When Will AI Replace Géomètre géodésien ?

By 2030, an estimated 40% of Geodetic Surveyor tasks will be automated. This transformation begins sooner for some, with junior surveyors and field technicians performing primarily data collection facing potential impacts as early as 2026. This early wave will likely target routine data acquisition and initial processing.

The mid-wave of automation, extending into the early 2030s, will see AI taking on more sophisticated data processing, including GPS/GNSS measurements and the generation of basic survey reports. This phase will require a shift in focus for many professionals.

Senior geodetic surveyors with specialized expertise in complex projects, regulatory compliance, and niche applications like subsidence monitoring or offshore positioning can anticipate a longer runway, potentially extending their careers to 2034 and beyond. Their deep knowledge will remain invaluable.

Junior surveyors and field technicians whose roles are heavily focused on routine data collection and basic processing are most vulnerable to early AI automation. These tasks, such as standard GPS/GNSS data acquisition, are prime candidates for technological replacement.

Senior geodetic surveyors possessing expertise in complex geodetic control networks, legal boundary determinations, specialized engineering applications, regulatory compliance, and advanced deformation analysis are best positioned for long-term career security. Their roles involve critical thinking and problem-solving beyond current AI capabilities.

To adapt and thrive, focus on developing advanced skills in areas AI cannot replicate, such as complex project management, legal expertise in boundary determination, and specialized engineering applications. Embrace new technologies like drone surveying and LiDAR, but focus on their interpretation and integration.

Upskill in AI-powered data processing and analysis tools. Focus on roles that require advanced interpretation, regulatory understanding, and client consultation. The key is to move from data collection to high-level analysis and strategic application of geodetic data.