The survey technician job outlook is positive: BLS projects employment of surveying and mapping technicians — the occupation that covers survey technician work — to grow 6 percent from 2025 to 2035, from about 58,800 jobs to about 62,200.
That is faster than the 3 percent average for all occupations, with about 6,900 openings a year, many of them to replace workers who leave the occupation — retiring or moving into other work.
Drones and other advancements are making some survey work more efficient; BLS still expects technicians to be needed to review and interpret their output.
What does BLS project for survey technicians?
One federal occupation covers this work: surveying and mapping technicians, SOC 17-3031.
BLS's Occupational Outlook Handbook defines them as the workers who collect data and make maps of the Earth's surface, assisting surveyors, cartographers and photogrammetrists.
For the day-to-day role, our survey technician career guide has the full picture.
The Handbook counts about 58,800 jobs in 2025, and that outlook count includes self-employed workers, who make up about 1 percent of the occupation.
Growth is the first half of the outlook: BLS projects employment to grow 6 percent from 2025 to 2035, faster than the 3 percent average it projects for all occupations.
That takes the occupation from about 58,800 jobs to about 62,200.
Openings are the second half: about 6,900 openings for surveying and mapping technicians are projected each year, on average, over the decade.
Many of them are expected to replace workers who leave the occupation — retiring or moving into other work.
Where the jobs sit, per BLS's 2025 breakdown:
- Architectural, engineering and related services — 60%. BLS notes many technicians work for firms providing engineering, surveying and mapping services on contract.
- Local government, excluding education and hospitals — 11%. BLS notes technicians here may work for highway or planning departments.
- Other support services — 9%.
- Utilities — 4%.
- Self-employed workers — 1%.
Read together: an occupation growing faster than the economy-wide average, with about 6,900 openings projected each year and many of them tied to replacement.
The next section takes up where those vacancies come from.
Why are firms short of crew members?
Start with what the data does and does not show: our research found no federal statistic called a survey technician shortage, so the honest answer starts with what the projections do measure.
BLS expects many of the about 6,900 openings each year to result from the need to replace workers who transfer to different occupations or exit the labor force, such as to retire.
Retirement is only part of the churn.
People also transfer out to other occupations, and the job they leave is demanding work.
In O*NET's work-context survey, 44 percent of surveying and mapping technicians said they work outdoors exposed to all weather every day, and 52 percent reported typical work weeks of more than 40 hours.
Another 92 percent said being exact or accurate is extremely important.
Entry is accessible, and that shapes the supply side: BLS lists a high school diploma or equivalent as the typical entry-level education (2025 data), with no related work experience required and moderate-term on-the-job training.
The employer's side of this is its own subject: our guide to the surveyor shortage covers the hiring view.
Will robotics, drones and AI replace survey technicians?
BLS addresses this directly: although drones and other advancements make some aspects of survey work more efficient, technicians will continue to be needed to review and interpret the output of those technologies to ensure accuracy and completeness.
Automation is not a future scenario in this trade.
BLS describes surveyors already using handheld GPS units alongside robotic total stations — instruments that automate positioning of the telescope.
The occupation's task list is absorbing drone work as it matures.
O*NET's 2026 task list for surveying and mapping technicians includes using drone technology to capture aerial images or video for mapping, and BLS notes technicians may use drones to take photos and may use CAD software in their work.
What the tools change, in BLS's framing, is efficiency on the task side, while the review-and-interpret work stays with people.
That is a projection about an occupation, not a promise about any individual job.
The deeper AI question — which tasks machine learning can actually take over, and which work stays with licensed professionals — is its own topic: our AI and the future of surveying guide takes it apart.
Which tech specialties are growing?
The strongest growth figure in the technician neighborhood belongs to cartography and photogrammetry: BLS projects 7 percent growth from 2025 to 2035, much faster than the average for all occupations, with about 900 openings a year.
That occupation held about 14,700 jobs in 2025 — 41 percent in local government and 22 percent in architectural, engineering and related services.
It is also a documented step up: BLS notes mapping technicians with more education or experience may advance into cartography or photogrammetry jobs.
The field-side bridge is licensure.
BLS says survey technicians with many years of experience and formal training may be able to become licensed surveyors, and some surveyors begin as technicians and become licensed after many years of experience under a licensed surveyor's direction.
Requirements vary by state, so the board in the state where you plan to practice is where any licensure plan starts.
Drone work, covered above, is arriving as tasks inside the technician occupation itself.
On the office side, drafting grows more slowly: BLS projects 1 percent growth for drafters overall from 2025 to 2035 — a figure covering all types of drafting, not survey drafting alone.
Career information, not legal, tax or licensing advice — licensure routes vary by state, so confirm the current requirements with your state's licensing board before you plan around them.