20 tasks, each one witnessed by the sources that watched the job — and behind every one, a prompt you can use tonight.
You start by visiting the site early to mark boundaries and check conditions — soil, slopes, fences, and any obstructions. Most mornings you collect field data with GNSS receivers, total stations, drones, or lidar, then review the data for gaps before leaving the site.
Afternoons are often in a trailer or office using AutoCAD Civil 3D, Carlson SurvCADD, or ArcGIS to turn field points into plans and 3D models, write the surveying report, and send notes to engineers or developers about design adjustments. You’ll also update legal records and file measurements that affect permits.
Expect to use GNSS receivers and total stations daily for accurate positions and angles; drones and 3D scanners or lidar several times a week for terrain models. You’ll also use Carlson SurvCADD or AutoCAD Civil 3D to process points and create construction-ready plans.
For mapping and environmental layers use ESRI ArcGIS. For drawings and final plans use Autodesk AutoCAD or Bentley MicroStation. Microsoft Excel and Word are used for tables, reports, and transmittals.
The U.S. Bureau of Labor Statistics (BLS) reports there were about 50,830 surveyors employed and the median annual wage was $75,440. The lowest 10% earned about $46,880 and the highest 10% made about $125,590. These are national figures from BLS; local pay varies with experience, licenses, and region.
Solar projects often pay more than small-plot surveying because of construction schedules and technical demands, but your actual pay depends on certifications (like PLS), software skill, and supervisory responsibilities.
A degree in surveying, geomatics, civil engineering, or a related field helps, but the crucial credential is a state Professional Land Surveyor (PLS) license for signing legal plats and boundary work. Many employers hire technicians without a license for field data collection under supervision.
If you’re starting, aim for an associate degree or certificate and get field experience using GNSS, total stations, and Civil 3D. Work toward surveying licensure by logging field hours and passing state exams.
A solar site surveyor focuses on collecting accurate land and topographic data, defining legal boundaries, and producing survey plans that engineers use. You use GNSS, total stations, drones, Civil 3D, and Carlson to make as-built and existing-condition drawings.
A civil engineering technician or solar designer uses those survey outputs to size foundations, design electrical layouts, or produce construction documents. Designers spend more time in AutoCAD/engineering software creating load calculations and equipment layouts; surveyors produce the base maps and legal documents.
Use AI to speed routine tasks: draft report text, suggest labeling conventions, or flag missing metadata from GNSS files. Always keep the raw field data (RINEX, CSV, or EDM logs) and compare any AI-generated output against your processed points in Civil 3D or SurvCADD.
Do not allow AI to alter coordinates, legal descriptions, or final plats without human verification. For anything that affects boundaries, legal filings, or engineering design approvals, a licensed surveyor must check and sign off.
Learn to collect and check accurate field data. That means getting comfortable with GNSS receivers, total stations, and basic drone flights, and knowing how to inspect point quality and remove blunders before leaving the site.
Second, learn one CAD/mapping system well — AutoCAD Civil 3D or Carlson SurvCADD — because converting points into contours, plans, and legal drawings is what makes your field work useful to engineers and clients.