Electrical Construction (ELCE)

ELCE 100 Electrical Construction4 Credits

Tactics to plan electrical system installations from blueprints to the completed job and preparation of material lists, job sheets, and time schedules for various phases of construction. The course emphasizes the National Electrical Code.

ELCE 102 Electrical Blueprint Reading4 Credits

Development of skills needed to interpret electrical drawings properly. Critical for anyone involved in the design, construction, or maintenance of electrical systems.

ELCE 110 House Wiring4 Credits

Approaches to residential building wiring in conformance with the current National Electrical Code and local codes using non-metallic cable.

Prerequisites: ELCE 100.

ELCE 120 Commercial Wiring4 Credits

Approaches to commercial and industrial building wiring in conformance with the current National Electrical Code and local codes using electric metallic tubing and other raceways.

Prerequisites: ELCE 110.

ELCE 124 Electrical Safety1 Credit

Exploration of OSHA's electrical safety-related work practices, and how they are applied to the work environment.

ELCE 125 Electrical Principles and Applied Calculations4 Credits

Exploration of the fundamental principles of electrical calculations and operations, as well as practical applications of various concepts.

ELCE 130 National Electrical Code I4 Credits

Exploration of the National Electrical Code and local code requirements for electrical installations. Chapters one through four of the National Electrical Code are covered.

ELCE 135 National Electrical Code II4 Credits

Further development of material from ELCE 130 and covering chapters five through nine of the National Electrical Code, including hazardous locations, special occupancies, conditions, and equipment.

Prerequisites: ELCE 130.

ELCE 144 Grounding and Bonding1 Credit

Exploration of technology and techniques available for code and standards-compliant grounding and bonding systems, focusing on grounding and bonding requirements as they relate to Article 250 and other articles of the NEC code.

ELCE 150 DC Circuit Fundamentals4 Credits

Introduction to the principles of DC electricity and magnetism with emphasis on Ohm's, Kirchoff's, and Watt's laws to analyze circuit voltage, current, and power. Addresses common measuring instruments and safety.

ELCE 155 AC Circuit Fundamentals4 Credits

Exploration of AC circuits including: resistance, current, voltage, computations of series and parallel circuits, circuit analysis, magnetism, inductive and capacitive circuits and troubleshooting with basic test equipment.

ELCE 167 Electrical Maintenance4 Credits

Introduction to common electrical repairs, electrical systems, tools and test equipment. Includes replacing or repairing devices, such as receptacles, light fixtures and ballasts, circuit breakers, fuses, and switches. Addresses electrical safety and code applications.

ELCE 169 Electrical Code Calculations4 Credits

Exploration of calculations used in the application of the National Electrical Code, emphasizing sizing of branch circuit and feeder conductors and calculating ratings of protective devices.

Prerequisites: ELCE 130 and ELCE 135.

ELCE 215 Advanced Code Calculations4 Credits

Exploration of calculations for sizing conductors, conduits, fittings, protective devices, relays related to branch circuits, feeders for motor loads, transformers and power factor correction calculations.

Prerequisites: ELCE 169.

ELCE 220 Industrial Controls4 Credits

Application of electrical and electromechanical sensing/control devices including heating, ventilating, and air conditioning applications, motor control, conveyor drives, and other industrial applications. Students design control systems to meet assigned conditions, use principles of relay logic to prepare correct ladder diagrams and wire up, test, and troubleshoot their systems. Course stresses accuracy, safety, and National Electric Code requirements.

ELCE 222 Instrumentation and Process4 Credits

Investigation of theory of industrial instrumentation measurement through process control. Includes theory and measurement methods for temperature, pressure, level, and flow. Incorporates hands-on training equipment to measure temperature and pressure, and perform calibration of a pressure differential transmitter. Test equipment is used to simulate a two-wire transmitter and source a current signal for calibration of an I/P transducer.

ELCE 225 Introduction to PLCs4 Credits

Development of the ability to read, interpret, and analyze electrical ladder drawings. Acquaints the student with the basic electromechanical components commonly used in electrical control circuits, as well as solid-state relays and the role of programmable controllers.

ELCE 229 AC/DC Variable Speed Drive2 Credits

Introduction to variable speed drive technology that offers a cost-effective method to match driver speed to load demands. Represents a state-of-the-art opportunity to reduce operating costs and improve overall productivity. Focuses on variable speed drive technology including operation, set-up, troubleshooting, maintenance, proper selection, and application for drives, as well as basic drive overview and comparison.

ELCE 263 Specific Wiring for Structured Cabling Systems2 Credits

Development of ability to wire for specifications and for structured cabling systems. Examines the job layout, products used, and execution of the project.