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  • COMPUTER ELECTRONICS 128: Renewable Energy

    3.00 Credits
    Allan Hancock College

    Two hours lecture, three hours lab weekly. Prerequisite: Computer Electronics/Electronics/Engineering Technology 104. Electronics 118 and 119 or Electronics 111 and 112 and 113 and 114. Acceptable for credit: CSU A study of the principles behind energy generation and conversion that can be applied to modern electrical,mechanical, and chemical devises that use or produce power. Special emphasis will be given to the study of electricity as a renewable energy source. This course is not open to students who are enrolled in or have received credit for Electronics 128 or Engineering Technology 128. (GR/P/NP) (A)
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  • COMPUTER ELECTRONICS 131: Programmable Logic Controllers and Industrial Control Design

    3.00 Credits
    Allan Hancock College

    Two hours lecture, three hours lab weekly. Prerequisite: Electronics 125 or Computer Science 141. Acceptable for credit: CSU A study of the purpose and operating features of a programmable logic controller (PLC). Topics include PLC terminology, architecture, input/output modules, memory, commands for internal relays, on/off timers, up/down counters, use of subroutines, program control, and math instructions. Relay schematics, ladder logic diagrams, and programming of logic controllers are emphasized. Sensing devices and time-driven process sequences will be studied and integrated into control systems. This course is not open to students who are enrolled in or have received credit for Electronics 131 or Engineering Technology 131. (GR/P/NP) (A)
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  • COMPUTER ELECTRONICS 133: Transducers,Sensors,and Programming for Industrial Control

    3.00 Credits
    Allan Hancock College

    Two hours lecture, three hours lab weekly. Prerequisite: Computer Electronics/Electronics 104. Electronics 122 or Electronics 125 or Computer Science 141. Acceptable for credit: CSU A study with hands-on application of the mechanical engineering, electronics, computer programming and electromechanical concepts (mechatronics) in the production of goods and services. Emphasis is on how a wide variety of technical elements fit into industrial applications. Topics include transducers and sensors for light, heat, motion, pressure and position; switching devices; input and output signal conditioning; continuous, closed-loop, and proportional integral derivative process control; and safety. This course is not open to students who are enrolled in or have received credit for Electronics 133 or Engineering Technology 133. (GR/P/NP) (A)
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  • COMPUTER ELECTRONICS 138: ssor Family

    3.00 Credits
    Allan Hancock College

    Two hours lecture, three hours lab weekly. Prerequisite: Computer Science 141 or Electronics 125. Acceptable for credit: CSU An exploration of the Motorola MC 68000 family of microprocessors including internal architecture, memory, addressing, support devices and its control through the use of Assembly and C languages. Students will write programs to perform logic functions and high speed hardware control operations. The use of assemblers, compilers, linkers, and debugging tools will be explored. This course is not open to students who are enrolled in or have received credit for Electronics 138 or Engineering Technology 138. (GR/P/NP) (A)
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  • COMPUTER ELECTRONICS 139: Electrical Power,Motors,and Controls

    3.00 Credits
    Allan Hancock College

    Two hours lecture, three hours lab weekly. Prerequisite: Electronics 122 and Electronics 125 or Computer Science 141. Acceptable for credit: CSU A study of electronics, signal communication and power technology that support efficient manufacturing processes for various industries. Topics include motors, their drives and controls, power electronics, PLCs, and communications networks used to monitor industrial processes. This course is not open to students who are enrolled in or have received credit for Electronics 139 or Engineering Technology 139. (GR/P/NP) (A)
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  • COMPUTER ELECTRONICS 162: Fluid Power and Control

    2.00 Credits
    Allan Hancock College

    Two hours weekly. Acceptable for credit: CSU An introduction to the generation, control and basic applications of hydraulics and pneumatics force and motion systems. Topics include safety, properties of and forces in liquids, pumps, motors, valves, reservoirs, strainers, filers, accumulators, basic diagramming, system design and troubleshooting. This course is not open to students who are enrolled in or have received credit for Electronics 162 or Engineering Technology 162. (GR/P/NP) (A)
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  • COMPUTER SCIENCE 102: Introduction to Computing with HTML

    3.00 Credits
    Allan Hancock College

    Three hours lecture. Advisory: Computer Business Office Technology 100. Acceptable for credit: CSU, UC A general education course dealing with how computers work, how they are used and their effects on society. Includes an introduction to web-page design using HTML. (GR) (F,S)
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  • COMPUTER SCIENCE 105: PC Preventive Maintenance and Upgrading

    3.00 Credits
    Allan Hancock College

    Two hours lecture, three hours lab weekly. Acceptable for credit: CSU Necessary skills and information needed to make an informed purchase, maintain, upgrade, and evaluate personal computer systems. Students will receive hands-on instruction for performing basic preventive maintenance and the installation of simple upgrades such as adding RAM, installing hard drives, sound cards, etc. Included is the study of soldering techniques, electronic part identification, and safety and system operation. Emphasis will be placed on the student's ability to keep personal computers running at their best performance levels. This course is not open to students who are enrolled in or have received credit for Electronics 105. (GR/P/NP) (F,S)
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  • COMPUTER SCIENCE 106: Network Essentials

    3.00 Credits
    Allan Hancock College

    Two hours lecture, three hours lab weekly. Advisory: Electronics/ Computer Science 105 and either Electronics 125 or Computer Science 141. Acceptable for credit: CSU First course in a series designed to provide students with knowledge of and laboratory experiences with current and emerging computer networking technology. Focus will be on LANs, WANs, OSI models, IP addressing, cabling, CompTIA Network+, and network standards; the theory behind the various kinds of network architectures and data transmission methods, and the use of decision-making and problemsolving techniques in applying science, mathematics, and communication concepts to solve networking problems. Instruction and training are provided in the proper care, maintenance, and use of networking software, tools, and equipment. Emphasis will be placed on the Cisco System Certification. This course is not open to students who are enrolled in or have received credit for Electronics 106. (GR/P/NP) (F,S)
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  • COMPUTER SCIENCE 107: Network Essentials

    3.00 Credits
    Allan Hancock College

    Two hours lecture, three hours lab weekly. Prerequisite: Electronics/Computer Science 106. Acceptable for credit: CSU Second course in a series designed to provide students with knowledge of and laboratory experiences with current and emerging computer networking technology. Focus will be on LANs, WANs, OSI models, IP addressing and router programming; and the theory behind the various kinds of network architectures and data transmission methods including network troubleshooting. Emphasis will be placed on the Cisco System Certification. This course is not open to students who are enrolled in or have received credit for Electronics 107. (GR/P/NP) (F,S)
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