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Computer Electronics
CMPELC 130 COMPUTER ELECTRONICS I
Units: 4.00 - CSU 3.00 hours lecture weekly, 3.00 hours lab weekly
The theory of direct current and its application to electronic circuits. Three circuit parameters of resistance, capacitance and inductance. The mathematical application of Ohm’s law, series circuits, parallel circuits and compound circuits. An introduction to magnetism and electromagnetism.
Computer Networks
CMPNET 136 A+ CERTIFICATION
Units: 4.00 - CSU 2.00 hours lecture weekly, 6.00 hours lab weekly
Provides instruction in computer repair and upgrade and also prepares students to take the two required exams for the Computing Technology Industry Association (CompTIA) A+ certification. Field trips may be required (Formerly CMPNET-137 and CMPNET138).
CMPNET 140 BEGINNING NETWORK CERTIFICATION I
Units: 2.00 - CSU 2.00 hours lecture weekly
This is one of the eight networking fundamental courses in 3Com NetPrep program. In this course, students will learn how Local Area Networks (LANs) are built: what physical cables are used, how those cables are connected together, and how hardware platforms (such as servers and workstations) attach to LANs. Students will also learn about the Network Operating System (NOS) software and applications that run on LANs (Formerly CMPELC-140).
CMPNET 141 BEGINNING NETWORK CERTIFICATION II
Units: 2.00 - CSU 2.00 hours lecture weekly
This is one of the eight networking fundamental courses in 3Com NetPrep program. In this course, students will learn network topics related to wide area networks (WANs). These topics include the telecommunications components and concepts used to build WANs, as well as the protocols used to transport voice and data over a wide area (Formerly CMPELC-147 and CMPELC-141.)
CMPNET 154 CISCO SYSTEM NETWORKING I
Units: 3.50 - CSU 3.00 hours lecture weekly, 1.50 hours lab weekly
Provides students with an excellent foundation upon which to build their network training. It covers the basics of computer networking, including terms and concepts. Networking technology, how it works - and why it works-is made clear in this course, where concepts like contemporary network services, transmission media, and protocols are explained. Students learn how protocols are used in networking implementations from many vendors, especially those most common in today's LAN's and WANs (Formerly CMPELC-154).
CMPNET 155 CISCO SYSTEM NETWORKING 2
Units: 3.50 - CSU 3.00 hours lecture weekly, 1.50 hours lab weekly
Prerequisite: CMPELC-154 or CMPNET-154
This is the 2nd course in a four course series to provide Cisco System hardware certificate training to our students. Designed to provide students with classroom and laboratory experience in current and emerging computer networking technology. Intermediate level instruction in LANs, WANs, OSI models, IPaddressing and router programming is provided (Formerly CMPELC155).
CMPNET 156 CISCO SYSTEM NETWORKING 3
Units: 3.50 - CSU 3.00 hours lecture weekly, 1.50 hours lab weekly
Prerequisite: CMPELC-155 or CMPNET-155
This 3rd course in the Cisco series covers the basics of computer networking, including terms and concepts. Networking technology, how and why it works is made clear along with concepts like contemporary network services, transmission media and protocols. Students also learn about LAN switching, VLAN's, LAN design, routing protocols, and Novel IPX (Formerly CMPELC156).
CMPNET 157 CISCO SYSTEM NETWORKING 4
Units: 3.50 - CSU 3.00 hours lecture weekly, 1.50 hours lab weekly
Prerequisite: CMPELC-156 or CMPELC-156
This 4th course in the Cisco series continues the basics of computer networking. Topics include WANs, WAN design, PPP, ISDN, and Frame Relay (Formerly CMPELC-157).
CMPNET 158 CISCO SYSTEM NETWORKING 5
Units: 3.50 - CSU 3.00 hours lecture weekly, 1.50 hours lab weekly
Prerequisite: CISCOCCNAcertification
The beginning course in the process for pursuing a CISCO CCNPcertification through COC's CISCO Academy. Topics covered include advanced routing, routing protocols, routing tables, scalable routing protocols, access lists, route distribution, and configuration of advanced networks.
CMPNET 159 CISCO SYSTEM NETWORKING 6
Units: 3.50 - CSU 3.00 hours lecture weekly, 1.50 hours lab weekly
Prerequisite: CISCO CCNA certification
Second in a four-course series which will prepare the student for CISCO CCNPcertification. Topics include WANs, Modems, PPP, ISDN, X.25, Frame Relay, Queuing, and Network Address Translation.
CMPNET 160 CISCO SYSTEM NETWORKING 7
Units: 3.50 - CSU 3.00 hours lecture weekly, 1.50 hours lab weekly
Prerequisite: CISCO CCNA certification
Third in a four-course series that prepares students for CISCO CCNPcertification. Topics include LAN switching, network design, LAN media types, VLAN identification, Spanning Tree Protocol and others.
CMPNET 161 CISCO SYSTEM NETWORKING 8 (CCNP)
Units: 3.50 - CSU 3.00 hours lecture weekly, 1.50 hours lab weekly
Prerequisites: CMPNET 158, 159 and 160 or equivalent. The fourth class in the Cisco CCNPseries. Topics covered include: troubleshooting methodologies, management and diagnostic tools, troubleshooting TCP/IP, LAN switch environment, VLANS, Frame relay, ISDN, Novell IPX, AppleTalk, EIGRP, OSPF, and BGPprotocols.
CMPNET 180 WINDOWS 2000 SERVER
Units: 2.00 - CSU 1.00 hours lecture weekly, 3.00 hours lab weekly
This course provides the basic introduction to Windows 2000 Advanced Server (Formerly CMPELC-180).
CMPNET 181 WINDOWS 2000 PROFESSIONAL
Units: 2.00 - CSU 1.00 hours lecture weekly, 3.00 hours lab weekly
This course provides the basic introduction to Windows 2000 Professional (Formerly CMPELC-181).
CMPNET 182 WINDOWS 2000 DIRECTORY SERVICES
Units: 2.00 - CSU 1.00 hours lecture weekly, 3.00 hours lab weekly
Prerequisite: CMPNET-180 or CMPELC-180.
Provides the basic introduction to Windows 2000 Directory Services (Formerly CMPELC-182).
CMPNET 183 WINDOWS 2000 NETWORK INFRASTRUCTURE
Units: 2.00 - CSU 1.50 hours lecture weekly, 1.50 hours lab weekly
Provides technical information for deploying a Windows 2000 Advanced Server Network. This course directly relates to certification information necessary to pass the Network Infrastructure exam.
CMPNET 200 LINUX ADMINISTRATION
Units: 3.50 - CSU 3.00 hours lecture weekly, 1.50 hours lab weekly
This first course in an eight-part series covers the basics of LINUX Administration. Our CISCO Academy is partnered with local software vendors to develop coursework for UNIX/LINUX administration. Topics include user accounts and groups, permissions, LINUX files, the OS kernal, swap space, DHCP, and other LINUX topics.
CMPNET 201 FUNDAMENTALS OF SOLARIS UNIX
Units: 3.50 - CSU 3.00 hours lecture weekly, 1.50 hours lab weekly
The second in an eight-part series for UNIX Administration covering the basics. Our CISCO Adademy has partnered with local software vendors to develop coursework for UNIX/LINUX administration. Includes user accounts and groups, permissions, UNIX files, the OS kernal, swap space, DHCP, and other UNIX topics.
CMPNET 202 WIRELESS TECHNOLOGIES
Units: 3.50 - CSU 3.00 hours lecture weekly, 1.50 hours lab weekly
Third in an eight-part series on UNIX Administration and covers the basics of Wireless Network Administration. COC's CISCO Academy has partnered with local industry to develop coursework for UNIX/LINUX administration. Topics include the Wireless Device layer, the wireline layer, and the back-end layer in network support issues.
Manufacturing Technology
MFGT 100 MEASUREMENTS AND COMPUTATIONS
Units: 3.00 - CSU 3.00 hours lecture weekly
This occupational application of measurements and computations is used by manufacturing technology students. The topics include: fractions, decimals, percents, ratio, proportions, English and Metric measuring systems, applied algebra, plane geometry and practical trigonometry as it pertains to a machine shop. Emphasis will be on the use of a scientific calculator when applicable. Applications such as current measuring tools (micrometer, caliper, and protractor), geometric constructions, blue print reading, computer numerical control, and the binary numeration system may be included.
MFGT 101 MATERIALS & PROCESSES IN MANUFACTURING
Units: 3.00 - CSU 2.00 hours lecture weekly, 3.00 hours lab weekly
A survey of methods to process various raw materials into finished products. Materials include metals, plastics, ceramics, and composites. Processes include machining, casting, forming, joining and nontraditional methods. Emphasis is placed on the relationship between materials and processes and the manufacture of finished products. Each student receives a hands-on introduction to machining operations and manual high speed machine tools, capabilities and use of metrology equipment, and shop safety. Laboratory production processes include grinding, milling, drilling, turning, deburring, and use of a variety of layout and metrology equipment.
MFGT 102 ENGINEERING DRAWING INTERPRETATION
Units: 3.00 - CSU 3.00 hours lecture weekly
Covers basic engineering drawings widely used in contemporary manufacturing industries. Both the visualization and interpretation facets of reading are given extenisive coverage including geometric dimensioning and tolerancing. Exposure to analysis of common drawing types, views, lines, dimensions, tolerances, call-outs, notes, symbology, and revision procedures are included.
MFGT 103 INTRODUCTION TO AUTOMATED MANUFACTURING
Units: 3.00 - CSU 2.00 hours lecture weekly, 3.00 hours lab weekly
As a first course in manufacturing automation, emphasis is placed on the building blocks of automation, application of robotics and various types of automated manufacturing systems. Students gain experience and understanding of the basic components of automated manufacturing systems including sensors, switches, actuators, drive systems, vision systems, robots, and programmable logic controllers. Application of such systems in industry is also explored.
MFGT 111 MACHINE TECHNOLOGY
Units: 2.00 - CSU 2.00 hours lecture weekly, 3.00 hours lab weekly
Provides students with the introductory knowledge to understand and operate conventional machine tools. Course format includes discussion, demonstrations, hands-on practice, and manufacturing plant visitations.
MFGT 121 CNC 1: OPERATION AND MANUAL PROGRAMMING
Units: 3.00 - CSU 2.00 hours lecture weekly, 3.00 hours lab weekly
Students learn the necessary skills to set up, operate, and produce mill and lathe parts on computer numerical control machine tools (3-axis). This course explores the history of NC/CNC, elementary CNC programming conventions, cutting tool types, automatic tool changing, tool offsets and compensation, CNC set up procedures, and CNC mill and lathe practice.
MFGT 122 CNC 2: CONCEPTS & PROGRAMMING
Units: 3.00 - CSU 2.00 hours lecture weekly, 3.00 hours lab weekly
Prerequisite: MFGT-121
An advanced computer numerical control course to cover the study of CNC programming, industrial machine controllers, and CNC production applications. Students learn the necessary skills to program and set up for mill and lathe parts on computer numerical control machine tools (3-axis). Course content includes programming standards and format, feedback interface, cutting tool selection and sequencing, automatic tool changing, tool offsets and cutter compensation, and CNC mill and lathe practice.
MFGT 131 CAD/CAM I
Units: 3.00 - CSU 2.00 hours lecture weekly, 3.00 hours lab weekly
An introduction to computer-aided design and manufacturing using MASTERCAM as a CAD/CAM environment. Intended for manufacturing technology students and industrial practitioners who are new to MASTERCAM. Includes a review of machining and CNC programming fundamentals, the MASTERCAM environment and process overview, basic 2D geometry construction and modification, process and toolpath planning, 2-axis toolpath generation and editing.
MFGT 132 CAD/CAM II
Units: 3.00 - CSU 2.00 hours lecture weekly, 3.00 hours lab weekly
Prerequisite: MFGT-131
Provides intermediate level CAD/CAM training using MASTERCAM. Intended primarily for manufacturing technology students and industrial practitioners who have some experience with MASTERCAM. Includes construction of 3D wireframe models, surface modeling fundamentals and creation, derived and composite surfaces, 3-axis surface modeling, and 4-axis and 5-axis programming.
MFGT 133 CAD/CAM III
Units: 3.00 - CSU 2.00 hours lecture weekly, 3.00 hours lab weekly
Prerequisite: MFGT-132.
Provides advanced level CAD/CAM training using MASTERCAM. Intended primarily for manufacturing technology students and industrial practitioners who have intermediate experience with MASTERCAM. Course content includes construction of 3D wireframe models, complex surface modeling creation, derived and composite surfaces, 3-axis surface modeling, and 4-axis and 5-axis simultaneous programming.
MFGT 141 CATIA I
Units: 3.00 - CSU 2.00 hours lecture weekly, 3.00 hours lab weekly
Emphasis on 2D projection from a 3D solid model on a Dessault system computer-aided three-dimensional interactive application CATIAsoftware. (Formerly MECHAN-100).
MFGT 142 CATIA II
Units: 3.00 - CSU 2.00 hours lecture weekly, 3.00 hours lab weekly
Prerequisite: MFGT-141
Students learn to utilize CATIAsolid and surface modeling in advanced 3-dimensional design. (Formerly MECHAN-101).
MFGT 143 CATIA III
Units: 3.00 - CSU 3.00 hours lecture weekly
Prerequisite: MFGT-142
Students learn to utilize CATIAbasic manufacturing Fixed and Multi-axis CNC milling for various manufacturing environments. (Formerly MECHAN-102).
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