Courses

Fall 2014 Courses | Spring 2015 Courses


Type Status Title Days Time Instructor
Evening Class   IN
PROGRESS
ELEC 110 - 80293 - Fundamentals of Electronics


ELEC 110 FUNDAMENTALS OF ELECTRONICS (4)
Minimum of 48 lecture hours and 48 lab hours plus 16 hours by arrangement/semester.
Activity-based introduction to the fundamentals of DC and AC electrical/electronic circuits. Course covers the basic mathematical laws, terminologies, testing and measuring of simple circuits. Laboratory exercises will emphasize the use of tools, electrical test instruments and measuring devices. Transfer credit: CSU.

M 6:30pm-9:10pm Frank,J
Evening Class   IN
PROGRESS
ELEC 110 - 80293 - Fundamentals of Electronics


ELEC 110 FUNDAMENTALS OF ELECTRONICS (4)
Minimum of 48 lecture hours and 48 lab hours plus 16 hours by arrangement/semester.
Activity-based introduction to the fundamentals of DC and AC electrical/electronic circuits. Course covers the basic mathematical laws, terminologies, testing and measuring of simple circuits. Laboratory exercises will emphasize the use of tools, electrical test instruments and measuring devices. Transfer credit: CSU.

W 6:30pm-9:30pm Frank,J
Evening Class   IN
PROGRESS
ELEC 110 - 80293 - Fundamentals of Electronics


ELEC 110 FUNDAMENTALS OF ELECTRONICS (4)
Minimum of 48 lecture hours and 48 lab hours plus 16 hours by arrangement/semester.
Activity-based introduction to the fundamentals of DC and AC electrical/electronic circuits. Course covers the basic mathematical laws, terminologies, testing and measuring of simple circuits. Laboratory exercises will emphasize the use of tools, electrical test instruments and measuring devices. Transfer credit: CSU.

TBA 1 Hrs/Wk Frank,J
Day Class   IN
PROGRESS
ELEC 110 - 92654 - Intro Fundamentals Electronics


ELEC 110 FUNDAMENTALS OF ELECTRONICS (4)
Minimum of 48 lecture hours and 48 lab hours plus 16 hours by arrangement/semester.
Activity-based introduction to the fundamentals of DC and AC electrical/electronic circuits. Course covers the basic mathematical laws, terminologies, testing and measuring of simple circuits. Laboratory exercises will emphasize the use of tools, electrical test instruments and measuring devices. Transfer credit: CSU.

M 9:10am-12:15pm Frank,J
Day Class   IN
PROGRESS
ELEC 110 - 92654 - Intro Fundamentals Electronics


ELEC 110 FUNDAMENTALS OF ELECTRONICS (4)
Minimum of 48 lecture hours and 48 lab hours plus 16 hours by arrangement/semester.
Activity-based introduction to the fundamentals of DC and AC electrical/electronic circuits. Course covers the basic mathematical laws, terminologies, testing and measuring of simple circuits. Laboratory exercises will emphasize the use of tools, electrical test instruments and measuring devices. Transfer credit: CSU.

W 9:10am-12:15pm Frank,J
Day Class   IN
PROGRESS
ELEC 110 - 92654 - Intro Fundamentals Electronics


ELEC 110 FUNDAMENTALS OF ELECTRONICS (4)
Minimum of 48 lecture hours and 48 lab hours plus 16 hours by arrangement/semester.
Activity-based introduction to the fundamentals of DC and AC electrical/electronic circuits. Course covers the basic mathematical laws, terminologies, testing and measuring of simple circuits. Laboratory exercises will emphasize the use of tools, electrical test instruments and measuring devices. Transfer credit: CSU.

TBA 1 Hrs/Wk Frank,J
Day Class   CLASS OVER ELEC 410 - 92041 - Intro-Solar Install/Integrate

ELEC 410 INTRODUCTION TO SOLAR INSTALLATION AND INTEGRATION (3.5)
(Pass/No Pass or letter grade.)

Minimum of 48 lecture hours and 24 lab hours plus 16 lab hours by arrangement/semester. Recommended: Completion of , or concurrent enrollment in, ELEC 110, or equivalent.
An introductory course targeted to junior-level photovoltaic installers to provide a foundation of skills necessary in solar installation. Topics include electrical theory and practice, photovoltaic theory and integration, and solar installation skills. The course is a balance of theory, hands-on practice and real world examples. Also listed as ESTM 410. Transfer credit: CSU.

T Th 9:35am-12:25pm Thompson,O
Day Class   CLASS OVER ELEC 410 - 92041 - Intro-Solar Install/Integrate

ELEC 410 INTRODUCTION TO SOLAR INSTALLATION AND INTEGRATION (3.5)
(Pass/No Pass or letter grade.)

Minimum of 48 lecture hours and 24 lab hours plus 16 lab hours by arrangement/semester. Recommended: Completion of , or concurrent enrollment in, ELEC 110, or equivalent.
An introductory course targeted to junior-level photovoltaic installers to provide a foundation of skills necessary in solar installation. Topics include electrical theory and practice, photovoltaic theory and integration, and solar installation skills. The course is a balance of theory, hands-on practice and real world examples. Also listed as ESTM 410. Transfer credit: CSU.

T Th 1:10pm-2:25pm Thompson,O
Day Class   CLASS OVER ELEC 410 - 92041 - Intro-Solar Install/Integrate

ELEC 410 INTRODUCTION TO SOLAR INSTALLATION AND INTEGRATION (3.5)
(Pass/No Pass or letter grade.)

Minimum of 48 lecture hours and 24 lab hours plus 16 lab hours by arrangement/semester. Recommended: Completion of , or concurrent enrollment in, ELEC 110, or equivalent.
An introductory course targeted to junior-level photovoltaic installers to provide a foundation of skills necessary in solar installation. Topics include electrical theory and practice, photovoltaic theory and integration, and solar installation skills. The course is a balance of theory, hands-on practice and real world examples. Also listed as ESTM 410. Transfer credit: CSU.

T Th TBA 1 Hrs/Day Thompson,O
Evening Class   IN
PROGRESS
TCOM 410 - 94098 - Structured Wiring & Cabling


TCOM 410 STRUCTURED WIRING AND CABLING FOR TELECOMMUNICATIONS AND NETWORKING (3)
Minimum of 40 lecture hours and 24 lab hours plus 16 lab hours by arrangement/semester. Prerequisite: Completion of, or concurrent enrollment in, TCOM 405 or ELEC 110, or equivalent training or experience.
Technical introduction with hands on experience in the standards and practices of Telecommunications and Networking structured wiring and cabling. Course includes coverage of equipment, techniques, terminology, and specifications used in the telecommunications and networking industries. Students will install, test and troubleshoot basic telecommunications and networking infrastructure from wired lines and cabling to network patch panels and distribution systems. Course is based upon EIA TIA 568 and 570 Standards. May include field trips. Transfer credit: CSU.

T 6:30pm-8:45pm Allen,R
Evening Class   IN
PROGRESS
TCOM 410 - 94098 - Structured Wiring & Cabling


TCOM 410 STRUCTURED WIRING AND CABLING FOR TELECOMMUNICATIONS AND NETWORKING (3)
Minimum of 40 lecture hours and 24 lab hours plus 16 lab hours by arrangement/semester. Prerequisite: Completion of, or concurrent enrollment in, TCOM 405 or ELEC 110, or equivalent training or experience.
Technical introduction with hands on experience in the standards and practices of Telecommunications and Networking structured wiring and cabling. Course includes coverage of equipment, techniques, terminology, and specifications used in the telecommunications and networking industries. Students will install, test and troubleshoot basic telecommunications and networking infrastructure from wired lines and cabling to network patch panels and distribution systems. Course is based upon EIA TIA 568 and 570 Standards. May include field trips. Transfer credit: CSU.

T 8:50pm-10:00pm Allen,R
Evening Class   IN
PROGRESS
TCOM 410 - 94098 - Structured Wiring & Cabling


TCOM 410 STRUCTURED WIRING AND CABLING FOR TELECOMMUNICATIONS AND NETWORKING (3)
Minimum of 40 lecture hours and 24 lab hours plus 16 lab hours by arrangement/semester. Prerequisite: Completion of, or concurrent enrollment in, TCOM 405 or ELEC 110, or equivalent training or experience.
Technical introduction with hands on experience in the standards and practices of Telecommunications and Networking structured wiring and cabling. Course includes coverage of equipment, techniques, terminology, and specifications used in the telecommunications and networking industries. Students will install, test and troubleshoot basic telecommunications and networking infrastructure from wired lines and cabling to network patch panels and distribution systems. Course is based upon EIA TIA 568 and 570 Standards. May include field trips. Transfer credit: CSU.

TBA 1 Hrs/Wk Allen,R
Evening Class   IN
PROGRESS
TCOM 452 - 89288 - A+ Certification Exam Prep


TCOM 452 A+ CERTIFICATION EXAM PREPARATION (2)
(Pass/No Pass.)

Minimum of 32 lecture hours plus 48 lab hours by arrangement/semester. Recommended: Completion of, or concurrent enrollment in, TCOM 451, or equivalent training or experience.
Designed to assist students in preparing to take the A+ certification test for Computer Repair.  Transfer credit: CSU.

Th 4:30pm-6:30pm Cortes,Q
Evening Class   IN
PROGRESS
TCOM 465 - 94105 - Wireless Local Area Networks


TCOM 465 WIRELESS LOCAL AREA NETWORKS (3)
Minimum of 48 lecture hours plus 16 lab hours by arrangement/semester. Prerequisite: TCOM/BCM. 480, or equivalent training or experience.
An in-depth technical course in the design and implementation of wireless local area networks. Students will be introduced to the technology, infrastructure, application and installation of wireless networks. Students will install and administer a wireless network using Cisco product lines. Transfer credit: CSU.

Th 7:00pm-10:05pm Lohmann,R
Evening Class   IN
PROGRESS
TCOM 465 - 94105 - Wireless Local Area Networks


TCOM 465 WIRELESS LOCAL AREA NETWORKS (3)
Minimum of 48 lecture hours plus 16 lab hours by arrangement/semester. Prerequisite: TCOM/BCM. 480, or equivalent training or experience.
An in-depth technical course in the design and implementation of wireless local area networks. Students will be introduced to the technology, infrastructure, application and installation of wireless networks. Students will install and administer a wireless network using Cisco product lines. Transfer credit: CSU.

TBA 1 Hrs/Wk Lohmann,R
Evening Class   IN
PROGRESS
TCOM 480 - 84804 - Network Fundamentals (LAN)


TCOM 480 NETWORK FUNDAMENTALS (LAN) (3)

Minimum of 48 lecture hours plus 16 lab hours by arrangement/semester.
Cisco Academy Course – CCNA 1
An introductory course in networking specific to local area networks (LAN). Topics will include LAN hardware, software, topology, transmission medium, wide area network connectivity, diagnostic tools, system administration, and vendor specific LAN products. Class is complemented with hands-on experience in constructing a local area network. Course is patterned after Cisco training guidelines. Also listed as BCM. 480. Transfer credit: CSU.

W 7:00pm-10:00pm Cortes,Q
Evening Class   IN
PROGRESS
TCOM 480 - 84804 - Network Fundamentals (LAN)


TCOM 480 NETWORK FUNDAMENTALS (LAN) (3)

Minimum of 48 lecture hours plus 16 lab hours by arrangement/semester.
Cisco Academy Course – CCNA 1
An introductory course in networking specific to local area networks (LAN). Topics will include LAN hardware, software, topology, transmission medium, wide area network connectivity, diagnostic tools, system administration, and vendor specific LAN products. Class is complemented with hands-on experience in constructing a local area network. Course is patterned after Cisco training guidelines. Also listed as BCM. 480. Transfer credit: CSU.

TBA 1 Hrs/Wk Cortes,Q
Evening Class   IN
PROGRESS
TCOM 482 - 89590 - Introduction to Routers


TCOM 482 INTRODUCTION TO ROUTERS (3)

Minimum of 48 lecture hours plus 16 lab hours by arrangement/semester. Prerequisite: TCOM/BCM. 480, or equivalent training or experience.
Cisco Academy Course – CCNA 1 & 2

Introductory course on router configuration in wide area networks. Students will perform basic router configurations. Course examines common protocols, IP networking concepts, and subnetting techniques. Includes instructor-directed, hands-on activities. This course is patterned after Cisco training guidelines. Also listed as COMP 482. Transfer credit: CSU.

M 7:00pm-10:00pm Del Prado,N
Evening Class   IN
PROGRESS
TCOM 482 - 89590 - Introduction to Routers


TCOM 482 INTRODUCTION TO ROUTERS (3)

Minimum of 48 lecture hours plus 16 lab hours by arrangement/semester. Prerequisite: TCOM/BCM. 480, or equivalent training or experience.
Cisco Academy Course – CCNA 1 & 2

Introductory course on router configuration in wide area networks. Students will perform basic router configurations. Course examines common protocols, IP networking concepts, and subnetting techniques. Includes instructor-directed, hands-on activities. This course is patterned after Cisco training guidelines. Also listed as COMP 482. Transfer credit: CSU.

TBA 1 Hrs/Wk Del Prado,N
Evening Class   IN
PROGRESS
TCOM 483 - 89274 - Network Switches-Concepts&Apps


TCOM 483 NETWORK SWITCHES – CONCEPTS AND APPLICATIONS (3)
Minimum of 48 lecture hours plus 16 lab hours by arrangement/semester. Prerequisite: TCOM/BCM. 480, or equivalent training or experience. Recommended: TCOM/COMP 482, or equivalent training or experience.
Cisco Academy Course – CCNA 3

Introductory course in network switching concepts and configurations as applied to computer networks. Course examines switching protocols, spanning tree protocols, virtual LANs, and other specific models. Basic design of switch configurations and the use of switches in network architecture will be covered. Includes instructor-directed, hands-on activities. This course is patterned after Cisco training guidelines. Also listed as COMP 483. Transfer credit: CSU.

T 7:00pm-10:00pm Del Prado,N
Evening Class   IN
PROGRESS
TCOM 483 - 89274 - Network Switches-Concepts&Apps


TCOM 483 NETWORK SWITCHES – CONCEPTS AND APPLICATIONS (3)
Minimum of 48 lecture hours plus 16 lab hours by arrangement/semester. Prerequisite: TCOM/BCM. 480, or equivalent training or experience. Recommended: TCOM/COMP 482, or equivalent training or experience.
Cisco Academy Course – CCNA 3

Introductory course in network switching concepts and configurations as applied to computer networks. Course examines switching protocols, spanning tree protocols, virtual LANs, and other specific models. Basic design of switch configurations and the use of switches in network architecture will be covered. Includes instructor-directed, hands-on activities. This course is patterned after Cisco training guidelines. Also listed as COMP 483. Transfer credit: CSU.

TBA 1 Hrs/Wk Del Prado,N
Evening Class   IN
PROGRESS
TCOM 484 - 89289 - Adv. Routing Concepts & Apps


TCOM 484 ADVANCED ROUTING CONCEPTS AND APPLICATIONS (3)
Minimum of 48 lecture hours plus 16 lab hours by arrangement/semester. Prerequisite: TCOM 482, or equivalent training or experience. Recommended: TCOM 483, or equivalent training or experience.
Cisco Academy Course – CCNA 3 & 4

An advanced course in routing concepts and configurations on large internetworks. Students will configure and manage routers by implementing advanced features and common routing protocols such as EIGRP and OSPF. Includes instructor-directed, hands-on activities. This course is patterned after Cisco Router training guidelines. Also listed as COMP 484. Transfer credit: CSU.

W 7:00pm-10:00pm Del Prado,N
Evening Class   IN
PROGRESS
TCOM 484 - 89289 - Adv. Routing Concepts & Apps


TCOM 484 ADVANCED ROUTING CONCEPTS AND APPLICATIONS (3)
Minimum of 48 lecture hours plus 16 lab hours by arrangement/semester. Prerequisite: TCOM 482, or equivalent training or experience. Recommended: TCOM 483, or equivalent training or experience.
Cisco Academy Course – CCNA 3 & 4

An advanced course in routing concepts and configurations on large internetworks. Students will configure and manage routers by implementing advanced features and common routing protocols such as EIGRP and OSPF. Includes instructor-directed, hands-on activities. This course is patterned after Cisco Router training guidelines. Also listed as COMP 484. Transfer credit: CSU.

TBA 1 Hrs/Wk Del Prado,N
Evening Class   IN
PROGRESS
TCOM 485 - 89591 - TroubleshootingtheInternetwork


TCOM 485 TROUBLESHOOTING THE INTERNETWORK (3)
Minimum of 48 lecture hours plus 16 lab hours by arrangement/semester. Prerequisites: TCOM/COMP 483 and TCOM/COMP 484, or equivalent training or experience.
This course outlines the troubleshooting methodology and techniques for routers and switches in a network infrastructure. Students will learn to use existing software and the diagnostic features of a protocol analyzer to troubleshoot and analyze internetworks. This course is patterned after Cisco training guidelines. Also listed as COMP 485. Transfer credit: CSU.

Th 7:00pm-10:00pm Del Prado,N
Evening Class   IN
PROGRESS
TCOM 485 - 89591 - TroubleshootingtheInternetwork


TCOM 485 TROUBLESHOOTING THE INTERNETWORK (3)
Minimum of 48 lecture hours plus 16 lab hours by arrangement/semester. Prerequisites: TCOM/COMP 483 and TCOM/COMP 484, or equivalent training or experience.
This course outlines the troubleshooting methodology and techniques for routers and switches in a network infrastructure. Students will learn to use existing software and the diagnostic features of a protocol analyzer to troubleshoot and analyze internetworks. This course is patterned after Cisco training guidelines. Also listed as COMP 485. Transfer credit: CSU.

TBA 1 Hrs/Wk Del Prado,N
Evening Class   IN
PROGRESS
TCOM 486 - 91228 - Network Security
TCOM 486 NETWORK SECURITY (3)

Three lecture hours and one lab hour by arrangement per week. Prerequisite: Satisfactory completion (grade of C or better) of TCOM 482, or equivalent training or experience.

This course introduces students to network security using firewall and VPN (virtual private network) technology. Students will be exposed to the theory and application of both firewall and VPN network architecture. Students will have the opportunity for hands-on practice to administer security policy and VPN configuration using Checkpoint software. Also listed as COMP 486. Transfer credit CSU.

S 9:00am-12:15pm Del Prado,N
Evening Class   IN
PROGRESS
TCOM 486 - 91228 - Network Security
TCOM 486 NETWORK SECURITY (3)

Three lecture hours and one lab hour by arrangement per week. Prerequisite: Satisfactory completion (grade of C or better) of TCOM 482, or equivalent training or experience.

This course introduces students to network security using firewall and VPN (virtual private network) technology. Students will be exposed to the theory and application of both firewall and VPN network architecture. Students will have the opportunity for hands-on practice to administer security policy and VPN configuration using Checkpoint software. Also listed as COMP 486. Transfer credit CSU.

TBA 1 Hrs/Wk Del Prado,N
Evening Class   IN
PROGRESS
TCOM 670 - 80798 - Tcom Work Experience
TBA Hanley Jr,W

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