Profession · Full profile

Industrial Mechanic

Industrial mechanics maintain, troubleshoot, and repair factory machinery and mechanical systems.

Average salary

$64,520

Salary range

$46,120 – $95,170

Training time

—

Job market

Much faster than average

9/10

Work-life balance

Fair

5/10

Industrial mechanics keep production facilities operating by diagnosing mechanical issues and repairing factory equipment. They disassemble machinery to replace worn bearings, belts, pumps, and gears, while also troubleshooting hydraulic, pneumatic, and electrical control systems. Working from blueprints and equipment schematics, they perform routine preventive maintenance to avoid unplanned plant downtime. The job requires hands-on work inside busy manufacturing environments, where mechanics follow strict safety rules and record their maintenance activities in plant tracking systems.

A workday

A day in the life

What does a workday really look like?

A standard day shift focusing on scheduled preventive maintenance routines, equipment inspections, and system adjustments.

7:00 AM
Shift handover and work order review
Review open maintenance tickets and discuss plant equipment performance with the outgoing shift.
7:30 AM
Preventive maintenance rounds
Inspect production lines, monitor operating machinery for unusual noise, and check fluid levels.
9:30 AM
Lubrication and precision alignment
Lubricate mechanical bearings and verify alignment on drive shafts and conveyer belts.
11:30 AM
Blueprint and schematic review
Study technical drawings and wiring schematics to prepare for an afternoon repair.
12:00 PM
Lunch break
Midday rest break and meal.
12:45 PM
Hydraulic and pneumatic repairs
Diagnose pressure losses, replace worn pneumatic valves, and rebuild hydraulic cylinders.
2:15 PM
Maintenance documentation
Record completed repairs, component changes, and parts used in the maintenance tracking system.
3:00 PM
Workstation cleanup and shift wrap-up
Store tools, clean the maintenance shop, and brief incoming mechanics on equipment status.

Task breakdown

A night shift focused on rapid response to sudden equipment stoppages and major mechanical overhauls.

11:00 PM
Shift briefing and priority review
Meet with plant supervisors to identify pressing equipment breakdowns on the factory floor.
11:30 PM
Lockout and tagout procedures
De-energize failed production machinery safely under federal OSHA standards before starting work.
12:30 AM
Mechanical teardown and repair
Take apart broken machinery assemblies to replace worn gears, broken pumps, and seized bearings.
3:00 AM
Electrical control testing
Troubleshoot electrical controls, sensors, and motor connections following mechanical reassembly.
4:30 AM
Meal break
Night shift break and meal.
5:00 AM
Test runs and fine adjustments
Run reassembled equipment to test mechanical clearances and make fine operational adjustments.
6:30 AM
Logging repairs and parts used
Log all parts consumed and provide written handover notes for the incoming morning crew.

Salary data

What do you really earn?

Salary by experience, sector and region.

Minimum

$46,120

Average

$64,520

Maximum

$95,170

Salary by region

Region	Min	Avg.	Max
National	$46,120	$64,520	$95,170
Texas	$41,580	$61,930	$95,770
California	$47,880	$74,400	$107,700
Pennsylvania	$47,510	$63,840	$84,620
Ohio	$47,580	$65,130	$91,540
Alabama	$42,940	$61,920	$91,840

Typical benefits

Health insurance

Medical coverage provided by employers for mechanics and their dependents.

Retirement plan with employer match

Company-sponsored retirement savings plans that include matching employer contributions.

Overtime and shift differential pay

Higher pay rates for working excess hours, evening, night, and weekend shifts.

Tuition assistance or paid technical training

Employer funding for specialized technical courses, equipment training, and professional certifications.

Pathways

Education pathways

Which paths lead to this profession?

On-the-job training

1 year or more

Long-term on-the-job training

Many start as maintenance helpers and learn from senior mechanics, with training covering specific plant machines, safety procedures, and controls.

Costs: Paid by the employer
Entry requirements: High school diploma or equivalent and mechanical aptitude

Associate degree

2 years full time

Associate degree in industrial maintenance or mechatronics

Offered by community and technical colleges, providing formal technical instruction in hydraulics, electrical systems, and programmable logic controls.

Costs: About $4,150 a year in average published tuition and fees at a public two-year college (in-district)
Entry requirements: High school diploma or equivalent
High school subjects: Hydraulics, electrical systems, and PLCs

Apprenticeship

Usually up to 4 years

Industrial maintenance apprenticeship

Combines paid hands-on work with related classroom instruction, operated by employers, labor unions, or registered apprenticeship sponsors.

Costs: Apprentices are paid while they learn
Entry requirements: High school diploma or equivalent; minimum age of 18 in most programs

Profile

Skills & personality

Is this a good fit for you?

Hard skills

Mechanical troubleshootingDiagnosing breakdowns on production machinery using equipment manuals and test devices.
Hydraulics and pneumaticsTroubleshooting fluid power systems, pressure regulators, cylinders, and directional valves.
Reading blueprints and schematicsInterpreting mechanical blueprints, parts diagrams, and electrical schematics to plan repairs.
Welding and fabricationPerforming structural welds and fabricating replacement metal components when necessary.
Electrical controls and PLC basicsIdentifying issues in automated industrial control systems and basic programmable controllers.
Precision measurement and alignmentUsing precision tools to align rotating shafts, gears, and drive belts to manufacturer tolerances.

Soft skills

Problem solvingFinding the underlying causes of complex mechanical and electrical failures efficiently.
Attention to detailFollowing exact repair specifications, tolerances, and stringent plant safety procedures.
Working under pressureRepairing critical production equipment swiftly during costly, unplanned plant downtime.
TeamworkCoordinating closely with production operators, shift leads, and maintenance colleagues.

Is this a good fit for you?

✓
MethodicalApproaches machine teardowns and diagnostic procedures in a logical, step-by-step manner.
✓
Safety-consciousPrioritizes personal protective equipment and rigorous lockout and tagout compliance at all times.
✓
AdaptableAdjusts smoothly to sudden machine breakdowns, changing production priorities, and rotating shift hours.
✓
ObservantNotices subtle warning signs such as unusual equipment vibrations, leaks, and early component wear.
✓
PersistentWorks patiently through complicated mechanical faults until equipment runs reliably.

Market

Job market & outlook

What does the market look like?

Openings per year

44,400

Trend

Growth

+17.8%

AI impact

3/10

Sensors and predictive maintenance software flag failing parts early, while hands-on diagnosis and repair stays with skilled mechanics.

Regional demand

Alabama

Substantial demand driven by widespread industrial facilities and automotive assembly plants.

10/10

Ohio

Active hiring across automotive production, plastics plants, and heavy machinery facilities.

7/10

Texas

Steady demand driven by large-scale manufacturing operations and industrial processing facilities.

7/10

Pennsylvania

Solid demand supported by traditional manufacturing plants and industrial equipment contractors.

6/10

California

Employment opportunities spread across extensive manufacturing, food processing, and distribution hubs.

3/10

Growth

Career paths

Where can this profession take you?

Vertical growth

Maintenance helper or apprentice
0-2 years
Assists experienced mechanics with basic upkeep, tool handling, lubrication, and routine equipment tasks.
Industrial mechanic
2-5 years
Performs independent troubleshooting, machinery overhauls, and repairs across plant systems.
Lead mechanic
5-8 years
Guides repair crews, organizes complex maintenance assignments, and coaches newer technicians.
Maintenance supervisor
8+ years
Manages entire maintenance departments, directs plant repair strategies, and coordinates technician schedules.

Horizontal move

General maintenance technician
Moves horizontally into broader maintenance duties covering facility structures, utilities, and plant systems.
View Maintenance Technician
Machinist
Transitions laterally into precision component fabrication and machine shop equipment operation.
View Machinist

Good to know

Practical info

Working hours: Full time, with overtime common during breakdowns and planned plant shutdowns.
Remote work: Remote work is not possible because repairs are done hands-on at the machine.
Physical requirements: The work is physically demanding, with standing, kneeling, climbing and lifting heavy parts in noisy plants, and strict lockout/tagout and protective equipment rules.
Typical employers: Manufacturing plants, food and beverage processors, automotive and parts manufacturers, machinery repair and maintenance contractors, chemical and plastics plants, and warehouses and distribution centers.
Professional associations: Society for Maintenance & Reliability Professionals (SMRP)

FAQ

Frequently asked questions

What does an industrial mechanic do?

Industrial mechanics maintain, troubleshoot, and repair equipment used in manufacturing and processing facilities. They dismantle machinery to replace components such as bearings, belts, and motors, and diagnose hydraulic, pneumatic, and electrical systems. Mechanics also read blueprints to plan repairs and record their work in plant maintenance systems to maintain continuous plant operation.

Can industrial mechanics work from home?

Remote work is not possible because repairs are done hands-on at the machine. Mechanics must physically examine equipment on the factory floor, use specialized hand and power tools, and replace worn parts directly. They must also personally carry out critical safety procedures such as lockout and tagout on plant equipment.

What are the typical working hours and shifts?

Industrial mechanics typically work full time, with overtime common during unexpected breakdowns and planned plant shutdowns. Because many facilities run around the clock, evening, night, weekend, and on-call shifts are standard. Employers frequently provide overtime pay and shift differentials to compensate technicians for working irregular hours.

What safety certifications or training are required?

Lockout/tagout training is required for authorized employees under federal OSHA rules before working on machinery. In addition, employers frequently request OSHA 10-hour or 30-hour outreach training to verify safety standards. Technicians may also pursue an optional Certified Maintenance & Reliability Technician credential from the Society for Maintenance & Reliability Professionals.

What are the physical requirements of this career?

The work is physically demanding, requiring standing, kneeling, climbing, and lifting heavy parts inside noisy plants. Mechanics must follow strict protective equipment requirements and lockout/tagout safety rules. Physical stamina is essential for navigating industrial facilities, working in awkward spaces, and handling bulky machinery components throughout each shift.

How do you become an industrial mechanic?

Candidates can enter through long-term on-the-job training, an apprenticeship, or an associate degree program. Many begin as maintenance helpers learning from experienced mechanics. Others complete a two-year associate degree in industrial maintenance or mechatronics at a community college, or complete a paid industrial maintenance apprenticeship lasting up to four years.

Explore further

Related professions

In depth

All about industrial mechanic

The background, context and details.

Core responsibilities of an industrial mechanic

Industrial mechanics maintain the continuous operation of production lines across industrial facilities. When machinery breaks down, mechanics inspect the equipment, consult technical manuals, and use diagnostic instruments to pinpoint the failure. Their work includes dismantling machines to repair or replace mechanical parts such as bearings, gears, belts, pumps, and motors. In addition to mechanical components, technicians troubleshoot hydraulic, pneumatic, and electrical control systems. Routine preventive maintenance, such as performing precision alignments, lubrication, and mechanical adjustments, forms a vital part of the daily routine to prevent unexpected breakdowns.

Typical work environments and schedules

Industrial mechanics work in industrial settings such as manufacturing plants, food and beverage processing facilities, automotive factories, chemical plants, and distribution centers. Because production machines are fixed in place, all repairs and maintenance tasks occur on site, making remote work impossible. Work environments can be noisy and physically demanding, requiring mechanics to lift heavy machinery parts, climb ladders, and maneuver into tight spaces while kneeling or standing. Because many manufacturing plants run around the clock, mechanics frequently work evening, night, weekend, and on-call shifts. Overtime hours are standard during sudden breakdowns and scheduled plant shutdowns.

Training paths and safety credentials

Entry into this field typically begins with a high school diploma followed by technical training. Many mechanics start through formal apprenticeships that combine paid plant experience with classroom instruction. Others earn an associate degree in industrial maintenance or mechatronics from a community or technical college, studying hydraulics, PLCs, and electrical systems. Candidates can also gain skills through long-term on-the-job training as maintenance helpers. On the job, safety is paramount. Authorized technicians must complete lockout/tagout training under federal OSHA rules. Employers also value OSHA 10-hour or 30-hour outreach training and optional credentials like the Certified Maintenance & Reliability Technician from SMRP.

Career growth and technological changes

Technological developments in manufacturing are changing maintenance practices. Modern plants use automated sensors and predictive maintenance software to detect component wear early, but skilled mechanics remain essential for hands-on diagnostics and complex mechanical repairs. Industrial mechanics can advance their careers by stepping into lead mechanic roles or becoming maintenance supervisors. Others choose horizontal career paths, transitioning into roles as general maintenance technicians or precision machinists within manufacturing operations.