Students will be able to: demonstrate knowledge of principles of DC theory; apply Ohm's Law and Kirchoff's Law; solve series and parallel circuits; calculate power formulas and inductive reactance; calculate capacitive reactance; demonstrate knowledge of principles of AC theory; calculate waveforms and frequency; test circuits for opens and continuity, for voltage, current, and resistance; demonstrate proper care and use of test equipment; identify electrical symbols; Interpret electrical wiring drawings; troubleshoot from electrical drawings; select, measure, and cut conduit; ream, thread, and bend conduit; install boxes, fixtures, and hardware; select proper enclosures; identify and use electrical fittings; define the purpose, intent, and jurisdiction of the NEC; identify proper conductor type and size; size pull boxes; demonstrate proper grounding and bonding procedures; identify and connect switches, sensors, and relays; exhibit understanding of motor starters; understand principles of circuit protection; determine the output of a generator; identify the internal components of a generator and motor circuits; identify and define types of motors; identify and explain motor components; connect leads for operation; test for operation; troubleshoot and diagnose problems; identify types of transformers, leads and connections; calculate voltage, amperage, and KVA capacity; demonstrate proper set up and installation; exhibit knowledge of basic programming; troubleshoot VFDs; demonstrate proper set up and installation; exhibit knowledge of basic programming; troubleshoot PLCs; exhibit basic knowledge of OSHA standards; identify appropriate personal protective equipment (PPE); demonstrate knowledge of correct scaffolding and ladder procedures; demonstrate proper selection and use of hand and power tools. Performance Component: Tools and Materials Identification (14%); Conduit Bending (27%); Wiring a Motor Starter (34%); and Replacing Ballast in a Fluorescent Fixture (25%).