How to Become an Electrician : Apprenticeship, License, Salary, Career Outlook and Complete Guide

How Do You Become an Electrician?

The most common way to become an electrician in the United States is to earn a high school diploma or equivalent, enter a paid electrician apprenticeship, complete several years of classroom instruction and supervised on-the-job training, and then meet the licensing requirements of your state or locality.

Most electrician apprenticeships last:

4 to 5 years

The U.S. Bureau of Labor Statistics reports that apprentices typically receive approximately:

2,000 hours of paid on-the-job training for each year of the apprenticeship

along with technical instruction in subjects such as electrical theory, blueprint reading, mathematics, the National Electrical Code, safety and first aid.

The career is especially attractive for people who want a skilled profession without necessarily earning a four-year college degree.

The typical entry-level education is a:

High school diploma or equivalent

and apprentices are paid while learning the trade.

Electricians earned a median annual wage of $63,190 in May 2025, or about $30.38 per hour, according to the latest Bureau of Labor Statistics data.

The highest 10% earned more than:

$108,510 per year

Employment is projected to grow 9% from 2025 through 2035, much faster than the 3% projected growth for all U.S. occupations. Approximately 72,700 electrician openings are projected each year over the decade.

And the profession is entering an unusually important period.

BLS specifically identifies growth in:

• solar energy;
• wind power;
• grid modernization;
• artificial intelligence infrastructure;
• data centers;
• and rising electricity demand

as factors expected to create additional opportunities for electricians.

But a strong job outlook does not necessarily mean the career is a strong fit for you.

Electricians spend much of the day:

• working with their hands;
• troubleshooting problems;
• reading technical drawings;
• bending and climbing;
• working around hazardous electrical systems;
• following detailed codes;
• and taking responsibility for work where small mistakes can have serious consequences.

O*NET's updated 2026 profile identifies Cautiousness, Attention to Detail and Dependability as the three primary electrician work styles.

Before choosing an apprenticeship, answer another important question:

Would you actually enjoy being an electrician?

Take the Free MAPP Assessment and use your 10 Free Career Matches to see how Electrician and other skilled trades match your motivations, interests, temperament and preferred way of working.

Your career matching can help you explore:

• how closely Electrician matches you;
• why the career matches or does not match;
• what aspects you may enjoy;
• what aspects you may dislike;
• how to become an electrician;
• apprenticeship and education requirements;
• salary;
• career outlook;
• related skilled trades;
• educational pathways;
• and available jobs.

Take the Free MAPP Assessment

Electrician Career Snapshot

Electrician employment is projected to increase by approximately 75,900 jobs between 2025 and 2035.

What Does an Electrician Do?

Electricians install, maintain and repair the electrical systems that allow homes, businesses, factories and infrastructure to operate.

According to BLS, electricians commonly work with:

• electrical power systems;
• lighting systems;
• communications systems;
• control systems;
• wiring;
• circuit breakers;
• transformers;
• outlets;
• motors;
• and electrical equipment.

Their work can include:

• reading blueprints and electrical diagrams;
• determining where wiring and equipment should be installed;
• installing conduit;
• pulling electrical cable;
• connecting wires;
• installing outlets and switches;
• installing electrical panels;
• installing lighting;
• testing circuits;
• troubleshooting electrical problems;
• inspecting electrical components;
• replacing damaged wiring;
• repairing motors;
• installing control systems;
• working with generators;
• connecting renewable energy systems;
• ensuring work complies with electrical codes;
• and training apprentices.

Electricity is fundamental to nearly every modern building.

That makes electricians essential in:

• residential construction;
• commercial construction;
• factories;
• healthcare facilities;
• schools;
• government buildings;
• data centers;
• transportation facilities;
• renewable-energy projects;
• warehouses;
• infrastructure;
• and existing buildings requiring repairs or upgrades.

Electricians Do More Than Wire New Houses

Residential wiring is only one part of the profession.

An electrician might spend one day installing electrical service in a new house.

Another might troubleshoot a malfunctioning industrial motor.

Another might install equipment in a data center.

Another may connect an electric vehicle charging station.

Another might maintain a hospital's electrical systems.

Another may work on a solar installation.

The electrical trade includes numerous specialties.

A Day in the Life of an Electrician

An electrician's day varies considerably depending on specialty.

A residential service electrician may visit five homes in one day.

A commercial electrician may work on the same high-rise project for months.

An industrial electrician may spend most of the day troubleshooting machinery.

O*NET reports that 96% of electricians use their hands to handle tools or controls continually or almost continually. It also reports that 84% spend continual or nearly continual time bending or twisting their bodies, while 66% spend that much time standing.

Here is a typical day for a commercial electrician.

6:15 AM: Arrive at the Jobsite

Many construction trades start early.

The electrician arrives at the project before much of the traditional workforce has begun the day.

The crew may be working on a new commercial building.

Before starting, workers review:

• today's assignments;
• jobsite conditions;
• safety issues;
• construction progress;
• material availability;
• and coordination with other trades.

6:30 AM: Safety Meeting

Electricity can kill.

A short safety meeting may address:

• energized equipment;
• fall protection;
• lockout and tagout procedures;
• ladders;
• personal protective equipment;
• overhead work;
• jobsite hazards;
• and coordination with other contractors.

O*NET reports that 95% of electricians wear protective or safety equipment every day, while 73% report daily exposure to hazardous conditions.

6:45 AM: Review the Blueprints

Today's work involves installing circuits on the fourth floor.

The electrician reviews drawings showing:

• electrical panels;
• branch circuits;
• outlets;
• lighting;
• equipment locations;
• conduit runs;
• and electrical specifications.

Electricians need to translate a two-dimensional technical drawing into a physical electrical system.

BLS specifically identifies reading blueprints and technical diagrams as a core electrician responsibility.

7:15 AM: Install Conduit

Before wires can be installed, electricians may need to create pathways through which those wires will travel.

The electrician measures and bends metal conduit.

That requires:

• measurement;
• geometry;
• planning;
• physical coordination;
• and experience.

Poorly planned conduit can waste material and create problems for every step that follows.

9:00 AM: Pull Wire

The crew begins pulling insulated conductors through the conduit.

Some runs may extend hundreds of feet.

The electricians need to ensure the correct:

• wire size;
• circuit;
• color;
• destination;
• and labeling.

O*NET identifies placing conduit and pulling insulated wires or cables through it as one of the occupation's highest-rated core tasks.

10:30 AM: Troubleshoot a Problem

Another crew reports that an installed circuit is not working correctly.

The electrician begins troubleshooting.

Possible causes could include:

• incorrect wiring;
• loose connection;
• failed breaker;
• damaged conductor;
• incorrect voltage;
• faulty equipment;
• or installation error.

The electrician may use:

• multimeter;
• ammeter;
• voltmeter;
• cable tester;
• thermal scanner;
• or other testing equipment.

BLS highlights troubleshooting as one of the profession's most important skills.

This is one of the intellectual parts of the trade.

You are not simply connecting wires.

You are solving a technical puzzle.

11:30 AM: Correct the Problem

Testing identifies a wiring issue.

The electrician:

1. makes the system safe;
2. isolates the circuit;
3. corrects the connection;
4. tests the circuit;
5. verifies voltage;
6. confirms correct operation;
7. and documents the work if required.

Accuracy matters.

O*NET reports that 76% of electricians consider being exact or accurate extremely important.

12:00 PM: Lunch

Construction jobs often have structured breaks.

Lunch might be taken onsite.

12:30 PM: Coordinate With Other Trades

Electrical work does not exist in isolation.

The electrician may need to coordinate with:

• HVAC contractors;
• plumbers;
• general contractors;
• architects;
• engineers;
• fire-alarm installers;
• data contractors;
• elevator installers;
• and other construction professionals.

A conduit run cannot occupy the same physical space as a duct or plumbing line.

Planning matters.

1:15 PM: Install Lighting Equipment

The electrician begins installing lighting components.

That could include:

• wiring;
• fixtures;
• control systems;
• occupancy sensors;
• switches;
• emergency lighting;
• and lighting-control modules.

Modern commercial lighting can involve sophisticated digital controls rather than simple switches.

2:30 PM: Work From a Ladder or Lift

Part of the installation is overhead.

BLS notes that electricians may work from ladders, scaffolds and elevated areas.

O*NET reports that 66% of electricians spend time climbing ladders, scaffolds or poles continually or almost continually.

A fear of heights can therefore be relevant in some electrician jobs.

3:15 PM: Inspect Today's Work

Before leaving, the electrician reviews completed installations.

The crew verifies:

• connections;
• labeling;
• support;
• grounding;
• code compliance;
• workmanship;
• and jobsite cleanup.

The objective is not simply to finish quickly.

The objective is to install a safe electrical system correctly.

3:30 PM: Head Home

Many electricians working construction schedules begin and finish earlier than a traditional office employee.

But schedules vary.

BLS notes that overtime is common and that electricians may work evenings and weekends.

Maintenance electricians may also work different shifts or be called during emergencies.

A Residential Service Electrician Has a Very Different Day

A service electrician might visit several customers in one day.

Appointments could involve:

• outlet not working;
• circuit breaker repeatedly tripping;
• lights flickering;
• ceiling-fan installation;
• electric vehicle charger;
• electrical-panel upgrade;
• generator;
• outdoor lighting;
• damaged wiring;
• or remodeling.

That electrician needs technical ability plus strong customer service.

BLS specifically identifies customer-service skills as important because electricians regularly interact with clients.

Step by Step: How to Become an Electrician

The exact pathway differs by location because licensing is regulated at the state or local level.

But the general process looks like this.

Step 1: Earn a High School Diploma or GED

BLS identifies a high school diploma or equivalent as the typical education required to become an electrician.

High school subjects that can help include:

• algebra;
• geometry;
• physics;
• technical education;
• shop;
• electronics;
• computer science;
• and blueprint reading.

Mathematics matters.

Electricians use math for:

• voltage;
• current;
• resistance;
• conduit bends;
• measurements;
• load calculations;
• and electrical formulas.

Step 2: Make Sure You Meet Apprenticeship Requirements

Requirements vary by program.

Typical apprenticeship requirements may include:

• minimum age;
• high school diploma or GED;
• algebra coursework;
• valid driver's license;
• reliable transportation;
• aptitude testing;
• physical ability;
• drug screening;
• and authorization to work.

Individual programs determine their requirements.

Step 3: Choose Between Apprenticeship Routes

There are several ways to enter the trade.

Union Apprenticeship

Electrical unions and employer associations sponsor training programs in many markets.

These programs generally combine:

• paid employment;
• classroom instruction;
• progressive wages;
• benefits;
• and supervised field experience.

Nonunion Apprenticeship

Electrical contractors and contractor associations also operate apprenticeship programs.

Many are Registered Apprenticeship programs.

Employer-Sponsored Training

Some individual electrical contractors operate training programs.

BLS notes that some contractor programs are not formally registered apprenticeships but still combine technical education and supervised work.

Technical School First

Some people attend a technical or trade school before entering an apprenticeship.

BLS states that technical-school graduates may receive credit toward their apprenticeship depending on the program.

Step 4: Apply for a Registered Apprenticeship

Electrician is one of the most prominent occupations in the federal Registered Apprenticeship system.

Apprenticeship.gov describes Registered Apprenticeship as an industry-driven career pathway that provides:

• paid work;
• mentorship;
• progressive wage increases;
• classroom instruction;
• and a nationally recognized credential.

You can search for electrician apprenticeship opportunities using the federal Apprenticeship.gov Job Finder.

Step 5: Complete Your Apprenticeship

BLS reports that most electrician apprenticeships last:

4 or 5 years

For each year, apprentices typically receive approximately:

2,000 hours of paid on-the-job training

plus technical instruction.

Over a four-year apprenticeship, that can amount to roughly:

8,000 hours of field experience

A five-year program can approach:

10,000 hours

depending on the program's structure.

This is why apprenticeship is so central to the trade.

Electricity is not learned only from a textbook.

What Do You Learn in an Electrician Apprenticeship?

BLS identifies instruction in subjects including:

• electrical theory;
• blueprint reading;
• mathematics;
• electrical codes;
• safety;
• and first aid.

Programs may also teach:

• residential wiring;
• commercial wiring;
• industrial wiring;
• conduit bending;
• grounding;
• motors;
• transformers;
• electrical panels;
• fire alarms;
• communications systems;
• lighting;
• control systems;
• generators;
• renewable energy;
• and troubleshooting.

Step 6: Earn While You Learn

One of the biggest differences between electrician training and traditional college education is that apprentices are employees.

Registered Apprenticeship programs provide:

Paid employment from the beginning

with wage increases as apprentices develop additional skills.

BLS similarly notes that electrician apprentices earn less than fully trained electricians but their pay rises as they learn more.

This can make the trade financially attractive compared with careers requiring several years of unpaid full-time education.

Step 7: Become a Journey-Level Electrician

After successfully completing an apprenticeship, electricians are generally considered journey workers.

BLS states that journey workers may perform electrical duties independently, subject to state and local licensing requirements.

Terminology varies.

You may see:

• Journeyman Electrician;
• Journey Electrician;
• Electrical Journey Person;
• Inside Wireman;
• or Journey-Level Electrician.

Step 8: Pass Your Licensing Examination

Most states require electricians to be licensed.

Requirements differ substantially.

Licensing may be controlled by:

• state government;
• county;
• city;
• or another local authority.

BLS reports that licensing examinations commonly include questions involving:

• the National Electrical Code;
• state electrical codes;
• and local electrical codes.

Some jurisdictions require a specific number of verified working hours before testing.

Always check the authority governing electrical licenses where you intend to work.

Step 9: Maintain Your License

Some jurisdictions require continuing education for license renewal.

BLS notes that continuing education commonly covers:

• electrical-code changes;
• safety;
• and manufacturer-specific product training.

Electrical codes change over time.

A professional electrician needs to stay current.

Step 10: Advance to Master Electrician

After additional experience, examination and licensing requirements, a journey-level electrician may qualify to become a:

Master Electrician

BLS identifies Master Electrician as a common advancement route.

Specific requirements vary by jurisdiction.

A Master Electrician may be able to:

• supervise electricians;
• take responsibility for permits;
• design or oversee more complex work;
• qualify an electrical business;
• or perform other activities permitted under local law.

Step 11: Consider Becoming an Electrical Contractor

Experienced electricians may eventually start businesses.

That can involve becoming a licensed:

Electrical Contractor

Operating a business introduces an entirely different set of responsibilities.

You may need to manage:

• employees;
• apprentices;
• permits;
• estimates;
• customers;
• insurance;
• vehicles;
• tools;
• inventory;
• scheduling;
• payroll;
• bookkeeping;
• safety;
• and marketing.

The upside is greater control over your income and business.

The downside is greater financial and operational responsibility.

How Long Does It Take to Become an Electrician?

For most people entering through apprenticeship:

Approximately 4 to 5 years

is the primary training period.

But unlike a four-year college program, those years generally involve paid work.

Your progression might look like:

Year 1

Entry-level apprentice

Year 2

More complex installations with increasing responsibility

Year 3

Greater independence and troubleshooting

Year 4

Advanced commercial, industrial or specialty work

Year 5, where applicable

Advanced training and preparation for journey-level status

After apprenticeship, additional experience may be required before qualifying for Master Electrician status.

Can You Become an Electrician Faster?

Military or prior construction experience may reduce training time in some cases.

BLS notes that workers with electrical experience from:

• military service;
• or construction

may qualify for shortened apprenticeships depending on testing and program rules.

Do not assume prior experience automatically reduces the requirement.

The apprenticeship sponsor or licensing authority determines applicable credit.

Do You Need Trade School to Become an Electrician?

Not necessarily.

Most electricians learn through apprenticeship.

Trade school is one possible starting point.

It can provide education in:

• basic electricity;
• circuits;
• mathematics;
• safety;
• blueprint reading;
• and electrical systems.

But trade school should not automatically be viewed as a replacement for apprenticeship.

BLS states that many technical-school graduates receive credit toward apprenticeship rather than avoiding apprenticeship entirely.

Before paying for an electrical program, ask:

• Is it recognized by local apprenticeship programs?
• Will I receive apprenticeship credit?
• What percentage of graduates become apprentices?
• Does the school place students with employers?
• What is the total tuition?
• What licenses does it prepare me for?
• What is the employment rate?
• What equipment is included?
• Are there cheaper apprenticeship-first pathways?

Do You Need a College Degree to Become an Electrician?

Usually not.

The typical entry-level education identified by BLS is:

High school diploma or equivalent.

That does not mean the trade is academically easy.

Electricians learn substantial amounts of:

• mathematics;
• electrical theory;
• physics;
• construction;
• technical drawing;
• codes;
• controls;
• and safety.

The learning is simply organized differently from a conventional four-year college degree.

Electrician Salary in 2026

The latest BLS data report a median electrician wage of:

$63,190 per year

or:

$30.38 per hour

as of May 2025.

The national wage distribution was:

‍

These BLS wage statistics generally do not include self-employed electricians.

That distinction matters because an electrician who owns an electrical contracting company can have very different economics from an employed journey worker.

Electrician Salary by Industry

BLS reported the following median annual wages in major employing industries for May 2025:

‍

Industry can therefore affect compensation substantially.

Can Electricians Make Over $100,000?

Yes.

The highest 10% of electricians earned more than:

$108,510

in May 2025.

Electricians may exceed six figures through combinations of:

• experience;
• overtime;
• specialized work;
• union contracts;
• high-cost markets;
• industrial work;
• government work;
• supervisory roles;
• Master Electrician credentials;
• project management;
• and business ownership.

A licensed electrical contractor running a successful company may have income far beyond the national employee wage statistics.

But business ownership also carries substantial risk and expense.

How Much Do Electrician Apprentices Make?

There is no single national apprenticeship wage.

Apprentice compensation depends on:

• location;
• employer;
• union agreement;
• apprenticeship year;
• local wage rates;
• and program structure.

The important principle is that apprentices:

Earn money while training.

Registered Apprenticeship programs include progressive wage increases as skills and experience increase.

A typical apprenticeship may start at a percentage of journey-level pay and increase at specified training milestones.

Always review the actual wage schedule of the apprenticeship program you are considering.

Union Electrician vs. Nonunion Electrician

Both routes can lead to professional electrician careers.

The right path depends on:

• local market;
• available apprenticeship programs;
• compensation;
• benefits;
• type of projects;
• employer;
• and personal preference.

Union Electrician

Potential features may include:

• collectively negotiated wages;
• negotiated benefits;
• structured apprenticeship;
• pension or retirement benefits;
• health coverage;
• formal wage progression;
• and access to participating contractors.

Availability and terms differ by location.

Nonunion Electrician

Potential features may include:

• employer-specific compensation;
• greater variation among contractors;
• Registered Apprenticeship opportunities;
• contractor-association training;
• company training;
• and different benefit structures.

Nonunion does not mean untrained.

Many nonunion programs are formally registered apprenticeships.

Residential Electrician

Residential electricians work primarily in homes and multifamily residential properties.

Typical work can include:

• lighting;
• receptacles;
• switches;
• service panels;
• remodeling;
• electrical troubleshooting;
• generators;
• ceiling fans;
• EV charging;
• smoke alarms;
• outdoor circuits;
• and new-home construction.

Residential work can involve substantial interaction with homeowners.

Customer service becomes important.

Commercial Electrician

Commercial electricians work in environments such as:

• offices;
• retail buildings;
• restaurants;
• warehouses;
• hotels;
• schools;
• hospitals;
• and commercial developments.

Commercial systems are often larger and more complex than typical residential systems.

The electrician may work closely with:

• contractors;
• engineers;
• architects;
• inspectors;
• and other trades.

Industrial Electrician

Industrial electricians work with electrical equipment and systems in:

• factories;
• processing plants;
• warehouses;
• utilities;
• manufacturing facilities;
• and industrial complexes.

They may work with:

• motors;
• motor controls;
• industrial machinery;
• variable-frequency drives;
• programmable controls;
• instrumentation;
• high-capacity electrical systems;
• and automated equipment.

BLS reports that electricians working in manufacturing had a 2025 median wage of $74,550, higher than the overall occupation median.

Maintenance Electrician

Maintenance electricians focus on keeping existing systems operating.

They troubleshoot:

• equipment failures;
• electrical faults;
• lighting;
• controls;
• motors;
• panels;
• machinery;
• and building electrical systems.

This type of work can require especially strong troubleshooting ability.

Construction Electrician

Construction electricians install new electrical systems while buildings are being constructed.

BLS notes that new construction can sometimes be simpler than repairing existing systems because wires and components are more accessible before walls and finishes are completed.

Solar Electrician

Renewable energy is creating additional opportunities.

Electricians may:

• connect photovoltaic systems;
• install electrical equipment;
• connect inverters;
• integrate batteries;
• and connect generation systems to homes or the grid.

BLS explicitly expects electricians to be needed to connect solar and wind power systems during the 2025 to 2035 period.

Electric Vehicle Charging Electrician

Growth in electric vehicles creates demand for electricians who can install:

• residential chargers;
• commercial charging systems;
• fleet chargers;
• electrical-service upgrades;
• transformers;
• panels;
• and related infrastructure.

This can become an important specialty as charging infrastructure expands.

Data Center Electrician

One of the most important emerging electrician opportunities is:

Data centers.

Modern artificial intelligence and cloud computing require enormous amounts of electricity.

BLS specifically states in its newest 2025 to 2035 projections that increased use of artificial intelligence technologies and demand for data centers is expected to increase electricity demand.

That will require:

• grid upgrades;
• new electrical infrastructure;
• power-distribution systems;
• and new generation connections.

BLS expects these changes to create electrician job opportunities.

Electricians working on data centers may encounter:

• high-capacity distribution;
• backup generation;
• switchgear;
• uninterruptible power systems;
• controls;
• redundant power infrastructure;
• and mission-critical electrical systems.

This could become one of the more attractive specializations in the trade.

Fire Alarm and Low-Voltage Systems

Some electricians specialize in:

• fire alarms;
• communications;
• security;
• controls;
• intercom systems;
• and related systems.

Licensing rules can differ from traditional electrical contracting.

Electrician Job Outlook

The electrician outlook is one of the strongest among major skilled trades.

BLS projects employment to rise from approximately:

821,000 electricians in 2025

to:

896,900 in 2035.

That represents approximately:

75,900 additional jobs

and:

9% growth.

The overall U.S. economy is projected to grow only about 3% over the same period.

How Many Electrician Openings Will There Be?

BLS projects approximately:

72,700 electrician openings every year

on average between 2025 and 2035.

Many will result from:

• new employment;
• retirements;
• workers leaving the trade;
• and workers changing occupations.

For someone considering a skilled trade, that is a substantial employment market.

Why Is Electrician Demand Growing?

Several powerful trends are occurring simultaneously.

1. Almost Every Building Requires Electrical Systems

Homes, offices, factories and public buildings all require:

• power;
• lighting;
• communications;
• controls;
• maintenance;
• upgrades;
• and repairs.

BLS notes that electricians are required to install and replace electrical systems in nearly every building.

2. Renewable Energy

Solar and wind projects need electricians to connect generation equipment to:

• buildings;
• businesses;
• batteries;
• and electrical grids.

3. Artificial Intelligence

AI infrastructure consumes substantial electrical power.

The BLS 2026 outlook specifically recognizes artificial intelligence technologies as a driver of future electrical demand.

4. Data Centers

More data centers mean more:

• electrical distribution;
• switchgear;
• backup generation;
• grid capacity;
• controls;
• maintenance;
• and power infrastructure.

BLS explicitly connects data center development to future electrician employment opportunities.

5. Electrical Grid Modernization

The U.S. electrical grid needs additional capacity and modernization.

Electricians will participate in the building and connection of new infrastructure.

6. Electrification

More systems are moving toward electricity, including:

• vehicles;
• building heating;
• industrial processes;
• battery storage;
• and smart-building systems.

These technologies require installation and maintenance.

Will AI Replace Electricians?

Electrician is an interesting career in the AI era because AI may actually increase demand for some electrical work.

Software can assist with:

• estimating;
• planning;
• diagnostics;
• scheduling;
• design;
• and documentation.

But electrical systems still need to be physically:

• installed;
• wired;
• tested;
• repaired;
• maintained;
• inspected;
• and connected.

The newest BLS forecast specifically says AI-related technologies and the data centers supporting them are expected to increase electricity demand and create electrician job opportunities.

That does not mean no electrician tasks will change.

It means the broader occupation currently has a strong projected outlook even as AI adoption accelerates.

What Skills Do Electricians Need?

The trade combines physical skill and technical reasoning.

Troubleshooting

BLS specifically identifies troubleshooting as an important electrician skill.

When electrical equipment stops working, the electrician has to determine:

Why?

Possible causes may include:

• power supply;
• damaged wire;
• breaker;
• faulty equipment;
• grounding;
• control circuit;
• overload;
• loose connection;
• or programming.

Good electricians think systematically.

Critical Thinking

BLS identifies critical thinking as important because electricians use test results to determine the cause of electrical problems.

This is one reason electrical work can appeal to people who like practical problem solving.

Attention to Detail

O*NET specifically identifies Attention to Detail as a core electrician work style.

A wire connected to the wrong terminal can create:

• equipment failure;
• electrical shock;
• fire;
• or other hazards.

Details matter.

Cautiousness

O*NET lists Cautiousness first among its three major electrician work styles.

That is not surprising.

Electricians need to assess:

• whether equipment is energized;
• whether the circuit is safe;
• whether protection is adequate;
• whether work meets code;
• and whether an installation could endanger others.

Dependability

O*NET also identifies Dependability as a central work style.

If you are responsible for electrical work in:

• a home;
• factory;
• hospital;
• school;
• or business,

people need the system to work correctly and safely.

Color Vision

BLS notes that electricians need to identify wires by color.

Color identification can therefore be an important occupational consideration.

Physical Stamina

Electricians may spend much of the day:

• standing;
• climbing;
• bending;
• kneeling;
• lifting;
• and working with tools.

BLS specifically identifies physical stamina as an important quality.

Physical Strength

Electricians may need to move components weighing as much as approximately:

50 pounds.

BLS identifies strength as an important occupational requirement.

Customer Service

This surprises some people.

Electricians, especially residential service electricians, work directly with customers.

BLS specifically identifies customer-service skills as important.

A technically excellent electrician who cannot communicate with customers may have difficulty building a service business.

Mathematics

Electricians regularly use mathematics involving:

• measurement;
• algebra;
• electrical formulas;
• load calculations;
• conduit bending;
• voltage;
• resistance;
• and current.

You do not need to be a mathematician.

But comfort with practical math helps considerably.

Reading Blueprints

Electricians need to understand:

• plans;
• wiring diagrams;
• schematics;
• specifications;
• and electrical symbols.

This combines spatial understanding with technical interpretation.

Would You Like Being an Electrician?

This is where career matching becomes important.

Electrician can be an excellent career.

It can also be completely wrong for someone whose motivations do not match hands-on, technical work.

You may enjoy being an electrician if you like:

• working with your hands;
• fixing things;
• understanding how systems work;
• solving practical problems;
• tools;
• machinery;
• electronics;
• construction;
• visible results;
• working in different locations;
• technical challenges;
• physical activity;
• learning a skilled trade;
• independence;
• troubleshooting;
• and earning while learning.

You may dislike being an electrician if you dislike:

• physical work;
• ladders;
• confined spaces;
• construction sites;
• dirt;
• dust;
• early mornings;
• working in heat or cold;
• strict safety procedures;
• detailed codes;
• repetitive movements;
• bending;
• kneeling;
• travel between jobsites;
• hazardous conditions;
• or responsibility for work where mistakes can be dangerous.

What Does O*NET Say About the Electrician Work Environment?

O*NET's updated occupational information provides a particularly useful picture of the actual work.

Among surveyed electricians:

96% reported using their hands to handle objects, tools or controls continually or almost continually.

95% wear common protective or safety equipment every day.

93% have face-to-face discussions every day.

84% spend time bending or twisting continually or almost continually.

78% reported constant contact with other people.

76% said being exact or accurate is extremely important.

73% reported exposure to hazardous conditions every day.

66% spend time standing continually or almost continually.

66% spend time climbing ladders, scaffolds or poles continually or almost continually.

66% encounter hazardous equipment every day.

That is a much better description of the career than simply saying:

"Electricians work with electricity."

What Type of Person Tends to Like Electrical Work?

O*NET classifies Electrician primarily as a:

Realistic career interest

with strong emphasis on:

• mechanics and electronics;
• physical or manual work;
• and engineering-related interests.

That means the career may appeal particularly to people who enjoy:

• building;
• repairing;
• testing;
• equipment;
• practical science;
• tools;
• and tangible outcomes.

But MAPP can examine career fit through a much broader motivational profile.

See whether Electrician actually fits you.

Take the Free MAPP Assessment and use your 10 Free Career Matches to understand how your motivations compare with the actual characteristics of electrician work.

Take the Free MAPP Assessment

Is Electrician a Good Career for Someone Who Likes Working Independently?

Potentially.

Some electricians work independently for significant periods.

Others work in large construction crews.

BLS reports that electricians sometimes work alone and sometimes collaborate with:

• engineers;
• architects;
• apprentices;
• and other trades.

The amount of independence depends on:

• specialty;
• experience;
• employer;
• project;
• and license level.

An experienced service electrician may spend considerable time working independently.

A first-year apprentice generally works under close supervision.

Is Electrician a Good Career for Introverts?

It can be.

The career does not require constant social performance in the way some sales occupations do.

But electricians are not isolated.

O*NET reports that:

• 93% have face-to-face discussions every day;
• and 78% experience constant contact with others.

Electricians interact with:

• customers;
• apprentices;
• contractors;
• inspectors;
• supervisors;
• engineers;
• and coworkers.

Someone who likes working with people but also likes focusing independently on technical tasks may find the balance attractive.

Is Electrician a Good Career if You Hate Sitting at a Desk?

Potentially, yes.

Electrician is one of the more physically active technical careers.

O*NET reports substantial amounts of:

• standing;
• climbing;
• bending;
• repetitive motion;
• and tool use.

There is paperwork and planning.

But most electricians do not spend the majority of their day sitting behind a desk.

Is Becoming an Electrician Dangerous?

Electrical work has genuine occupational hazards.

BLS states plainly that:

Working with electricity is dangerous.

Potential injuries include:

• electrical shock;
• burns;
• falls;
• and other injuries.

Electricians reduce risk through:

• protective equipment;
• safety training;
• code compliance;
• proper tools;
• lockout procedures;
• and disciplined work practices.

Risk is one reason cautiousness and attention to detail matter so much.

Do Electricians Work Outside?

Some do regularly.

Others spend most of their time indoors.

BLS reports that electricians work both indoors and outdoors at:

• homes;
• businesses;
• factories;
• construction sites;
• and renewable-energy projects.

Electricians working outside may encounter:

• heat;
• cold;
• rain;
• wind;
• and other weather.

Do Electricians Work in Tight Spaces?

Yes, depending on specialty.

Electricians can work in:

• crawl spaces;
• ceilings;
• mechanical rooms;
• wall cavities;
• attics;
• utility spaces;
• and other restricted environments.

O*NET identifies cramped workspaces and awkward positions as part of the electrician work environment.

If you are extremely uncomfortable in confined spaces, some electrician specialties may be less appealing.

Do Electricians Work at Heights?

They can.

Electricians may work on:

• ladders;
• scaffolding;
• lifts;
• rooftops;
• industrial structures;
• and renewable-energy projects.

BLS notes that electricians may be required to work at significant heights.

Electrician Career Advancement

Electrical work can provide a strong career ladder.

One possible progression is:

Electrician Helper → Apprentice Electrician → Journey-Level Electrician → Master Electrician → Foreman → Supervisor → Project Manager → Electrical Contractor / Business Owner

Not every electrician follows that exact path.

Journey-Level Electrician

After completing apprenticeship and applicable licensing requirements, an electrician may work with substantially greater independence.

Master Electrician

Master Electricians typically have significant experience and meet additional local licensing requirements.

Depending on jurisdiction, they may be authorized to supervise electrical work or qualify an electrical contracting business.

Electrical Foreman

Foremen supervise crews.

Responsibilities can include:

• assigning work;
• reviewing plans;
• coordinating other trades;
• managing materials;
• monitoring quality;
• enforcing safety;
• and tracking progress.

Electrical Project Manager

Project managers may oversee:

• budgets;
• scheduling;
• labor;
• purchasing;
• client communication;
• change orders;
• subcontractors;
• and overall electrical project execution.

This career step may involve significantly less field labor and more management.

Electrical Contractor

Some electricians eventually own companies.

An electrical contractor may employ:

• electricians;
• apprentices;
• estimators;
• project managers;
• office staff;
• and service technicians.

Business ownership can substantially increase income potential.

But revenue is not the same as personal income.

Owners must pay:

• payroll;
• insurance;
• workers' compensation;
• vehicles;
• tools;
• rent;
• taxes;
• marketing;
• and other operating expenses.

Related Careers to Consider

If you are interested in electrical work, several adjacent careers may also be worth exploring.

Electrical Power-Line Installer and Repairer

These workers build and maintain electrical distribution and transmission systems.

BLS reports a 2025 median wage of $95,320 and projected 10% employment growth from 2025 through 2035.

The work can involve:

• high-voltage systems;
• substantial heights;
• storms;
• emergency restoration;
• and extended hours.

Electrical and Electronics Installer and Repairer

These workers install and repair specialized electronic and electrical equipment.

BLS reports a 2025 median wage of:

$74,490.

Electrical Engineering Technician

Electrical engineering technologists and technicians work more closely with engineers on:

• testing;
• development;
• technical systems;
• and electronics.

BLS reports median compensation of approximately $78,190 for electrical and electronic engineering technologists and technicians in 2025.

Electrical Engineer

Electrical engineers design and develop electrical systems and equipment.

This is a different career requiring substantially more formal education, typically a bachelor's degree.

BLS lists a 2025 median wage of approximately:

$120,630

for electrical engineers.

HVAC Technician

HVAC technicians work with heating, cooling and refrigeration systems.

Electrical skills are a significant part of modern HVAC work.

Solar Photovoltaic Installer

Solar installers assemble and maintain photovoltaic systems.

BLS lists a 2025 median wage of approximately $53,140 for solar photovoltaic installers.

Find Available Electrician Jobs and Apprenticeships

Common job titles include:

• Apprentice Electrician;
• Electrician;
• Journeyman Electrician;
• Journey Electrician;
• Inside Wireman;
• Commercial Electrician;
• Residential Electrician;
• Industrial Electrician;
• Maintenance Electrician;
• Control Electrician;
• Electrical Troubleshooter;
• Solar Electrician;
• Service Electrician;
• Master Electrician;
• Electrical Foreman;
• and Electrical Technician.

O*NET lists titles such as Control Electrician, Electrical Journey Person, Industrial Electrician, Inside Wireman and Maintenance Electrician among recognized occupations within the Electrician profile.

Looking specifically for apprenticeships?

The U.S. Department of Labor's Apprenticeship.gov Job Finder allows career seekers to search current Registered Apprenticeship opportunities and apply through employers or apprenticeship sponsors.

Want to see which jobs fit you?

Use Assessment.com's Matching Jobs to explore current jobs connected to your MAPP career matches.

View Matching Electrician Jobs

Advantages of Becoming an Electrician

Potential advantages include:

• no four-year degree generally required;
• paid apprenticeship;
• earning while learning;
• strong projected job growth;
• approximately 72,700 openings per year;
• median income above the overall U.S. occupational median;
• potential six-figure income;
• opportunities for overtime;
• union and nonunion pathways;
• opportunity to become self-employed;
• business ownership potential;
• work that cannot easily be moved overseas;
• hands-on work;
• visible results;
• multiple specialties;
• renewable-energy opportunities;
• data-center opportunities;
• EV infrastructure opportunities;
• and clear advancement paths.

Challenges of Becoming an Electrician

Potential disadvantages include:

• four or five years of apprenticeship;
• physically demanding work;
• electrical hazards;
• burns;
• shock risks;
• working at heights;
• ladders;
• cramped spaces;
• early schedules;
• construction-site conditions;
• outdoor weather;
• repetitive physical activity;
• travel between jobsites;
• continuing education;
• licensing requirements;
• overtime;
• and significant responsibility for safety.

Frequently Asked Questions About Becoming an Electrician

How do I become an electrician?

Most electricians earn a high school diploma or equivalent and complete a four- or five-year apprenticeship combining paid field experience with technical instruction. Most states then require electricians to meet licensing requirements.

How long does it take to become an electrician?

Most electrician apprenticeship programs take four or five years.

Do you need a college degree to become an electrician?

No.

The typical entry-level education is a high school diploma or equivalent.

Do you need trade school to become an electrician?

Not necessarily.

Most electricians enter through apprenticeship. Technical school can provide useful preparation and may provide credit toward some apprenticeship programs.

Is electrician apprenticeship paid?

Yes, electrician apprenticeships are generally paid.

Registered Apprenticeship programs include paid employment and progressive wage increases.

How many hours is an electrician apprenticeship?

BLS reports approximately 2,000 hours of paid on-the-job training for each year of a typical four- or five-year apprenticeship, along with technical instruction.

What do electrician apprentices study?

Subjects commonly include:

• electrical theory;
• mathematics;
• blueprint reading;
• electrical codes;
• safety;
• first aid;
• wiring;
• controls;
• and specialized electrical systems.

Do electricians need a license?

Most states require electricians to be licensed.

Exact rules vary by state and locality.

What is on the electrician licensing exam?

BLS states that exams commonly include questions about:

• the National Electrical Code;
• state electrical codes;
• and local electrical codes.

What is a journeyman electrician?

A journey-level electrician has generally completed the required apprenticeship or equivalent experience and may perform electrical work more independently, subject to applicable licensing rules.

What is a Master Electrician?

A Master Electrician is generally an experienced electrician who has satisfied additional local experience, examination and licensing requirements.

Exact authority varies by jurisdiction.

How much do electricians make?

The national median electrician wage was:

$63,190 per year

in May 2025.

How much do electricians make per hour?

The national median was:

$30.38 per hour

in May 2025.

Can electricians make $100,000?

Yes.

The top 10% earned more than:

$108,510

in May 2025.

Overtime, specialty work, location, supervisory roles and business ownership may increase earnings further.

What type of electrician makes the most money?

Compensation varies by market and specialty.

BLS reports relatively high median wages for electricians working in:

• government;
• and manufacturing.

Specialized industrial, infrastructure, supervisory and contracting roles may also pay well.

How much do industrial electricians make?

BLS does not publish one single national wage specifically for every worker called "Industrial Electrician."

However, electricians employed in manufacturing had a $74,550 median annual wage in May 2025.

How much do government electricians make?

Electricians employed in government had a median annual wage of:

$79,820

in May 2025.

Is electrician a growing career?

Yes.

BLS projects 9% growth from 2025 through 2035, approximately three times the projected growth rate for all occupations.

How many electrician jobs will open each year?

Approximately:

72,700 openings per year

are projected from 2025 through 2035.

Will AI replace electricians?

Current BLS projections suggest the opposite effect may occur in some areas.

The growth of artificial intelligence and the data centers that support it is expected to increase electricity demand, requiring new electrical infrastructure and helping create opportunities for electricians.

Will solar energy create electrician jobs?

Yes.

BLS expects electricians to be needed to connect solar and wind generation systems to homes, businesses and electrical grids.

Is being an electrician physically demanding?

Yes.

Electricians regularly stand, climb, bend, carry equipment and work with tools.

BLS identifies physical stamina and strength as important qualities.

Is being an electrician dangerous?

It can be.

Potential risks include:

• electric shock;
• burns;
• falls;
• hazardous equipment;
• and construction-site injuries.

Proper training, protective equipment and safety procedures are essential.

Do electricians work in crawl spaces?

Some do.

The work may involve cramped spaces and awkward positions depending on the project.

Do electricians climb ladders?

Yes.

O*NET reports significant ladder, scaffold and pole climbing within the occupation.

Do electricians work outside?

Some electrician specialties involve outdoor work and exposure to different weather conditions.

Do electricians work overtime?

Yes.

BLS reports that overtime is common, particularly on construction projects and during scheduled maintenance.

Can electricians be self-employed?

Yes.

BLS reports that approximately 7% of electricians were self-employed in 2025.

Experienced electricians may eventually establish electrical contracting businesses.

What is better: trade school or apprenticeship?

For many people, apprenticeship is especially attractive because it combines paid employment with structured technical training.

Trade school may be useful preparation and can sometimes provide apprenticeship credit.

The best route depends on local apprenticeship availability, program quality, tuition and licensing requirements.

Is electrician a good career without college?

It can be an excellent option for someone who wants:

• technical work;
• paid training;
• strong employment demand;
• advancement;
• and the possibility of six-figure earnings

without necessarily earning a bachelor's degree.

Career fit still matters.

Is electrician a good career for someone who likes fixing things?

Potentially, yes.

O*NET classifies Electrician as strongly Realistic, with interests in mechanics, electronics, engineering and hands-on work.

Can women become electricians?

Yes.

The occupation is open to anyone who meets the apprenticeship, physical, licensing and employment requirements.

Can military experience help you become an electrician?

Yes.

BLS notes that relevant military electrical experience may allow some workers to receive credit toward or shorten an apprenticeship, depending on the program and testing.

What careers can electricians advance into?

Potential paths include:

• Master Electrician;
• Electrical Foreman;
• Electrical Supervisor;
• Project Manager;
• Estimator;
• Inspector;
• Electrical Contractor;
• Business Owner;
• Safety Manager;
• and specialized industrial or controls positions.

Is Becoming an Electrician Worth It?

For many people, electrician is one of the strongest alternatives to a traditional four-year college path.

Consider the economics.

You can potentially:

• begin with a high school diploma;
• enter paid training;
• earn progressively higher wages;
• develop a licensed technical skill;
• reach a median income above the overall U.S. occupational median;
• move into six-figure earnings;
• specialize;
• become a supervisor;
• become a Master Electrician;
• or start your own business.

At the same time, demand for electricity is increasing.

New opportunities are emerging from:

• artificial intelligence;
• data centers;
• renewable energy;
• electrical grid expansion;
• electric vehicles;
• battery storage;
• and general electrification.

BLS projects almost 900,000 electrician jobs by 2035.

But the numbers alone should not determine your career.

You will spend thousands of hours actually doing the work.

You need to know whether you enjoy:

• technical problem solving;
• working with tools;
• physical activity;
• careful procedures;
• troubleshooting;
• construction environments;
• and tangible results.

The Bottom Line: Should You Become an Electrician?

Electrician combines several qualities that are increasingly difficult to find in one career:

• paid training;
• no universal four-year college requirement;
• strong wages;
• strong projected employment growth;
• clear advancement;
• technical sophistication;
• practical work;
• opportunities for self-employment;
• and demand that may actually benefit from the growth of AI and data centers.

But it is not the right career for everyone.

Electrical work requires:

• caution;
• attention to detail;
• physical activity;
• technical reasoning;
• mathematics;
• troubleshooting;
• code compliance;
• reliability;
• and respect for hazards.

Someone who loves fixing things and understanding how systems operate may find it extremely satisfying.

Someone who dislikes physical work, tools, technical rules or hazardous environments may not.

So before choosing a trade school or applying for an apprenticeship, answer the question that comes first:

How well does being an electrician actually match you?

Take the Free MAPP Assessment and explore your 10 Free Career Matches.

See how Electrician compares with hundreds of careers based on your motivations, interests and preferred work style.

Your results can help you discover:

• how strongly Electrician matches you;
• what you are likely to enjoy;
• what you may dislike;
• how to become one;
• apprenticeship requirements;
• education requirements;
• salary;
• career outlook;
• related occupations;
• educational pathways;
• and available jobs.

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