How to become a mechatronics technician

What a mechatronics technician actually does

A mechatronics technician maintains, troubleshoots, and continuously improves the integrated automation equipment on a factory floor. The work is hands-on and split across three rough buckets:

• Preventive maintenance (roughly 25-40% of time): scheduled lubrication, alignment checks, sensor calibration, drive diagnostics, vibration analysis, machine teardowns. Most plants run a CMMS (computerized maintenance management system) that issues work orders.
• Reactive troubleshooting (roughly 30-50% of time): a line stops, the technician finds out why and gets it running again. This is where the mechatronics-specific skill set pays off: knowing which sensor, drive, or PLC bit is throwing the fault.
• Continuous-improvement projects (roughly 10-30%): installing a new vision system, reprogramming a robot for a new SKU, retrofitting an older cell with safety light curtains, integrating an IIoT sensor for predictive maintenance.

The O*NET task survey for SOC 17-3024 lists 29 specific job tasks. The top five most-cited:

1. Test the performance of electromechanical assemblies using test instruments such as oscilloscopes, electronic voltmeters, or bridges.
2. Install electrical or electronic parts and hardware, and install or program computer hardware or machine/instrumentation software in industrial control systems.
3. Read blueprints, schematics, and diagrams to determine the method and sequence of assembly of a part, machine, or piece of equipment.
4. Modify, maintain, or repair electrical, electronic, or mechanical components, equipment, or systems to ensure proper functioning.
5. Inspect parts for surface defects.

The work is physical (you are on your feet, climbing platforms, using hand tools) but not heavy-labor in the lifting sense. A typical shift is 8-12 hours; many plants run 24/7, so rotating shifts and overnight work are common, especially in process industries.

A representative shift

Morning standup with the production supervisor: review overnight downtime events, identify priority work orders for the day. Walk the assigned area, address any open Andon calls. Mid-morning might be a planned PM route — checking three robots and two PLCs against a checklist, recording readings in the CMMS. Lunch. Afternoon: a sensor on a packaging conveyor has been intermittently faulting; the technician traces the wiring, swaps the sensor, retests, signs off. Last hour of shift: log work, hand off to the next shift's technician.

How the BLS classifies this work (and why it matters for salary research)

The BLS has two relevant SOC codes for mechatronics technician work, and the difference confuses most salary research online:

• SOC 17-3024 — Electro-Mechanical and Mechatronics Technologists and Technicians. The narrower, more specific code. Total US employment 15,000 (May 2024). Median annual wage $70,760. This is the code that most precisely matches a mechatronics-titled role.
• SOC 17-3027 — Mechanical Engineering Technologists and Technicians. The broader code. Total US employment 38,300. Median annual wage $68,730. Includes mechanical-engineering-adjacent work that may or may not be mechatronics. Some employers use this code for mechatronics roles, especially older job classifications.

For salary research, use 17-3024 if the job title contains "mechatronics," "electro-mechanical," or "automation technician." Use 17-3027 if the title is "mechanical engineering technician" or generic "manufacturing technician." Both codes are in the same general pay band; 17-3024 runs slightly higher at the median ($70,760 vs $68,730) because of the heavier electronics component.

What you'll earn: pay, percentiles, and what shifts the number

Per BLS OEWS May 2024 data for SOC 17-3024:

What pushes pay above the median

• Industry: semiconductor manufacturing, pharma, aerospace, and EV battery plants pay 15-30% above the median. Legacy industries (paper, basic metals, food at smaller plants) pay at or below the median.
• Shift differential: overnight and weekend shifts add 10-20% per BLS-tracked CES data for manufacturing.
• Vendor specialization: certified expertise in a high-end platform (Siemens TIA, Rockwell ControlLogix, FANUC R-30iB) raises pay 5-15% over a generalist.
• Geographic location: highest-pay metros for SOC 17-3024 per BLS state-level OEWS data include Massachusetts, California, and New Jersey (semiconductor and pharma clusters). Lowest-pay metros are concentrated in rural southeastern states with lower cost of living.
• Specialization in robotics: robot-specific technician roles pay roughly equivalent to mechatronics-generalist roles at entry-level, but ramp faster (faster vendor-cert stacking).

Where the jobs are: industries, states, and regional concentration

Per BLS OEWS industry data, the largest employers of SOC 17-3024 are:

1. Computer and electronic product manufacturing — semiconductor fabs and electronics assembly. Highest-paying industry on average.
2. Machinery manufacturing — industrial equipment OEMs that build the lines mechatronics techs maintain elsewhere.
3. Professional, scientific, and technical services — systems integrators and engineering consultancies who deploy automation at client sites.
4. Transportation equipment manufacturing — automotive OEMs and tier-one suppliers.
5. Plastics and rubber product manufacturing — high-volume injection molding lines with heavy automation.

Geographic concentration follows the US manufacturing base. The southeast manufacturing belt (Tennessee, South Carolina, Georgia, Alabama, North Carolina) has seen the fastest growth in mechatronics-technician postings over the past five years, driven by foreign-OEM plant builds (BMW Spartanburg, Volkswagen Chattanooga, Toyota Mississippi, Hyundai Georgia, Hankook Tennessee). Michigan and Ohio remain anchors of legacy automotive demand. Arizona, Texas, and New York are seeing surges from semiconductor fab construction (TSMC Phoenix, Samsung Texas, Micron upstate New York).

Top employers actively hiring mechatronics technicians

The following companies appear most frequently in mechatronics-technician postings on Indeed, LinkedIn, and the public OEM career portals as of 2026. This is not exhaustive — every large manufacturer hires for this role — but these are the most consistent hiring pools:

• Automotive OEMs: Toyota (especially Mississippi, Kentucky, Texas plants), BMW (South Carolina), Volkswagen (Chattanooga), Hyundai/Kia (Georgia, Alabama), Ford EV (Tennessee, Michigan), Tesla (Texas, Nevada, California), Rivian (Illinois), Stellantis (Michigan).
• Tier-one automotive suppliers: Bosch, Denso, Magna, Continental, Aisin, ZF — usually within 100 miles of an OEM cluster.
• Semiconductor: Intel (Arizona, Ohio), TSMC (Arizona), Samsung (Texas), Micron (Idaho, New York), GlobalFoundries (New York, Vermont), Texas Instruments (Texas, Utah).
• EV battery plants: BlueOval SK (Kentucky, Tennessee), Ultium Cells (Ohio, Tennessee, Michigan), AESC (Tennessee, Kentucky, South Carolina), Envision (Kentucky, South Carolina).
• Aerospace: Boeing, Lockheed Martin, Northrop Grumman, Raytheon, GE Aerospace, Honeywell Aerospace.
• Logistics automation: Amazon (Amazon Robotics maintenance and operations technicians at fulfillment centers nationwide), Symbotic, Walmart automated DCs.
• Pharmaceutical / biotech: Pfizer, Merck, Eli Lilly, Johnson & Johnson, Amgen, Lonza.
• Food and beverage: PepsiCo, Coca-Cola, Tyson Foods, Nestle, Mars, Kraft Heinz, Conagra.
• Packaging OEMs: Pro Mach, Coesia, Tetra Pak — both manufacturing roles and field-service technician roles.
• Automation OEMs (field service): Rockwell Automation, Siemens, ABB, Schneider Electric, Beckhoff — these are higher-pay travel-heavy roles.

State workforce-development boards in TN, SC, KY, IN, OH, MI, GA, AL, TX, and AZ publish active mechatronics-apprenticeship rosters — searching "state name mechatronics apprenticeship" finds them.

How to become a mechatronics technician: the step-by-step

Step 1 — Pick a credential path (month 0)

Three viable paths, in order of how common they are:

• AAS in Mechatronics or Industrial Automation at a regionally accredited community college (most common). Best fit for high-school graduates, career changers, and anyone willing to spend two years on full-time study. Tuition is typically $2,500–$6,000 per year for in-state students. Often Pell-grant-eligible. See our AAS programs guide for school-level options.
• Industry certifications + employer-sponsored apprenticeship. Best fit for working adults who can earn an income immediately and don't want full-time school. Stack MSSC CPT-MT (4-8 weeks), Siemens SMSCP Level 1 (3-6 months at a partner school), then enter an employer-sponsored Department of Labor Registered Apprenticeship. Major OEMs (Toyota T-TEN, BMW Scholars, Caterpillar ThinkBIG) run formal versions.
• Military experience to civilian role. Veterans with electronics, avionics, nuclear-mechanical, or industrial-maintenance MOS codes transition cleanly. MOS-to-civilian translation programs (CCAF for Air Force, COOL programs for Army, Navy, Marines) often credential pre-existing skills into civilian certifications.

Step 2 — Enroll or apply (month 0-2)

For AAS path: most community colleges have rolling enrollment with fall, spring, and summer start dates. The strongest mechatronics AAS programs in the US (by employer-pipeline and Siemens/PMMI partner status) include Spartanburg Community College (SC), Greenville Technical College (SC), Motlow State Community College (TN), Alamance Community College (NC), Delta College (MI), Anne Arundel CC (MD), and Northland Community & Technical College (MN). See our full AAS directory.

For apprenticeship path: apply through the employer's career portal (Toyota T-TEN, BMW Scholars, etc.) or through your state's apprenticeship.gov registered programs.

Step 3 — Build your credential stack during school (months 2-22)

During the AAS, work toward the credentials your local employers ask for. Look at three local job postings, list the certifications each names, and prioritize stacking those.

Almost universal: MSSC CPT (all four modules) and an OSHA 10-hour General Industry safety credential.

Industry-specific: Siemens SMSCP Level 1 (manufacturing-broad), PMMI Mechatronics (packaging vertical), Rockwell ControlLogix fundamentals (Rockwell-heavy plants), FANUC Robot Operator (automotive welding cells).

Step 4 — Land the first job (months 18-24)

Most AAS programs have placement rates above 85% for active graduates within 90 days. The placement engine is the program's industry advisory board: your instructors will introduce you to local plant maintenance managers. Show up to local SME (Society of Manufacturing Engineers) and IEEE student chapters. Career fairs at the community college matter more than university career fairs because plant hiring managers attend them in person.

Starting wage for a fresh AAS graduate runs $48K–$58K base in most US metros, plus shift differential and overtime. Some apprenticeship-conversion roles (where the apprenticeship sponsor hires the graduate as a regular employee) start higher — $55K–$65K — because the employer has already invested in the candidate.

Step 5 — First-year priorities once you are in role

• Get cleared on lockout/tagout (LOTO) procedures and stay rigid about them. Most workplace injuries in this role trace back to LOTO shortcuts.
• Pick one platform (the one your plant uses most) and go deep. Rockwell ControlLogix, Siemens TIA Portal, or a specific robot brand. By month 12 you want to be the person other technicians call when that platform is the problem.
• Network internally with the controls engineers and process engineers. The technicians who move into engineering-tier roles are the ones who have built reputations with the engineering team.
• Earn one additional certification per year. Vendor-specific certifications (FANUC Maintenance, Rockwell certificate of completion, Beckhoff TwinCAT) carry real pay weight.

The skills checklist: hardware, software, and the soft skills that matter

Derived from O*NET technology-skills data for SOC 17-3024 and current job-posting analysis:

Hardware fluency (table stakes)

• PLCs: Allen-Bradley / Rockwell ControlLogix and CompactLogix (US discrete manufacturing). Siemens S7-1200, S7-1500 (global, growing US share, dominant in process). Mitsubishi (semiconductor). Schneider Modicon (legacy industrial).
• HMIs and SCADA: FactoryTalk View (Rockwell), Siemens WinCC, Ignition (Inductive Automation), Wonderware / AVEVA InTouch.
• Drives and motors: AC induction, AC servo, BLDC, stepper. Drive families: Allen-Bradley PowerFlex, Siemens Sinamics, Yaskawa, ABB ACS.
• Sensors: proximity (inductive, capacitive, photoelectric, ultrasonic), vision (Cognex, Keyence), pressure / flow / temperature transmitters, encoders, RTDs and thermocouples.
• Robots: FANUC, ABB, KUKA, Yaskawa Motoman, Universal Robots, Kawasaki, Mitsubishi.
• Pneumatics and hydraulics: FRL units, solenoid valves, cylinders, proportional control, basic hydraulic circuits.
• Test instruments: digital multimeter, oscilloscope, megohmmeter, signal generator, thermal imager.

Software / development environments

Per O*NET top-cited tools for 17-3024:

• CAD: AutoCAD Electrical, SolidWorks, Creo Parametric.
• Industrial control: Studio 5000 (Rockwell), TIA Portal (Siemens), Codesys, RSLogix 500.
• Programming: C/C++, Python, LabVIEW for test fixtures.
• Office: Microsoft Office (Excel especially — for trend analysis).
• Analysis: MATLAB, Simulink.
• ERP/PLM: SAP, Oracle Agile PLM.

Soft skills the senior techs actually rate

• Methodical troubleshooting under time pressure. A stopped line costs money by the minute; staying systematic when production is screaming for an answer is the single biggest predictor of who moves up.
• Documentation. A technician who closes work orders cleanly, redlines schematics when wiring changes, and writes coherent shift notes is worth two who do not.
• Cross-shift communication. Most automation problems span shifts — being the person who hands off well moves you toward lead technician.
• Comfort with engineers without being intimidated. You will spend a lot of time saying "your design has this assumption that does not hold on the floor"; you need to do it credibly.

Career growth: where the role goes from here

The natural progression for a mechatronics technician (with rough pay anchors based on BLS OEWS percentile data plus posted industry survey data):

1. Mechatronics Technician I (entry, 0-2 yrs): $48K–$58K base.
2. Mechatronics Technician II / III (2-7 yrs): $60K–$75K.
3. Senior / Lead Mechatronics Technician (7+ yrs): $75K–$92K.
4. Maintenance Supervisor (manages 4-10 technicians): $80K–$105K. Path requires people-skills fluency, not just technical depth.
5. Controls / Automation Specialist (specialist track, no people-management): $80K–$110K. Path requires deep platform expertise.
6. Engineering-tier roles (controls engineer, automation engineer) — requires an ABET-accredited BS in mechatronics, electrical, or mechanical engineering. Pay step is significant: typical entry-level engineer pay sits $15K–$30K above senior technician pay (BLS OEWS comparison of SOC 17-3024 vs 17-2199 / 17-2141 medians).

The bridge from technician to engineer is the part most candidates underestimate. The AAS does not transfer credit-for-credit into an ABET-EAC engineering BS at most universities, because engineering-technology coursework is not the same as engineering-science coursework. Two clean paths:

• ABET-ETAC BS in Mechatronics Engineering Technology. Most AAS credits transfer. Graduates work as engineering technologists or engineers. Roughly 30 states accept ETAC graduates for PE licensure with extra qualifying experience (NCEES state matrix).
• ABET-EAC BS in Mechatronics or Mechanical Engineering. Clean PE-eligibility path. AAS credits transfer for general-education requirements but not the engineering core. Often pursued part-time with employer tuition support.

See our full AAS-to-BS transfer guide for school-by-school transfer details.

Job market outlook through 2034

BLS projects employment of SOC 17-3024 to grow 1% from 2024 to 2034 — slower than the all-occupation average of about 4%. The projection assumes ~1,300 openings per year, the majority from replacing workers who retire or leave the field, not from net new role creation.

The projection should not be read as the whole story. Three structural trends are running underneath the headline number:

• Reshoring and CHIPS Act manufacturing buildout. US semiconductor fabs under construction (TSMC Arizona, Samsung Texas, Micron New York, Intel Ohio) will need thousands of mechatronics-grade technicians as they ramp through 2026-2030. These are net-new roles not yet fully captured in the BLS projection.
• EV battery plant construction. Roughly 30 announced US battery plants are scheduled to come online through 2028. Each plant typically employs 200-400 technicians on the maintenance and automation side at full ramp.
• Aging workforce. The median age of US manufacturing maintenance workers is approximately 47 per BLS Current Population Survey data; large retirement waves are pulling experienced technicians out faster than schools are producing AAS graduates. The replacement-driven openings number understates real demand at many specific plants.

The risk side: routine work that is purely about following PM checklists and replacing parts is the area most automatable. Predictive-maintenance software, drone-mounted inspection, and IIoT sensor networks shift some routine tasks to algorithms. The technicians whose work is heaviest on PLC programming, system integration, and judgment-based diagnosis are the safest.

Mechatronics technician vs adjacent roles

Pitfalls and things to know before committing

• Shift work is the default, not the exception. Most large plants run 24/7 and new mechatronics technicians start on second or third shift. Plan for at least 1-3 years of off-shift work before earning seniority for day shift.
• The AAS does not lead to PE licensure directly. If you might want to work as an engineer later, choose an AAS that articulates with an ABET-ETAC BS or plan for an EAC BS — don't enroll in a non-articulating AAS and discover it later.
• Avoid for-profit AAS programs with weak placement. Many advertise "mechatronics" programs that don't have actual industry partnerships. Verify the school's industry advisory board roster and 90-day placement rate before enrolling.
• "Mechatronics technician" job postings sometimes pay below the BLS median. Small job shops and contract maintenance firms may pay $40K-$50K for roles that elsewhere pay $60K+. Look at three local job postings before settling on a salary expectation.
• Geography matters for opportunity. The role is concentrated in manufacturing belts. In states without a manufacturing base, openings are sparse and the role often requires relocation.

Sources & methodology

All wage and employment data on this page is sourced from primary US government publications, retrieved 2026-05-19:

• BLS Occupational Outlook Handbook — Electro-Mechanical and Mechatronics Technologists and Technicians (SOC 17-3024). May 2024 OEWS release; 2024-2034 employment projections.
• BLS Occupational Outlook Handbook — Mechanical Engineering Technologists and Technicians (SOC 17-3027).
• O*NET OnLine — 17-3024.00 Electro-Mechanical and Mechatronics Technologists and Technicians. Task list, technology skills, knowledge areas, and education distribution sourced from this page.
• BLS OEWS National Industry-Specific Occupational Employment and Wage Estimates. Industry-level employment counts.
• apprenticeship.gov. DOL Registered Apprenticeship records for mechatronics-related programs.

Pay percentiles between the published 10/50/90 anchors (25th and 75th) are interpolated. Top-employer lists are compiled from public career-portal postings on Indeed, LinkedIn, and direct OEM sites as of 2026-05-19; inclusion is not endorsement.