CNSA 276 (3 Credits) Practical Applications The second of two capstone courses in the CNSA curriculum (the first is CNSA 271, Network Design) that will require students to rely heavily upon the knowledge and skills acquired from their entire previous CNSA course experiences. Students will continue the role of enterprise architects working in self-directed project teams, to complete the process started in CNSA 271 of designing a “live” integrated network with various client and server operating systems. This course will also include in-depth research and examination of selected network applications, and the implementation of those applications in the enterprise. Students will learn how to plan, configure, and administer the specified application(s), implement the application(s), document the installation(s), and train the appropriate users to use and administer the application(s). Students will also learn to install, configure, and manage a current messaging system (i.e., e-mail server), and integrate that application into the enterprise. Special attention is given to security issues associated with enterprise applications. Prerequisites: CNSA 266, CNSA 271
CONSTRUCTION ELECTRICIAN (COEL)
COEL 106 (5 credits) AC-DC Fundamentals This course presents basic principles, laws and formulas which relate to alternating (AC) and direct current (DC) circuit applications in electricity. Topics will include: electron theory, Obnfs Law, series, parallel and combination circuit theory. In addition, capacitive and inductive reactive circuitry (RE, RC, RLC) will be discussed. COEL 111 (5 credits) Residential Wiring This course is an introduction to residential wiring practices and techniques. Topics will cover basic residential symbols, blueprint reading, wire diagramming and use of applicable National Electrical Codes (NEC). Lab work and projects will enable students to develop an understanding of basic residential circuits. COEL 116 (2 credits) Electrical Construction Safety This course will present Occupational Safety and Health Act (OSHA) general safety requirements for specific electrical and construction environments. Topics will include: Ladders, scaffolds, lockout and tagging, Personal Protective Equipment (PPE), temporary wiring, harness techniques and confined spaces. COEL 156 (5 credits) Commercial and Industrial Wiring Basic theory and laboratory assignments in safety, wiring practices, blueprint reading and NEC as it applies to and commercial and industrial wiring techniques. Labs will 70
2011-2012 College Catalog
enable students to gain practical experience installing and troubleshooting single and three-phase: distribution, transformers, motors and motor control circuits. Prerequisite: COEL 102 COEL 161 (3 credits) National Electrical Code This course is designed to provide students with a comprehensive understanding of the National Electrical Code (NEC). Topics will include: foundational provisions, one family dwellings, multifamily dwellings, commercial locations, special occupancies, areas and equipment. COEL 166 (3 credits) Blueprint Reading: Electrical This course is an introduction to basic blueprint reading skills and techniques. Topics will cover lines and symbols, pictorial and orthographic diagrams, specifications, scales, prints and plans. Class work will enable students to develop a basic understanding of construction drawings.
ELECTRICAL TECHNOLOGY (ELEC)
ELEC 107 (1 credits) Electricity I: Theory and Analysis Lab Laboratory assignments will enable the student to demonstrate the theoretical topics covered in ELEC 113 Electricity I: Theory and Analysis. Lab sessions will train the student to properly connect electrical circuitry and utilize appropriate metering instruments to take specific measurements to determine voltage, resistance, current, and power, and to troubleshoot various circuit layouts. Corequisite: ELEC 113 ELEC 113 (4 credits) Electricity I: Theory and Analysis This course presents principles, laws, and formulas relating to basic direct current (DC) and alternating current (AC) applications in electricity. Topics include electron theory, magnetism, DC power supplies, Ohm’s Law, Kirchhoff ’s Laws, AC waveform analysis and basic motor design. Resistive and inductive loads and various electrical circuit layouts are analyzed. Corequisite: ELEC 107 ELEC 117 (4 credits) Electricity I: Practicum Work shop projects will enable the student to develop an understanding of fundamental residential and preliminary commercial circuit design and installations, in accordance with the National Electrical Code (NEC) and associated building regulations. Corequisite: ELEC 120 ELEC 120 (3 credits) Electricity I: Systems Design This course is an introduction to fundamental residential and preliminary commercial wiring systems design.