Photo: NASA Kennedy Space Center / NASA/Ben Smegelsky (Public domain)
Job description
The job sits just below a full engineer on a project team: technicians troubleshoot routine equipment problems independently but escalate anything outside established procedure to engineering staff, and they keep careful documentation of drawings, logs, and test reports along the way. Work moves between a lab or office bench and site visits to a plant or field location to gather measurements firsthand. Because this is a catch-all title covering many specializations, the exact daily mix depends heavily on which kind of engineering project the technician is supporting, though the pace is generally set by that larger project rather than by the technician alone.
Pros
- Pay tops out near $118k without requiring a full engineering degree
- Mix of lab, workshop, and field work breaks up the day instead of one fixed setting
- Clear, established procedures mean less ambiguity about what a task requires
Cons
- Job growth is projected at just 1.5%, slower than the broader job market
- Above-average hours are common, often exceeding a standard 40-hour week
- Work follows engineers' project timelines, leaving limited control over deadlines or priorities
A typical day
The day starts in the test lab, calibrating a load frame before running stress tests on a batch of prototype brackets, logging every reading against the spec sheet. Late morning goes to CAD, updating a fixture drawing after yesterday's test showed a clamp interfering with a sensor. After lunch the technician troubleshoots a data-acquisition rig that keeps dropping a channel — swapping cables, isolating the fault, documenting the fix. The last hour is spent writing up results in a report an engineer will sign, with photographs and raw data attached because in this work, undocumented results never happened.
Tasks at the job
- Assist engineers by preparing technical drawings, models, or specifications for a project.
- Set up, calibrate, and operate testing equipment to evaluate materials, prototypes, or systems.
- Collect and record data from experiments, inspections, or field measurements.
- Troubleshoot equipment or process problems and report findings to engineering staff.
- Maintain accurate technical documentation, including drawings, logs, and test reports.
- Assist with the installation, maintenance, or repair of engineering systems and equipment.
Workplace & working conditions
Work splits between a lab, workshop, or office and field or plant visits to inspect equipment or gather measurements firsthand.
The work follows established technical procedures and standards closely, leaving less room for independent judgment than an engineer's role, though initiative is expected in troubleshooting routine issues. Deadlines track the pace of the larger engineering projects the technician supports.
Education necessary or common
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Common college majors
Licenses & certifications
- OSHA 10
- Certified Engineering Technician (NICET or ASCET pathways)
- Equipment-specific certifications from employers
Career path
Courses to take
- Physics — the working science of nearly every test bench
- Algebra II and Trigonometry — technician math is constant and practical
- Drafting/CAD — technical drawings are the job's native language
- Electronics or shop classes — hands-on troubleshooting starts here
- Computer Applications — data logging and reporting are digital
Clubs, activities & competitions
- SkillsUSA — engineering technology competitions
- FIRST Robotics or VEX — build, test, fix, repeat
- TSA (Technology Student Association)
- A hands-on hobby with documentation: 3D printing, RC aircraft, electronics
First steps you can take now
- Take the most hands-on technical class your school offers next term
- Build something with a measurable spec (a bridge model, a sensor rig) and test it to failure
- Visit a community college engineering technology program and ask about co-ops
- Learn basic CAD free (Onshape and Fusion 360 have student licenses)
