- Maintenance Electricity -
The Program Areas
Entrance Requirements |
Enrollment Procedures |
Tuition Rate /Other Costs |
Length of Program |
Graduation Award |
Program Goals & Objectives |
Unit Outlines
Applicant must be physically, mentally and educationally suited to perform the type of work designated for the course of training offered by the school, both in the classroom and the workshop.
An individual may enroll and start training with any regularly scheduled class session, s/he need not wait until some particular date. Courses are offered during the day on a full-time schedule and in the evenings on a part-time schedule. Upon enrollment, the student continues training year around, including the summer months until the required number of clock hours have been completed.
The full time monthly tuition rate is $1275.00 and is paid each month as the student proceeds with the course. Total tuition cost of the program is $21,670.00 and is based on the rate of $11.00 per clock hour. In addition, books cost $680.00 and tools $707.00 for the total program. If the student enrolls for the first two modules, the cost for tuition is $14,740.00, books are $560.00 and $707.00 for tools.
Maintenance Electricity (approximately 16 months)
Course Weeks - Clock Hours:
Maintenance Electricity Program (68 wks - 1970 cl hrs)
House Wiring (23 wks - 690 CL hrs )
Commercial/Industrial Wiring (22 wks - 650 CL hrs)
Electric Motor Repair (21 wks - 630 CL hrs)
Full-time training: 30 clock hours per week - Tuesday through Friday
Upon completion of the program, graduates will be awarded a Diploma.
To provide individuals fundamental knowledge and skills necessary to serve as a skilled electrician. The student will gain the competencies needed to plan, layout and install electrical systems for home, commercial and industrial applications. Further, the student will acquire the basic techniques for maintenance, repair and winding of electric motors and controls. Since the use of electricity is widespread, the graduate qualifies for numerous entry level positions in small business service firms, industrial maintenance departments, electrical/general contractor firms, self employed/owner home and commercial businesses and electrical power companies.
Residential Wiring: (690 CL Hrs. - 23 Wks.)
Upon completion of the program, the graduate will be able to:
Apply the National Code requirements in planning and installing small dwelling electrical systems, Develop basic house wiring plans including correct entrance design, wiring schematics and electrical equipment/appliance and fixture selection, Read and interpret wiring and layout schematics, Layout and install wiring, equipment, fixtures, and appliances following a print or schematic, Prepare required inspection documents and prepare a job for inspection, Use proper estimating techniques in preparing a job estimate from a set of blueprints, Practice accepted safety techniques in the work environment.
Unit 1 - 690 Clock Hours - 23 WeeksUse and care of tools Study of electrical dictionaryStudy of electrical termsStudy of electrical house wiring schematic symbol
Study of wire usesStudy of electrical supplies and fittingsStudy of electrical wiring schematicsSafety practices in the electrical field ResuscitationStudy of Ohms Law
Study of laws of work, force and power
Study of electric wiring schematics
Study of the National Electric Code
Study of electric current
Study of EMF by induction
Study of the National Electric Code
Study and practice in cutting, splicing and connecting wires
Layout and installation of switches, receptacles, junction, and supplemental boxes
Layout and installation of range, water heater and dryer circuits
Layout and installation of door bells
Layout and installation of lighting fixtures
Layout and installation of annunciator wiring and low voltage circuits
Layout and installation of three and four wire services to outside buildings
Layout and installation methods in old and new work
Complete house-wiring project
Estimating practices from blueprintsMethods of preparation and document completion for inspection
FINAL TEST
Apply the National Code requirements in planning and installing commercial/industrial electrical systems, Read and interpret wiring and installation schematics Layout and install conduit, fittings, raceways and wire moldings, Cut, strip and run large size cable, Install and/or repair relays, alarms, circuit breakers, bus bars, controllers, switches and panel boards, Identify and analyze DC and AC power sources and distribution, including circuitry and supply components, Use proper estimating techniques in preparing a job estimates from blueprints, Practice accepted safety practices in the work environment.
Conduit Wiring
Tools, their use and care with respect to conduit Study of conduit and conduit fittings Study and practice of conduit layout Practice and practical application of reaming, cutting and bending conduit Methods and practical coupling installation of conduit and conduit fittings Coupling and mounting pull boxes, junction boxes and receptacles Methods and installation of supports and hangers used in securing conduit and fittings Practice and practical operation of pulling wire through conduit Use of compounds necessary in pulling wire through conduit Methods for grounding conduit systems Application of acquired methods and skills exhibited through practical installation of conduit systems from the entrance to the final hookup National Code requirements for conduit systems Local utility requirements for conduit systems Safety practices and lessons on resuscitation
Armored Cable
- Advantages in the use of armored cable
- Study of armored cable and various fittings
- Study and principles of armored cable layout
- Methods and practice of cutting and stripping cable
- Methods and practice of running cable and making connections
- Practical installation of armored cable from the service entrance to final hookup
- National Electric Code requirements for armored cable
- Local utility company requirements for armored cable systems
- Safety practices.
Metal Raceways and Wire Molding
Advantages in the use of metal raceways and wire molding Fittings and their methods of installation Cutting, fitting and bending metal raceways and wire molding Methods used in coupling raceways and wire moldings Running wire in raceways and proper methods of connection Installation of raceway and wire moldings Study and principles of raceway and wire molding layout National Electric Code requirements Local utility company requirements- Safety practices
Laboratory Work On Electrical Apparatus and Equipment
- Meter use in measuring voltages and resistance
- Hookup of relays from schematics
- Coils
- Hookup of door bells and burglar alarms from schematics
- Timers, relays, and control transformers
Direct Current in Commercial-Industrial Wiring
Study of DC power, its source and distribution Study of circuitry and supply components (rectification and opto-isolator circuits)
Alternating Current in Commercial-Industrial Wiring
Study of AC power, its source and distribution Study of AC circuitry Study of inductance Study of power factors Study of measurements
Laboratory Work on AC Industrial Devices
Hookup of electric motors Wiring and troubleshooting controllers Wiring and troubleshooting circuit breakers Wiring and repair switches Wiring, repairing and troubleshooting motor starters Fusing applications
Estimating Practices in Commercial-Industrial Wiring
Final Test
- Maintain, repair and wind electric motors and controls;
- Use basic motor test equipment in conjunction with proper motor testing procedures;
- Identify and apply the basic concepts given in Ohms, and Kirchoff Laws;
- Use proper techniques to measure voltage, inductance, resistance, power and energy;
- Identify and analyze the operating characteristics and ratings of types of motors;
- Use proper techniques to diagnose and troubleshoot various types of electric motors;
- Practice accepted safety techniques in the work environment.
Study of Electricity and Magnetism
Magnetism with respect to motors Study of Ohms Law Study of Kirchoff's Laws Resistance and voltage with respect to motors Methods of measuring resistance and voltage Inductance with respect to motors Methods of measuring power and energy Series and parallel circuits
Functions of Motor Components
Field frames and poles Field coils Armatures Brushes Commutators Rotors Stators
Use of Motor Repair Test Equipment
Voltmeter Ammeter Ohmmeter Speed indicator (Tachometer) Testing transformer Motor Installation Tester Infared temperature meter
Types of Direct Current Motors
Series, Shunt Wound and Compound
Characteristics and actions of motors Voltage ratings and action of motors Torque Armature resistance Motor rotation Principles of operation Maintenance
Types of Single Phase Alternating Current Motors
Split phase, capacitor type, repulsion-induction type and synchronous-Universal type
Characteristics and actions of motors Voltage ratings and speeds Torque Armature resistance Motor rotation Principles of operation Troubleshooting Maintenance
Types of Polyphase Alternating Current Motors
Squirrel cage type, Wound rotor type and synchronous type
Characteristics and actions of motors Voltage ratings and speeds Torque Armature resistance Motor rotation Principles of operation Troubleshooting Maintenance
Programable Logic Control Circuits
Introduction to Programable Controls
Number Systems and Logic Concepts
Processors, Programable Devices, Power Supplies and Memory
System Programming
PLC Circuit Functions
Commercial/Industrial motor and process controls
Final Test