Career Path, skill route
Management: 11 skills, step by step
Drawings, quantity take-off, schedule and crew coordination.
New to the trade? Start with Common Foundation.
- Region
- Texas, United States
- Language
- English
- Units
- Dual units
Other regions, languages and units
Texas is the first full career path. These are next. Until then, read the guide for your region.
- New South Wales, Australia: career path coming. Read the guide
- Ontario, Canada: career path coming. Read the guide
- England, United Kingdom: career path coming. Read the guide
- California, United States: career path coming. Read the guide
- Language: Traditional Chinese, coming
- Units: show US customary (imperial) or Metric
Skills in order
Open any skill to see what it needs first, what it opens up and what to read. Skills in the same step can be learned in any order.
Step 1
Reading a single-line diagram
Read sources, transformers, panels, breakers and loads on a single-line diagram.
Needs first: Three lifesaving conductors: hot (live), neutral and ground (earth) (Common Foundation)
Helps to know first: Recognising the electrical panel (Construction)
Opens up: Reading electrical symbols and construction drawings, Panel schedule concepts, Submittals and document workflow, MEP coordination drawings, Quantity take-off concepts
Texas Journeyman exam areas: Definitions, Theory, and Plans (NEC Knowledge)
English reading for this skill is coming.
Practice this skill
Site communication, supervision and trade interfaces
Communicate across designers, owners, trades and crews and manage interface conflicts and expectations.
Needs first: Lifesaving practice: voltage-testing concepts and spotting site hazards (Common Foundation), Reading electrical symbols and construction drawings (Construction)
Opens up: Schedule and work sequencing, Jobsite technology: AI and IoT in construction
Read:
What an MEP engineer actually does
A day in the life of an MEP engineer and how it differs from electricians and fab facility roles.
Needs first: Electrical career directions and career-change planning (Common Foundation)
Read:
- Electrician Career Paths in the AI Era: 5 Routes and a 0 to 12 Month Roadmap Section: Route 2: Building MEP engineer
Step 2
Panel schedule concepts
What the load, breaker and conductor columns on a panel schedule mean.
Needs first: Reading a single-line diagram
Helps to know first: Branch circuits and dedicated circuits (Construction), Matching wire size and overcurrent protection (Construction)
Texas Journeyman exam areas: Electrical Feeders (NEC Knowledge); Electrical Services, Service Equipment, and Separately Derived Systems (Calculations); Electrical Feeders (Calculations)
Read:
- Home Electrical Panel and Outlet Guide: How to Plan Safer Circuits for Your Home Section: Mini-summary: build a "circuits × hardware" sheet for your panel
Practice this skill
Free question 1: A commercial building has both 208Y/120-volt and 480Y/277-volt feeders. How must the ungrounded feeder conductors be identified?
- No identification is required if the conductors are in separate raceways
- By phase or line and by system at every termination, connection and splice point, with the method documented or posted at each feeder panelboard
- Only by labeling the voltage on the outside of each raceway every 10 ft
- By using black insulation for all 480-volt conductors and red for all 208-volt conductors
Show the answer
Answer: B. By phase or line and by system at every termination, connection and splice point, with the method documented or posted at each feeder panelboard
Where more than one nominal voltage system exists, feeder ungrounded conductors are identified by phase or line and by system at all termination, connection and splice points. The Code does not fix a color scheme; the chosen method must be documented where it is readily available or posted at each feeder panelboard.
Reference: NEC 215.12(C)(1) (NEC 2026)
Submittals and document workflow
How materials and equipment are submitted, approved, changed and closed out.
Needs first: Recognising electrical materials: cable, conduit, boxes, fittings (Construction)
Helps to know first: Reading a single-line diagram
Opens up: Material receiving and quality inspection
Read:
- Field-Proven Tips for Successful MEP Integration, From Planning to Inspection Section: 3. Spec changes and "temporary substitutions" that become permanent problems
MEP coordination drawings
How MEP coordination resolves clashes between trades before construction.
Needs first: Reading a single-line diagram
Helps to know first: Recognising building MEP systems (Repair)
Read:
Quantity take-off concepts
How quantities of cable, conduit and fittings are estimated from drawings, with allowances.
Needs first: Reading a single-line diagram, Recognising electrical materials: cable, conduit, boxes, fittings (Construction)
English reading for this skill is coming.
Jobsite technology: AI and IoT in construction
How AI, IoT and smart-site tools change engineering roles and decisions.
Needs first: Electrical career directions and career-change planning (Common Foundation)
Helps to know first: Site communication, supervision and trade interfaces
Read:
Step 3
Material receiving and quality inspection
Avoid late or wrong-spec deliveries and keep inspection records that hold up.
Needs first: Submittals and document workflow, Recognising electrical materials: cable, conduit, boxes, fittings (Construction)
Opens up: Schedule and work sequencing
Read:
Practice this skill
Step 4
Schedule and work sequencing
Work sequencing, daily toolbox talks, progress tracking and handling delays.
Needs first: Site communication, supervision and trade interfaces
Helps to know first: Material receiving and quality inspection
Opens up: Crew composition and team management
Read:
Step 5
Crew composition and team management
Staff work by task, put people in the right roles and manage rhythm.
Needs first: Schedule and work sequencing
Helps to know first: Jobsite mindset and growth (Common Foundation)
Read:
Where this path leads
Jobs this route feeds into, from the U.S. Department of Labor O*NET and the European ESCO classification. Job titles and duties vary by employer and region.
- Construction Managers SupervisorO*NET OnLine
- Electrical Engineers ProfessionalO*NET OnLine
- First-Line Supervisors of Construction Trades and Extraction Workers SupervisorO*NET OnLine
- Construction and Building Inspectors TechnicianO*NET OnLine
- Electrical engineer Professional
Electrical engineers design and develop electrical systems, electrical equipment, components, motors, and equipment with the feature of energy transmission. They engage in large scale projects such as the design and maintenance of power stations, and the distribution of power to smaller applications such as household appliances.
ESCO - Energy assessor Technician
Energy assessors determine the energy performance of buildings. They produce an energy rating or certificate that indicates the estimated energy consumption of a property.
ESCO - Energy conservation officer Technician
Energy conservation officers promote the conservation of energy in both residential homes as in businesses. They advise people on ways to reduce their power consumption by enforcing energy efficiency improvements and implementing energy demand management policies.
ESCO - Electrical supervisor Supervisor
Electrical supervisors monitor the operations involved in installing and servicing electricity cables and other electrical infrastructure. They assign tasks and take quick decisions to resolve problems.
ESCO - Power lines supervisor Supervisor
Power lines supervisors monitor the construction and maintenance of power lines and associated equipment. They assign tasks and take quick decisions to resolve problems.
ESCO
This page includes information from O*NET OnLine by the U.S. Department of Labor, Employment and Training Administration (USDOL/ETA). Used under the CC BY 4.0 license. O*NET® is a trademark of USDOL/ETA.
Skill routes: 1 + 6
The branches. Everyone starts with Common Foundation. The six routes run side by side, so you can grow in more than one. Inside a route, skills stack: later steps need the earlier ones.
- Common FoundationSafety habits and electrical basics every route starts with
- ConstructionTurn the drawings into conduit, wiring and equipment on site
- RepairFind the cause of a fault through observation and measurement concepts
- EquipmentUnderstand why motors, control panels and machines run or stop
- SystemsConnect power, signals, networks and device configuration
- EnergyGeneration, substations, transmission, solar and storage
- ManagementDrawings, quantity take-off, schedule and crew coordination
Back to the Texas license ladder
Not affiliated with TDLR or PSI.
