PLC Programmer and PLC Technician Salary & Career Guide (2026)

Quick answer: how much a PLC programmer makes

There is no single official U.S. “PLC programmer salary” or “PLC technician salary.” The Bureau of Labor Statistics (BLS) does not list either title as a distinct occupation in its May 2025 wage table. Median pay for five plausible, duty-based comparison occupations ranged from $66,120 to $120,640. Match the actual responsibilities—not the title—to the closest benchmark before judging an offer.

Closest BLS occupation	SOC	Mean annual wage	Median annual wage	Median hourly wage
Industrial engineers	17-2112	$109,900	$102,440	$49.25
Electrical engineers	17-2071	$125,100	$120,640	$58.00
Electrical and electronic engineering technologists and technicians	17-3023	$80,680	$78,190	$37.59
Electro-mechanical and mechatronics technologists and technicians	17-3024	$76,420	$73,900	$35.53
Industrial engineering technologists and technicians	17-3026	$70,700	$66,120	$31.79

These are national May 2025 BLS benchmarks, not claimed PLC-programmer or PLC-technician averages. The annual medians shown above are the published median hourly wages multiplied by 2,080 hours and rounded to the nearest ten dollars. Your appropriate comparison depends on the work you perform, your location, travel and callout requirements, overtime eligibility, and the complete compensation package.

PLC developer salary: treat “developer” as a role title, not a separate occupation

Employers and salary sites sometimes use PLC developer for the same work another company calls PLC programmer, controls programmer, automation developer or controls engineer. The exact query already returns programmer salary pages, job-market aggregators and this guide; it does not identify a separate official occupation. BLS has no “PLC developer” wage row, so publishing another national average would create false precision.

Classify the job from the work it owns:

If the PLC developer role mainly owns…	First BLS comparison to examine	Evidence to request from the employer	Important compensation question
ladder/ST changes, I/O checkout, machine support and supervised commissioning	electrical/electronic or mechatronics technologist/technician duties	expected change authority, shift coverage, field work and supervision	overtime eligibility, callout minimums and shift premium
reusable sequence software, HMI/SCADA, networks and independent machine delivery	compare engineering and technologist duties using the actual responsibility split	project ownership, architecture authority, FAT/SAT, travel and post-startup support	paid travel, overtime, per diem, bonus and recovery time
electrical/controls architecture, specifications, calculations and engineering approval	electrical-engineer duties may be the closer anchor	design responsibility, licensure/professional boundary and technical sign-off	base, bonus, professional-development support and liability/scope
production-system integration, line performance, capacity, quality and process improvement	industrial-engineer duties may be the closer anchor	success measures, capital-project scope and cross-functional ownership	incentive structure, project travel and advancement path
contractor integration across customer sites	no employee salary comparison is complete by itself	billable/nonbillable time, bench time, tools, insurance, travel and contract term	guaranteed hours, expenses, cancellation risk and benefits gap

A software-heavy title does not prove software-industry working conditions. Ask how often the role travels, starts up equipment after hours, enters production areas, supports calls remotely, works shifts or carries responsibility for electrical and machinery changes. Then keep those conditions beside the wage evidence.

For a defensible “PLC developer salary” comparison, use the same method as the rest of this guide: select one duty-matched occupation, obtain its national and local BLS data, compare current employer-posted ranges for genuinely similar jobs, record the date and geography, and evaluate total compensation. Do not average an engineering benchmark with a technician benchmark merely because the vacancy combines both words.

Evidence and methodology

Evidence checked: August 29, 2026

Wage reference period: May 2025

Primary source: BLS Occupational Employment and Wage Statistics, Table 1

This guide deliberately avoids publishing a made-up national “PLC programmer average,” state percentiles, experience bands, certification premiums, or industry uplifts. BLS wage data is organized by Standard Occupational Classification (SOC), and employers place PLC work under several different titles. A role called “PLC programmer” may be technician-level maintenance work at one plant and engineering-level controls design at another.

We therefore use five official occupations as comparison anchors:

• Industrial engineers when the role centers on production systems, process improvement, manufacturing integration, capacity, quality, or line performance.
• Electrical engineers when it includes electrical-system design, controls architecture, engineering calculations, specifications, and engineering responsibility.
• Electrical and electronic engineering technologists and technicians when it emphasizes installation, testing, calibration, commissioning, instrumentation, or support under engineering direction.
• Electro-mechanical and mechatronics technologists and technicians when it centers on integrated machinery, robotics, electromechanical test, maintenance, and production equipment.
• Industrial engineering technologists and technicians when it emphasizes manufacturing methods, workflow, production data, layouts, or implementation support.

This is a classification aid, not a claim that every PLC programmer belongs in one of these occupations. Read the job description and compare its primary duties with the linked BLS occupation descriptions.

Why the old “one number” approach is misleading

A salary aggregator may group together jobs titled PLC programmer, controls technician, controls engineer, automation specialist, electrical engineer, and system integrator. Those jobs can differ materially in education requirements, engineering responsibility, travel, overtime, industry, and scope. Combining them creates a precise-looking number that may not describe the offer in front of you.

The national BLS figures also have limits:

• They cover all workers in each occupation, not PLC specialists alone.
• They are national estimates, so they do not represent a specific city or state.
• They describe wages, not the value of health insurance, retirement contributions, paid leave, per diem, bonuses, or a company vehicle.
• Mean wages can be pulled upward by high earners. For an individual offer, the median is usually the more understandable starting anchor.
• Neither mean nor median automatically represents entry-level, senior, or contract pay.

Use the table as a defensible baseline, then add local and job-specific evidence.

Which salary benchmark fits your PLC role

The fastest way to choose a benchmark is to ignore the title for a moment and classify the work.

Engineer-oriented PLC role

An engineering benchmark may be more relevant when the position expects you to:

• own controls architecture or electrical design decisions;
• write functional specifications and design standards;
• select controllers, networks, safety systems, drives, and instrumentation;
• perform engineering calculations or approve technical designs;
• lead capital projects, vendors, factory acceptance testing, and site acceptance;
• integrate plant systems and be accountable for performance after startup.

Compare the balance of duties with the BLS descriptions for industrial engineers and electrical and electronics engineers. Do not select the higher benchmark simply because the job includes programming; use the occupation whose work most closely resembles the actual role.

Technologist- or technician-oriented PLC role

A technologist or technician benchmark may be more relevant when the position primarily involves:

• troubleshooting machinery and replacing failed control components;
• modifying existing ladder logic under an established standard;
• panel checks, I/O checkout, loop checks, calibration, or commissioning support;
• maintaining backups and documenting field changes;
• assisting engineers with testing, measurements, drawings, and implementation;
• supporting production shifts and responding to equipment faults.

Compare the job with the BLS profiles for electrical and electronic engineering technologists and technicians and industrial engineering technologists and technicians.

Mixed controls role

Many real controls jobs are mixed. A plant role may combine maintenance callouts, new machine projects, HMI work, networking, safety validation, and vendor management. In that case:

1. List the five duties expected to consume the most time.
2. Estimate the share of the role assigned to each duty.
3. Select the closest BLS occupation for the majority of the work.
4. Keep one adjacent occupation as a secondary comparison.
5. Explain the mixed scope when negotiating rather than presenting a single benchmark as definitive.

If the employer cannot explain the role's expected split between support, project delivery, and engineering ownership, that ambiguity is itself an offer risk.

PLC technician salary: map the job before using a number

“PLC technician” is no more standardized than “PLC programmer.” At one employer it means a maintenance technician who diagnoses sensors, contactors, drives, networks, and existing PLC logic during a production shift. At another it means a mechatronics technician who commissions integrated machinery. A third employer may use it for an engineering technologist who builds panels, performs acceptance tests, and implements an engineer's design.

That distinction matters because the BLS does not publish an occupation named PLC technician. The most defensible approach is to map the job's dominant duties to an existing occupation and show the mapping beside any wage figure.

If the PLC technician primarily…	First occupation to examine	Why it may fit	What would make it a poor fit
tests, calibrates, repairs, or supports electrical and electronic systems	Electrical and electronic engineering technologists and technicians, 17-3023	The official duties include testing, calibration, maintenance, diagrams, measurements, and technical reports	The job is mainly mechanical maintenance or has full engineering-design ownership
operates, tests, maintains, or repairs automated, robotic, and electromechanical machinery	Electro-mechanical and mechatronics technologists and technicians, 17-3024	The occupation combines mechanical, electrical, electronic, and computer-controlled equipment	The job is mostly process optimization, software architecture, or electrical design
implements production methods, layouts, workflow, quality, or manufacturing-data improvements	Industrial engineering technologists and technicians, 17-3026	It can fit implementation and production-system support under engineering direction	The job is mainly breakdown maintenance, field wiring, or control-system design
designs electrical systems, controls architecture, specifications, and technical solutions	Electrical engineers, 17-2071	It may fit when the person exercises engineering responsibility rather than only maintaining equipment	The title says technician and the actual work is supervised installation, test, or maintenance
improves complete production systems, integration, quality, capacity, or process performance	Industrial engineers, 17-2112	It may fit systems-level manufacturing engineering work	The work is predominantly hands-on fault response and component replacement

The BLS Occupational Outlook Handbook says electrical and electronic engineering technologists and technicians typically need an associate degree, although requirements vary by employer. Its electro-mechanical and mechatronics profile says an associate degree or postsecondary certificate is typical. Those descriptions are occupational patterns, not mandatory credentials for every PLC technician vacancy.

When a job title and its duties point in different directions, prioritize the duties. Ask the employer which decisions the person owns, how much time is spent on field work, and whether the position modifies approved designs or creates them. Then use the same occupation when you compare national, state, metropolitan-area, and industry data. Switching occupations midway through the comparison can make a weak argument look stronger than it is.

PLC programmer vs PLC technician vs controls engineer

The three titles overlap, but they signal different centers of gravity. This comparison is a screening tool, not an occupational classification rule.

Dimension	PLC programmer	PLC technician	Controls engineer
Typical center of work	Sequence logic, HMI behavior, alarms, data handling, simulation, and commissioning	Equipment availability, field diagnosis, I/O, calibration, repairs, backups, and approved changes	Requirements, electrical/control architecture, specifications, design review, integration, and project accountability
Common work setting	Integrator office, factory floor, remote development, and customer startup	Production plant, maintenance shop, machine cell, panel, and field service	Engineering office, plant projects, vendor reviews, FAT/SAT, and commissioning
Strong practical evidence	Tested sequence with traceable requirements, fault handling, simulation results, and change notes	Safe diagnostic process, measurements, schematics, I/O checks, root-cause record, and restored operation	Design basis, architecture decisions, calculations, risk controls, test plan, and acceptance evidence
Typical education signal—not a universal requirement	Varies widely: trade, certificate, associate, bachelor's, or demonstrated experience	Associate degree, postsecondary certificate, apprenticeship/trade route, or relevant experience	Bachelor's degree is typical for BLS electrical and industrial engineer occupations
First pay-comparison question	Is this supervised implementation or independent system delivery?	Is this electrical/electronic, mechatronics, industrial support, or another maintenance occupation?	Does the role actually carry engineering scope and accountability?
Common hidden workload	Site startup, travel, after-hours remote support, and deadline recovery	Shift work, callout rotation, hazardous-area procedures, and physical access	Capital-project deadlines, design liability, vendor coordination, and startup ownership

Titles also change across countries and industries. “Automation engineer” may be a protected or regulated engineering title in one jurisdiction and an employer-selected title in another. This page uses U.S. wage sources; candidates elsewhere should use their national statistics agency, local employment law, and applicable professional rules.

PLC career paths and prerequisites

There is no single prerequisite sequence for PLC work. Employers buy a combination of safe industrial behavior, electrical and process understanding, logic skill, diagnostic discipline, and evidence that the candidate can learn the installed platform. Three routes appear frequently.

Entry route	Useful foundation	First credible evidence	Likely early role	Gap to close deliberately
Technician or mechatronics education	Associate degree or postsecondary certificate; electrical fundamentals; instruments; schematics; motors; basic programming	Documented I/O checkout, safe fault isolation in a training environment, tested ladder sequence, and clear maintenance notes	Controls technician, mechatronics technician, electrical/electronic technician, junior field service	Software structure, version control, requirements traceability, networks, and project documentation
Engineering education	Electrical, industrial, mechatronics, mechanical, or related bachelor's program; internships or co-op work	Design project with requirements, architecture rationale, risk boundaries, test cases, and measured results	Graduate controls, automation, electrical, manufacturing, or industrial engineer	Real equipment behavior, commissioning pressure, maintenance needs, practical panel and instrumentation familiarity
Experienced trade or plant-maintenance route	Industrial electrical, instrumentation, machine maintenance, process operations, or an applicable apprenticeship	Safe troubleshooting record, schematic fluency, accurate measurements, change control, and small reviewed logic modifications	Senior maintenance technician, instrumentation technician, controls support, junior PLC specialist	Structured programming, simulation, reusable code, networks, HMI standards, and formal acceptance testing

Do not treat this table as permission to work on energized or moving equipment without authorization, training, and the site's procedures. A browser simulator can develop logic and diagnostic reasoning; it cannot qualify a person for electrical work, prove competency on physical machinery, or replace lockout/tagout and machine-safety controls.

A capability ladder for the first PLC role

“Know ladder logic” is too vague for a hiring decision. A better progression names an observable result and the boundary of the evidence.

Stage	Candidate should be able to demonstrate	Evidence an employer can inspect	What the evidence does not prove
1. Read	Trace contacts, coils, timers, counters, tags, scan effects, and basic I/O relationships	Annotated logic and a correct explanation of a short sequence	Safe field work or independent program changes
2. Build	Implement a small sequence from written requirements with states, permissives, interlocks, reset behavior, and useful alarms	Source file or simulator link plus requirement-to-test mapping	Vendor-platform depth or production readiness
3. Test	Derive normal, boundary, invalid, and fault test cases before release	Repeatable test matrix with expected and observed results	Physical I/O integrity or machinery risk reduction
4. Diagnose	Separate symptom, input evidence, logic state, output command, feedback, and probable field cause	Time-ordered diagnostic notes that avoid random code changes	Authorization to enter a panel or bypass safeguards
5. Deliver	Control changes, document assumptions, explain rollback, communicate residual risk, and support FAT/SAT	Redacted change record, test evidence, review notes, and commissioning checklist	Legal engineering authority or safety validation unless separately established

For a first role, depth on one representative problem is more credible than screenshots from many disconnected tutorials. An employer should be able to ask why each branch exists, which failure the test exposes, and what would need validation on real equipment.

How to research PLC programmer pay in your state or city

The table above is national. For a local offer, build a small evidence pack rather than applying an unsupported state multiplier.

Use this evidence hierarchy to decide what belongs in that pack:

Evidence	Best use	Strength	Main limitation
BLS national, state, metro, and industry tables for one selected SOC	Consistent occupational anchor	Defined method, geography, reference period, and official source	Broader occupation; not PLC-title-specific
Current employer-posted range for a genuinely comparable local job	Test present hiring range and required scope	Employer, location, duties, and visible range are connected	Range may be broad, temporary, or legally required rather than predictive
Written competing offer	Candidate-specific negotiation evidence	Real employer willingness to pay for this candidate now	Scope and package may differ; sensitive information needs care
Recruiter or hiring-manager evidence	Identify hard-to-fill skills and current constraints	Close to the active market	Opinion can be selective and should be corroborated
Salary aggregator	Discover title variants and possible leads	Broad coverage and fast orientation	Opaque samples may mix roles, dates, and geographies

Do not average the rows. Use the official occupation as the baseline, job postings to test comparability, and written offers to establish candidate-specific market evidence.

1. Start with the nearest BLS occupation

Use the BLS state occupational wage tables to find the same SOC for your state. If the job is in a large metropolitan area, use BLS metropolitan-area data when available. Keep the occupation, data period, geography, and source URL with every number you record.

2. Compare duties in current job postings

Search for genuinely comparable roles in the target commuting area. Include adjacent titles such as:

• PLC programmer;
• controls engineer;
• automation engineer;
• controls technician;
• electrical controls engineer;
• system integrator;
• instrumentation and controls technician.

Do not combine every result. Exclude postings with materially different education, travel, shift, management, or licensing requirements. Record only visible employer salary ranges, and note when a range excludes bonus, overtime, or benefits.

3. Separate location from working conditions

Two offers in the same city can deserve different compensation because one includes plant shutdowns, night callouts, or extensive travel. Record these separately:

Offer condition	What to document
Scheduled hours	Standard week, shift pattern, compressed schedule
Overtime	Eligibility, approval rules, typical frequency, rate or time-off policy
On-call	Rotation, response time, minimum callout, standby compensation
Travel	Expected percentage, weekend travel, travel-time pay, per diem
Commissioning	Typical duration, nights, shutdowns, international work
Remote work	Actual remote tasks versus required plant presence
Safety responsibility	Design, validation, documentation, or maintenance scope

4. Date every comparison

Job-posting ranges can change quickly and may disappear. Save the employer, title, location, URL, date viewed, and key duties. A dated comparison set is more credible than an undated screenshot or a generic salary page.

PLC programmer salary by experience

BLS does not publish entry, mid-level, and senior pay bands for “PLC programmer,” so this guide does not invent them. Experience still matters, but scope and independence are more useful than years alone.

Entry-level or supervised work

Typical signals include working from established templates, making reviewed logic changes, assisting with I/O checkout, and escalating safety or architecture decisions. Compare the duties with the technician/technologist occupations first, then check local postings with similar supervision and education requirements.

Independent project delivery

The role may include developing complete sequences, HMI screens, alarm handling, network configuration, FAT/SAT documentation, and commissioning with limited supervision. At this stage, determine whether the employer treats the work as engineering, technologist work, or a hybrid. The job description and accountability matter more than a generic “three-to-five years” label.

Senior or lead scope

Senior value is usually visible in responsibility: architecture, standards, safety lifecycle work, technical review, client leadership, mentoring, estimation, and ownership of difficult startups. Compare an offer with local engineer benchmarks only when the duties support that comparison. A senior title without decision authority or project ownership is not automatically equivalent to an engineering occupation.

Management

Once a position is primarily responsible for hiring, budgets, department performance, and staff management, a programmer benchmark may no longer be appropriate. Compare it with the relevant management occupation and local management postings.

Skills that can strengthen an offer—without assuming a fixed premium

It is tempting to assign a dollar value to every platform or certification. There is no reliable national BLS dataset showing that a particular PLC brand, safety credential, or programming language adds a fixed amount to PLC programmer pay.

Instead, test whether a skill has value in your market:

1. Count how often it appears in comparable local postings.
2. Note whether it is required, preferred, or merely mentioned.
3. Compare posted ranges for otherwise similar roles.
4. Ask recruiters which requirement is limiting the candidate pool.
5. Use competing written offers, not an online “premium,” as your strongest evidence.

Skills that often change the scope of a controls role include functional safety, industrial networking, motion control, batch systems, SCADA/HMI integration, cybersecurity, regulated validation, and multi-platform support. They justify a stronger negotiation case when you can connect them to responsibilities the employer needs—not simply because you hold a certificate.

For platform practice before an interview, the PLC interview-prep simulator provides graded programming and diagnostic exercises.

A practical PLC hiring assessment employers can use

A useful assessment samples the work without pretending a short exercise can certify plant competence. It should be time-boxed, use a safe simulator or isolated training environment, disclose the scoring criteria, and avoid extracting unpaid production work from candidates.

One 75-minute exercise is enough to reveal more than a trivia quiz:

A pump receives a run request. It may start only when the tank has adequate level, the overload is healthy, emergency-stop status is healthy, and a downstream valve is proven open. After an output command, run feedback must arrive within five seconds. Loss of a required condition while running must stop the command and produce a specific diagnostic. A reset may clear a latched fault only after the unsafe condition is gone. Automatic restart after power restoration is prohibited.

Ask the candidate to provide the logic, a short assumptions list, a test table, and a two-minute explanation of one failed test. Keep real safety functions outside the exercise: ordinary PLC logic shown in a simulator is not a safety-rated control system.

Scored dimension	Points	What good evidence looks like	Common concern
Requirements interpretation	15	Assumptions and ambiguities are explicit; start, stop, reset, and restart behavior are defined	Candidate silently invents important behavior
Logic correctness and readability	25	Conditions are traceable, outputs have clear ownership, states are understandable, and reset behavior is deterministic	Duplicate output writes, hidden latches, or code that only passes the happy path
Interlocks and fault handling	20	The command drops on lost conditions, feedback timeout is handled, diagnostics identify the failed condition, and reset is gated	Bypasses, automatic restart, generic alarm, or timer without failure response
Test design	20	Normal, boundary, invalid, timeout, recovery, and power-cycle cases include expected results	Only a successful start/stop demonstration
Diagnostic reasoning	10	Candidate separates PLC input state, command state, physical output, feedback, and likely field causes	Random edits before collecting evidence
Communication and safety boundary	10	Explanation is concise; limitations of simulation and need for physical validation are stated	Candidate implies simulation proves machinery safety
Total	100	The score is accompanied by notes and evidence	A score alone is treated as a hiring decision

Employers should calibrate the assessment against people already successful in the same role and check for adverse impact. Candidates should be told whether AI tools, documentation, or internet search are allowed. The exercise should measure the job: a maintenance role needs diagnostic evidence; a design role needs stronger requirements and architecture evidence.

The PLC interview-prep assessment lab can provide a hardware-free starting point for timed logic and troubleshooting practice. It develops explainable evidence; it does not replace site authorization, electrical qualifications, or supervised equipment work.

Build a salary-ready PLC evidence portfolio

A portfolio strengthens a pay discussion only when it shows relevant responsibility. Strip employer-confidential names, IP addresses, process recipes, production data, customer details, and proprietary code. If an artifact cannot be safely redacted, rebuild a representative example from scratch.

Portfolio artifact	Include	Role signal	Safety and confidentiality boundary
Sequence specification and logic	Plain-language requirements, state model, selected rungs or structured text, comments, and assumptions	Converts an operating need into maintainable control behavior	Use a fictional process and non-safety PLC example
Interlock and permissive matrix	Condition, affected command, trip or inhibit behavior, alarm, reset, and test ID	Handles abnormal conditions systematically	Never imply standard PLC logic is a safety function
Test matrix	Initial state, stimulus, expected outputs, timing, observed result, evidence, and pass/fail	Designs repeatable verification rather than relying on a demo	Mark simulator-only tests and list physical validation still required
Troubleshooting record	Symptom, timeline, evidence collected, competing hypotheses, root cause, repair, and recurrence prevention	Diagnoses methodically under pressure	Remove site, asset, employee, and production identifiers
Change-control example	Reason, impact, backup, review, test, release, rollback, and post-change check	Protects production and communicates risk	Do not share employer source code or network details
HMI/alarm example	Operator goal, screen hierarchy, alarm message, response, and abnormal-state screenshot	Connects control behavior to human action	Use synthetic tags and data; avoid revealing actual recipes

For every artifact, be prepared to answer four questions: What requirement did you implement? What could fail? Which test would expose that failure? What remains unproven until the work reaches real hardware and the site's validation process? Those answers make the evidence useful for both hiring and salary discussions.

Compare total compensation, not base salary alone

A higher base salary can lose to a lower offer once you account for unpaid travel, expensive benefits, weak retirement contributions, or unpredictable callouts. Conversely, a demanding commissioning job may pay more cash but provide less control over your time.

Copy this worksheet for each offer:

Compensation item	Offer A	Offer B	How to verify
Base salary or guaranteed annual wages			Written offer
Guaranteed shift or on-call allowance			Written policy
Realistic bonus—not the maximum			Plan document and payout history
Expected overtime pay			Classification, rate, and typical hours
Employer retirement contribution			Summary plan description
Employer-paid health premium			Benefits enrollment sheet
Deductible and out-of-pocket exposure			Health plan summary
Paid leave and holidays			Employee handbook
Training or certification budget			Written annual allowance
Vehicle, mileage, travel time, and per diem			Travel policy
Relocation or sign-on payment			Repayment terms
Your unreimbursed annual costs			Commute, tools, insurance, travel

Then calculate:

Guaranteed cash = base pay + guaranteed allowances

Expected cash = guaranteed cash + probability-adjusted bonus + realistic overtime

Estimated total value = expected cash + benefits you would otherwise purchase − unreimbursed costs

Do not value a discretionary bonus at its stated maximum. Ask what percentage of the target was actually paid in recent years and whether you must still be employed on the payout date.

Questions to ask before accepting a PLC job

Compensation discussions are more productive when the job's hidden workload is explicit.

Work schedule and overtime

• Is the position hourly, salaried non-exempt, or salaried exempt?
• How is travel time treated?
• How many shutdowns or weekend startups occurred in the last year?
• Is compensatory time available after commissioning?
• Who approves overtime, and how is emergency work recorded?

Employment classification has legal consequences, so ask HR for the written classification and policy rather than relying on an interviewer's shorthand.

On-call and support

• How many people share the rotation?
• What systems are supported after hours?
• What response time is required?
• Is remote diagnosis possible before traveling to the plant?
• Is standby time or a minimum callout paid?

Travel and commissioning

• What percentage of the role required travel in the previous 12 months?
• Does that percentage include local customer visits?
• Are weekends abroad treated as work, leave, or neither?
• Who pays for visas, insurance, mobile data, and ground transport?
• What happens when a startup runs longer than planned?

Role scope

• Who owns electrical design and safety validation?
• Are you modifying existing standards or creating them?
• How much time is maintenance support versus project engineering?
• Which PLC, HMI, drive, robot, and network platforms are actually installed?
• What would success in the first six months look like?

The answers help you choose the right wage benchmark and expose conditions that a base salary alone cannot capture.

Offer signals that deserve follow-up

Signal in the job description or interview	Why it matters	Follow-up question
“Must be available as needed”	May conceal an undefined on-call or shutdown workload	How many after-hours contacts and site callouts occurred per person in the last 90 days?
“Up to 25% travel”	Could mean a maximum, an average, or a routinely exceeded estimate	What was the team's actual travel percentage in the previous 12 months, including weekends?
“Own all automation”	Scope may exceed staffing, documentation, or authority	Which systems, sites, standards, and approval decisions are included, and who is the backup?
“Salaried, no overtime”	The label alone does not determine legal exemption	What is the written classification, primary-duty analysis, and travel-time policy?
“Fast-paced startup environment”	Could mean learning and ownership or chronic unplanned work	Which deliverables are planned, who approves changes, and how are releases and rollback controlled?
“Remote controls support”	May still require rapid site travel or continuous availability	What response time, support window, callout payment, access method, and escalation path apply?

U.S. candidates can review the Department of Labor's general Part 541 exemption overview and its technologist and technician fact sheet. Job title alone does not settle overtime status. Individual facts and current law matter, so use the official Wage and Hour Division resources or qualified legal advice for a specific case.

Contract PLC programmer rates versus employee salary

Do not compare an hourly contract rate with an employee's salary by multiplying it by 2,080. Contractors may have unpaid sales time, gaps between projects, self-funded benefits, insurance, tools, accounting, and travel administration.

Use this break-even formula:

Required contract revenue = desired employee-equivalent cash + replacement benefits + business costs + tax/insurance allowance + unpaid-time reserve

Required hourly rate = required contract revenue ÷ realistic billable hours

Use billable hours from your own contract history or a conservative project pipeline—not every working hour in a year. Clarify whether the quoted rate includes travel, expenses, commissioning overtime, and payment delays. Consult a qualified tax professional for your structure and jurisdiction.

Contracting can be attractive when you have repeat clients and control over scope. Employment can be more valuable when you need supervised learning, stable benefits, paid training, or predictable income. Neither arrangement is automatically better.

A defensible salary-negotiation process

1. Classify the job

Select the nearest occupation using the actual duties. Keep the job description and mark the phrases that support your choice.

2. Collect local evidence

Add the relevant state or metro BLS figure and comparable, current employer-posted ranges. Remove jobs that differ substantially in scope.

3. Document your evidence of value

Use outcomes you can support: successful startups, reduced recurring faults, validated safety work, standard libraries, training delivered, or projects completed. Do not disclose confidential employer data.

4. Price the working conditions

Document travel, shift, callout, overtime, and benefits. Ask for missing policies before naming a final target.

5. Make a specific request

A concise response is stronger than a long speech:

“The role combines independent controls design, commissioning, and on-call support. The local engineering benchmark and comparable posted roles support a higher base. Can you move the base to [amount], or improve the package through paid overtime, additional leave, or a guaranteed review?”

Use an amount grounded in your evidence pack. If base pay is fixed, negotiate elements that solve real problems: overtime treatment, travel time, callout minimums, training, leave, sign-on support, or a written salary review after defined milestones.

6. Compare the written offer

Do not rely on verbal descriptions of bonus, remote work, travel, or review timing. Ask for the final terms in writing, then use the worksheet above.

Common PLC salary questions

What is the average PLC programmer salary in 2026?

There is no official BLS average for PLC programmers because the title does not have its own BLS occupation. In the May 2025 national data, mean annual wages for five duty-based comparison occupations ran from $70,700 for industrial engineering technologists and technicians to $125,100 for electrical engineers. These are broader occupations, not a range promised to PLC programmers. Use the occupation that matches the work, then look up the same occupation for the relevant state or metropolitan area.

What is the average PLC technician salary in 2026?

BLS does not publish a national PLC technician average. Three plausible technician or technologist anchors in the May 2025 national table have means of $80,680 for electrical/electronic engineering technologists and technicians, $76,420 for electro-mechanical/mechatronics technologists and technicians, and $70,700 for industrial engineering technologists and technicians. Do not average them. Select the occupation whose duties best match the vacancy, then compare its median, local wage table, work schedule, overtime treatment, and complete written package.

What is the median PLC programmer salary?

BLS does not publish one. The five closest national medians used in this guide range from $66,120 to $120,640, but they describe broader occupations. They should not be averaged together or presented as a PLC-specific percentile distribution. Select one primary benchmark using the duties and retain an adjacent occupation only as a transparent secondary comparison when the role is genuinely mixed.

What does an entry-level PLC programmer earn?

No official national entry-level PLC wage exists. Compare the role's duties, supervision, and education requirements with the nearest BLS technologist, technician, or engineer occupation, then use local wage data and employer-posted ranges for genuinely comparable entry-level roles. Ask what the new hire must deliver independently in the first six months. A supervised I/O-checkout role and an independent controls-design role should not share a benchmark merely because both advertisements say “entry level.”

Which states pay PLC programmers the most?

A trustworthy answer requires selecting a comparable occupation first. Use the BLS state table for that SOC and current employer-posted ranges, and record the data period. A state ranking built by mixing PLC programmers, technicians, and engineers would create false precision. Higher nominal wages also do not establish a better offer after housing, commuting, tax, travel, overtime, benefits, and working conditions are considered.

Do PLC programmers earn more than electricians?

Sometimes, but the titles alone are not enough for a valid comparison. Compare the exact location, licensing, overtime, union coverage, travel, shift, and responsibilities. An hourly electrician with overtime may have higher annual cash than a salaried controls role, while an engineering-scope controls position may have a higher base.

Does a degree increase PLC programmer pay?

BLS data does not isolate a degree premium for PLC programmers. A degree may qualify someone for engineering-scope roles that have different occupational wage benchmarks, but that is not the same as proving a fixed premium for the same job. Technician routes may use an associate degree, certificate, apprenticeship, or experience, while BLS engineer profiles typically list a bachelor's degree. Compare actual eligibility, duties, evidence, and local offers.

Which PLC certification pays the most?

No official national dataset supports a fixed salary premium for a specific PLC or automation certification. Measure demand in comparable postings and ask employers whether the credential changes eligibility, responsibility, or pay. A certification has stronger negotiating value when the employer requires it for a current project and the candidate can demonstrate the underlying work. It has weaker value when postings merely list it as preferred and the role never uses the skill.

Can PLC programmers work remotely?

Program development, simulation, documentation, and code review can be remote, but installation, I/O checkout, commissioning, and physical troubleshooting require site access. Verify actual travel, response-time, and plant-presence expectations rather than relying on a “remote” label. Also ask whether after-hours remote support is scheduled and compensated, whether secure access is supplied, and who performs field observations when the programmer cannot see the machine.

Is PLC programming a good career?

It can be a strong fit for people who enjoy software, electrical systems, machinery, and field problem-solving. The work can provide a path from technician or trade experience into controls support, independent project delivery, engineering-scope work, or technical leadership. Evaluate the role as carefully as the salary: schedule, travel, safety responsibility, mentorship, installed technology, learning support, and advancement differ widely by employer. A practical exercise and a redacted evidence portfolio can help both sides test fit before an offer.

Key takeaways

• BLS does not publish a dedicated PLC programmer occupation or salary.
• BLS also does not publish a dedicated PLC technician occupation or salary.
• May 2025 national median anchors for five related occupations range from $66,120 to $120,640.
• Choose the benchmark by primary duties, not by whichever occupation pays the most.
• Replace generic state and experience tables with current local BLS data and comparable employer-posted ranges.
• Compare overtime, callouts, travel, benefits, and training alongside base pay.
• Treat certification and industry “premiums” as hypotheses until local evidence supports them.

For broader career planning, see the PLC programmer career guide, how to become a PLC programmer, and SCADA engineer salary guide.

Official sources

• BLS: National employment and wage data by occupation, May 2025
• BLS: May 2025 occupational wage news release and methodology
• BLS: May 2025 state occupational employment and wage estimates
• BLS: May 2025 metropolitan and nonmetropolitan area estimates
• BLS: May 2025 industry-specific occupational estimates
• BLS: Using occupational wage data to evaluate an offer
• BLS Occupational Outlook Handbook: Industrial engineers
• BLS Occupational Outlook Handbook: Electrical and electronics engineers
• BLS Occupational Outlook Handbook: Electrical and electronic engineering technologists and technicians
• BLS Occupational Outlook Handbook: Electro-mechanical and mechatronics technologists and technicians
• BLS Occupational Outlook Handbook: Industrial engineering technologists and technicians
• O*NET: Electrical and electronic engineering technologists and technicians
• U.S. Department of Labor: Part 541 exemptions overview
• U.S. Department of Labor: Technologists, technicians, and Part 541 exemptions

Editorial note: This page provides labor-market research, not legal, tax, or financial advice. Wage estimates are historical reference points, and individual offers vary.