Existing articles on this site, ordered by skill into four learning paths. Work down the steps and read the first article of each step; the others can wait. You can also start from a job below to find the right path.
Find a path by job
Pick a job you want and jump to the path that fits it best. The percentage is how many of the job’s required skills the path covers.
- Overhead line worker: Licensing: Texas journeyman electrician exam topics, covers 6 of 7 required skills (86%)
- Electrical engineer: Licensing: Texas journeyman electrician exam topics, covers 3 of 3 required skills (100%)
- Avionics technician: Licensing: Texas journeyman electrician exam topics, covers 5 of 10 required skills (50%)
- Electrical engineering technician: Licensing: Texas journeyman electrician exam topics, covers 8 of 14 required skills (57%)
- Domestic electrician: Career switch: what to know before becoming an electrician, covers 6 of 13 required skills (46%)
- Building electrician: Career switch: what to know before becoming an electrician, covers 6 of 12 required skills (50%)
- Semiconductor fab facility engineer: Licensing: Texas journeyman electrician exam topics, covers 16 of 23 required skills (70%)
- Fab facilities hookup assistant engineer: Licensing: Texas journeyman electrician exam topics, covers 16 of 23 required skills (70%)
- Fab HVAC and cleanroom engineer: Licensing: Texas journeyman electrician exam topics, covers 16 of 23 required skills (70%)
- Electromechanical engineering technician: Licensing: Texas journeyman electrician exam topics, covers 8 of 14 required skills (57%)
Home electrical: understand the power in your home
For: Homeowners, renters and anyone who just moved. 16 steps, 52 articles, about 29 hours.
- Step 1: Respect the site: how electric shock happens (about 120 min)
- Step 2: Electricity in plain words 1: voltage and current through the water analogy (about 120 min)
- Step 3: Electricity in plain words 2: complete circuits, short circuits and fire risk (about 120 min)
- Step 4: Three lifesaving conductors: live, neutral and earth (about 120 min)
- Step 5: Home electrical safety and first response (about 90 min)
- Step 6: Ohm’s law, resistance, series and parallel (about 90 min)
- Step 7: Power, energy and the electricity bill (W, kWh) (about 90 min)
- Step 8: Lifesaving practice: voltage-testing concepts and spotting site hazards (about 120 min)
- Step 9: Recognising the electrical panel (about 120 min)
- Step 10: Outlets, switches and lighting concepts (about 120 min)
- Step 11: Residual-current protection, earthing and bonding (about 120 min)
- Step 12: Why breakers trip: overload, short circuit, ground fault (about 120 min)
- Step 13: Overheating and loose connection warning signs (about 120 min)
- Step 14: Branch circuits and dedicated circuits (about 120 min)
- Step 15: Matching wire size and overcurrent protection (about 120 min)
- Step 16: Old-house wiring and upgrade assessment (about 30 min)
Common foundation: electrical basics for every route
For: Everyone starting to learn electrical work. 6 steps, 10 articles, about 12 hours.
- Step 1: Respect the site: how electric shock happens (about 120 min)
- Step 2: Electricity in plain words 1: voltage and current through the water analogy (about 120 min)
- Step 3: Electricity in plain words 2: complete circuits, short circuits and fire risk (about 120 min)
- Step 4: Three lifesaving conductors: live, neutral and earth (about 120 min)
- Step 5: Lifesaving instrument: reading a digital multimeter panel (about 120 min)
- Articles for this step are on the way
- Step 6: Lifesaving practice: voltage-testing concepts and spotting site hazards (about 120 min)
Career switch: what to know before becoming an electrician
For: Adults planning to switch into electrical work. 15 steps, 60 articles, about 26 hours.
- Step 1: Electrical career directions and career-change planning (about 90 min)
- Step 2: Local entry and licensing pathways (about 90 min)
- Step 3: Electricity in plain words 1: voltage and current through the water analogy (about 120 min)
- Step 4: Respect the site: how electric shock happens (about 120 min)
- Step 5: Lifesaving instrument: reading a digital multimeter panel (about 120 min)
- Articles for this step are on the way
- Step 6: Electricity in plain words 2: complete circuits, short circuits and fire risk (about 120 min)
- Step 7: Three lifesaving conductors: live, neutral and earth (about 120 min)
- Step 8: Lifesaving practice: voltage-testing concepts and spotting site hazards (about 120 min)
- Step 9: Recognising basic electrical tools (about 30 min)
- Step 10: Conductors and insulation (about 30 min)
- Step 11: Recognising electrical materials: cable, conduit, boxes, fittings (about 120 min)
- Step 12: Recognising the electrical panel (about 120 min)
- Step 13: Branch circuits and dedicated circuits (about 120 min)
- Step 14: Reading electrical symbols and construction drawings (about 120 min)
- Step 15: Jobsite safety behaviour and site order (about 120 min)
Further reading
- Your First Major Electrical Failure – Do You Remember How It Felt?
- What Construction Work Teaches About Patience, Progress, and Personal Growth
- New Engineer Afraid of Making Mistakes? How to Turn Jobsite Anxiety into Growth
- Should You Become an Electrician in the Age of AI?Why I’m Helping People Make the Switch
- When Cloudflare Went Down, One Thing Became Clear: Why I Help People Become Electricians in the AI Era
Licensing: Texas journeyman electrician exam topics
For: People preparing for the Texas journeyman electrician exam. 38 steps, 80 articles, about 70 hours.
- Step 1: Electricity in plain words 1: voltage and current through the water analogy (about 120 min)
- Step 2: Electricity in plain words 2: complete circuits, short circuits and fire risk (about 120 min)
- Step 3: Three lifesaving conductors: live, neutral and earth (about 120 min)
- Step 4: Ohm’s law, resistance, series and parallel (about 90 min)
- Step 5: Power, energy and the electricity bill (W, kWh) (about 90 min)
- Step 6: Respect the site: how electric shock happens (about 120 min)
- Step 7: Lifesaving practice: voltage-testing concepts and spotting site hazards (about 120 min)
- Step 8: Recognising the electrical panel (about 120 min)
- Step 9: Outlets, switches and lighting concepts (about 120 min)
- Step 10: Branch circuits and dedicated circuits (about 120 min)
- Step 11: Matching wire size and overcurrent protection (about 120 min)
- Step 12: Conductors and insulation (about 30 min)
- Step 13: Recognising electrical materials: cable, conduit, boxes, fittings (about 120 min)
- Step 14: Residual-current protection, earthing and bonding (about 120 min)
- Step 15: Local electrical code and inspection concepts (about 120 min)
- Articles for this step are on the way
- Step 16: Finding and reading the electrical code (NEC and Taiwan wiring rules) (about 120 min)
- Articles for this step are on the way
- Step 17: Conduit and box fill calculations (about 30 min)
- Articles for this step are on the way
- Step 18: Outage preparedness and backup power (about 90 min)
- Step 19: Electricity and magnetism: fields, Ampere’s law, induction (about 90 min)
- Step 20: Motor principles and types (about 120 min)
- Step 21: Control panel components: relays, contactors, protection devices (about 120 min)
- Step 22: Lock-out/tag-out and machine safety (about 120 min)
- Articles for this step are on the way
- Step 23: DC, AC and waveforms (about 90 min)
- Step 24: Three-phase power intuition (about 120 min)
- Step 25: Three-phase power and power factor for plant loads (about 120 min)
- Step 26: Low-voltage systems overview: power, signal and network (about 120 min)
- Articles for this step are on the way
- Step 27: Fire alarm and emergency voice systems (about 120 min)
- Articles for this step are on the way
- Step 28: Structured cabling and network media recognition (about 120 min)
- Articles for this step are on the way
- Step 29: Network basics and device configuration concepts (about 120 min)
- Articles for this step are on the way
- Step 30: Data centre and smart building integration (about 120 min)
- Articles for this step are on the way
- Step 31: How generators work (AC and DC) (about 120 min)
- Step 32: Transformers and substations (about 120 min)
- Step 33: Power electronics basics: rectifiers, LEDs and inverters (about 90 min)
- Step 34: Solar PV system components (about 120 min)
- Step 35: Battery principles and energy storage safety (about 120 min)
- Step 36: Electric vehicles and charging infrastructure (about 120 min)
- Step 37: Reading a single-line diagram (about 120 min)
- Articles for this step are on the way
- Step 38: Panel schedule concepts (about 120 min)
- Articles for this step are on the way
