How to Become an Electronics Technician: Career Guide

Electronics technicians install, test, repair, and maintain electronic equipment and systems. It's a broad field that touches almost every industry — from manufacturing plants running automated production lines to hospitals relying on biomedical devices to airlines keeping avionics systems operational. If you enjoy understanding how things work at the circuit level and solving problems with a multimeter in hand, this career offers strong wages, diverse specializations, and growing demand driven by automation and IoT.

What Electronics Technicians Do

The daily work depends heavily on your specialization, but the core skills are consistent: reading schematics, using test equipment (oscilloscopes, multimeters, signal generators), diagnosing faults to the component level, soldering, and replacing or repairing electronic assemblies.

Industrial electronics technicians maintain and repair control systems in manufacturing facilities — PLCs (programmable logic controllers), motor drives, sensors, HMIs (human-machine interfaces), and automated production equipment. When a production line goes down, you're the one who gets it running again.

Biomedical electronics technicians (BMETs) service medical equipment in hospitals and clinics — patient monitors, infusion pumps, ventilators, imaging systems, and surgical equipment. The work requires precision and a strong understanding of safety standards, since equipment failures can directly affect patient care.

Avionics technicians work on electronic systems in aircraft — navigation, communication, flight control, radar, and instrument systems. The aerospace industry has strict certification requirements and high standards, but the pay and job security reflect that.

Telecommunications technicians install and maintain the equipment that powers phone networks, internet service, and data transmission — cell tower electronics, fiber optic equipment, network switches, and signal processing systems.

Field service technicians travel to customer sites to install, calibrate, and repair electronic equipment. This is common in industries that use specialized instruments — scientific equipment, industrial controls, medical devices, and broadcasting.

Training Paths

Certificate Programs (9-12 Months)

Electronics technology certificate programs cover the fundamentals: DC and AC circuit theory, semiconductor devices, digital logic, microprocessors, and test equipment operation. Programs typically include significant hands-on lab work where you build circuits, troubleshoot faults, and work with real equipment.

Tuition ranges from $4,000-15,000 at community colleges and technical schools. Certificate programs are the fastest path to entry-level work and provide enough foundation to start specializing on the job.

Browse electronics technology programs on SkillPlum to compare options.

Associate Degree (2 Years)

Associate degree programs in electronics technology go deeper. In addition to the foundational content, they cover industrial controls, PLC programming, networking, instrumentation, and often include specialization tracks (biomedical, industrial, telecommunications). The additional coursework makes you more competitive for higher-paying positions and provides a broader technical foundation.

Community college associate degree programs are typically the best value. Some programs have articulation agreements with four-year universities if you decide to pursue a bachelor's in electrical engineering technology later.

Military Training

The military is one of the largest producers of electronics technicians in the country. The Navy, Air Force, Army, and Marines all offer electronics-intensive MOS (Military Occupational Specialty) roles with extensive training programs. Veterans with electronics experience are highly sought after by employers, especially in avionics, telecommunications, and defense contracting.

Certifications

ETA International

The Electronics Technicians Association (ETA) offers a wide range of certifications across specializations:

CET (Certified Electronics Technician) — general electronics knowledge, offered at Associate, Journeyman, and Senior levels
Fiber Optics Technician (FOT) — fiber optic installation and testing
Renewable Energy Technician — solar PV and wind system electronics
Biomedical Electronics Technician — medical device maintenance and repair

ETA certifications are recognized across industries and demonstrate validated technical competence.

ISCET (International Society of Certified Electronics Technicians)

ISCET offers the Certified Electronics Technician credential with specialization options in consumer electronics, industrial electronics, communications, and computer. The certification involves a written exam and, for some levels, a practical skills assessment.

Industry-Specific Certifications

AAMI certification — for biomedical equipment technicians working in healthcare
FAA Airframe and Powerplant (A&P) — required for avionics technicians who work directly on aircraft
IPC certifications — for technicians who do PCB assembly and soldering work (IPC-A-610, J-STD-001)

Wages

Electronics technician wages are solid and vary significantly by specialization:

Entry-level (general electronics): $18-23/hour
Experienced (industrial/manufacturing): $26-35/hour
Biomedical technician: $25-38/hour
Avionics technician: $30-42/hour
National median (all electronics technicians): roughly $30/hour (~$60,400/year)

Avionics and biomedical specializations consistently pay the most due to the critical nature of the equipment and the additional certifications required. Industrial electronics techs in automation-heavy facilities also earn premium wages, especially those with PLC programming skills.

Overtime is common in manufacturing environments and for field service techs, adding 10-20% to base compensation.

Job Outlook

The BLS projects modest growth for electronics technicians overall, but the numbers mask significant variation by specialization. Automation, robotics, and IoT (Internet of Things) are creating strong demand for technicians who can install, program, and maintain smart manufacturing systems.

Every factory that adds a robot, every building that installs a smart HVAC system, every hospital that upgrades its patient monitoring — all of it needs electronics technicians. The convergence of electronics with networking and software means the most in-demand techs are those who understand not just circuits but also PLCs, networking protocols, and data systems.

The renewable energy sector is another growth driver. Solar installations, battery storage systems, and EV charging infrastructure all rely on power electronics that need installation and maintenance.

Read our trade school vs. apprenticeship comparison to understand how electronics programs compare to other vocational training paths.

Getting Started

Enroll in an electronics technology program — Browse electronics technology programs on SkillPlum to compare schools by cost, duration, and specialization options
Build a foundation in circuit theory — whether through formal education or self-study, a solid understanding of DC/AC circuits and semiconductor devices is non-negotiable
Get hands-on experience — build projects, repair broken electronics, set up a home workbench with basic test equipment
Choose a specialization — industrial, biomedical, avionics, and telecom all have different credential requirements and career paths; decide early so you can target your training
Earn industry certifications — ETA or ISCET credentials validate your skills and give you a competitive edge with employers

Explore the electronics technician career path on SkillPlum for the full picture, or search electronics technology programs to find training near you.