental issues of fisheries management and pollution are discussed.
122 Marine Biology Laboratory (2) UC:CSU
Laboratory 4 hours.
Same as Oceanography 14. Credit not given for both courses.
A laboratory and field course introducing students to the Southern California nearshore marine environment. Marine plants and invertebrates and fishes are examined with respect to morphology, physiological ecology, classification and ecology. A strong field emphasis includes studies of the rocky intertidal zone, wetlands, sandy beach and nearshore pelagic and benthic communities. Students design and execute a written community analysis project requiring them to pose hypotheses, formulate a sampling design, and to analyze, plot and interpret data. Students also participate in oceanographic research cruises and experience all aspects of shipboard sampling.
123 Introduction to Marine Biology (3) UC:CSU
Lecture 2 hours; Laboratory 3 hours.
Same as Oceanography 2. Credit not given for both courses.
This course is designed to be taught at a marine biology field station in the Sea of Cortez and maximizes the opportunities afforded by field study. The lecture, laboratory and field study are integrated to examine the physical attributes of the Gulf of California nearshore ecosystem as it influences the biology of the marine plants and animals of the region. Emphasis is placed on the interactions among species which determine their distributions and the organization of communities. The biology of plants, invertebrates, fish, birds, marine mammals and marine reptiles are examined. Experimental and observational studies of fish form and function, invertebrate and fish behavior, as well as marine mammal and fish behavior and ecology are done primarily while in the water snorkeling. Issues relating to fisheries and resource utilization, and future management and/or exploitation by 3rd world countries are examined in the microcosm of the Bahia de los Angeles area of the Sea of Cortez.
185 Directed Study - Biology (1) †UC:CSU RPT - 2 285 Directed Study - Biology (2) †UC:CSU 385 Directed Study - Biology (3) †UC:CSU
Conference 1 hour per unit.
Allows students to pursue Directed Study in Biology on a contract basis under the direction of a supervising instructor.
911-941
Cooperative Work Experience Education - Biology
See Cooperative Work Experience Education
†UC Credit for Directed Study courses is given only after a review of the
course outline by the enrolling UC Campus. This usually occurs AFTER transfer and may include recommendations from faculty.
**UC Credit Limit: UC transferable only if all three modules (3 units)
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1 Fundamentals of Radio and Television Broadcasting (3) CSU
Lecture 3 hours.
Overview of the Radio-TV industry, including its emergence, roles of the networks, governmental regulation, social effects, legal and ethical aspects, programming and employment practices.
10 Radio Programming and Production (3) CSU
Lecture 2 hours; Laboratory 3 hours.
Introduction, by means of working on a campus radio station, to all aspects of radio station programming and production. Included are instruction and experience in the roles of disc jockey, sportscaster, commercial announcer and news broadcaster.
Business Administration courses are listed separately under the following headings: Accounting