DE Electrician study plan
DE Electrician · Give each week a clear focus.
8 weeks · About 7 hours per week
Electrical Theory and Principles & National Electrical Code Application
State Ohm's law and the power formulas and solve 20 numeric problems without notes, showing units at each step
Convert between series and parallel resistance networks and verify each answer with a second method
Locate and tabulate every Article 100 definition that affects conductor sizing, then rewrite each in your own words
Build a one-page NEC table index listing the tables you will use most (310.16, 250.122, 314.16, Chapter 9) with what each answers
Your checkpoint
A 20-problem worked calculation set plus a one-page NEC table index, both dated and kept in your binder
Electrical Theory and Principles & National Electrical Code Application
Compute voltage drop for single-phase and three-phase feeders using the resistance and reactance method, and compare against the 3% and 5% benchmarks in 210.19 and 215.2 informational notes
Calculate available fault current at a service and explain how it drives interrupting rating selection under 110.9
Work through 15 ampacity problems using Table 310.16 with adjustment and correction factors from 310.15
Explain the difference between overload, ground fault, and short circuit and match each to its protective device
Your checkpoint
A voltage-drop and ampacity worksheet with 15 fully worked problems, each citing the governing NEC section
National Electrical Code Application & Electrical Installation, Safety, and Inspection
Size branch-circuit conductors and overcurrent protection for five different load types using 210.19, 210.20, and 240.4
Apply the 210.52 receptacle placement rules to draw a plan view of a kitchen, living room, and laundry with receptacle locations marked
Calculate box fill under 314.16 for three different box and conductor combinations
Size equipment grounding conductors and main bonding jumpers using 250.122 and 250.66
Your checkpoint
A residential plan-view drawing set with receptacle layout and a box-fill calculation sheet for three boxes
Delaware Electrician Licensing Requirements & Electrical Installation, Safety, and Inspection
Outline the Delaware licensing pathway step by step: application, fee, experience documentation, examination, and renewal, noting where each requirement is verified
List the continuing education hours and renewal cycle that apply to a Delaware electrician license and note the source you used to confirm each
Identify the license classifications Delaware issues and what scope of work each permits
Summarize the penalties for unlicensed electrical work and the complaint process
Your checkpoint
A one-page Delaware licensing flowchart plus a 10-question self-quiz on licensing rules with an answer key
Electrical Installation, Safety, and Inspection & National Electrical Code Application
Demonstrate lockout/tagout and verify absence of voltage on a de-energized circuit, writing the sequence from memory
Select PPE by hazard category using the NFPA 70E approach and justify each arc-rated garment choice
Apply 250.32 and 250.50 to grounding and bonding for a separate building or structure
Size service entrance conductors and the service disconnect for a single-family dwelling using Article 220 optional and standard methods
Your checkpoint
A written safety procedure for de-energized work plus a completed dwelling service calculation with all Article 220 steps shown
National Electrical Code Application & Electrical Installation, Safety, and Inspection
Apply Chapter 3 wiring methods to five installation scenarios and choose the correct raceway or cable type with justification
Calculate conduit fill and pull box sizing using Chapter 9 and 314.28
Interpret 430 motor branch-circuit, overload, and disconnect sizing for three motor nameplates
Prepare a pre-inspection checklist covering the ten most common residential rough-in failures
Your checkpoint
A conduit fill and pull box calculation packet plus a printable rough-in inspection checklist
Delaware Electrician Licensing Requirements & Electrical Theory and Principles & National Electrical Code Application & Electrical Installation, Safety, and Inspection
Complete two full-length timed practice exams under exam conditions and score them
Categorize every missed question by domain and by root cause (code lookup, calculation, misread, or unknown concept)
Re-study the two weakest domains using only the root-cause list, not a full reread
Drill 30 code-lookup questions to build speed in navigating the NEC
Your checkpoint
Two scored practice exams with a written error analysis table listing every miss, its domain, and the corrective action
Delaware Electrician Licensing Requirements & Electrical Theory and Principles & National Electrical Code Application & Electrical Installation, Safety, and Inspection
Re-take the highest-miss topics from week 7 and confirm improvement above 80% accuracy
Memorize the Delaware licensing checklist items most likely to be tested and recite them without notes
Review all calculation worksheets for unit and rounding errors
Run one final timed exam and log the score against your week 7 baseline
Your checkpoint
A final score report comparing week 7 and week 8 exam results by domain, with a signed readiness statement
Milestones
Week 2: Score at least 80% on the 15-problem ampacity and voltage-drop worksheet without consulting worked examples
Week 4: Recite the Delaware licensing pathway from application to renewal with no notes and score 9 of 10 on the self-quiz
Week 6: Complete the conduit fill and pull box packet with zero errors and produce a rough-in checklist covering at least ten items
Week 7: Score at least 70% on both timed practice exams and finish the error analysis table for every missed question
Week 8: Improve the overall practice exam score by at least 10 percentage points over the week 7 baseline and reach 80% accuracy on previously missed topics