When Will AI Replace Ingénieurs en eau et assainissement ?

The impact of AI on Water/Wastewater Engineers is unfolding in stages. By 2028, expect around 40% of tasks to be automated. Routine hydraulic calculations, standard treatment plant designs, and regulatory documentation are prime candidates for AI streamlining, with tools like Bentley WaterGEMS and EPANET AI extensions already in use. This transformation is already underway, reshaping daily workflows.

Junior engineers (0-3 years experience) performing calculations and drafting work are most vulnerable to early AI adoption, with impacts potentially starting as soon as 2026. This signifies an immediate need for adaptation and upskilling for those early in their careers. The focus will shift from execution to oversight and complex problem-solving.

Senior engineers with expertise in complex system design, regulatory relationships, and project management can anticipate a longer career runway, potentially extending to 2030 and beyond. While AI will assist them, their roles will evolve to orchestrate these tools and focus on higher-level strategic planning and stakeholder management.

Junior engineers (0-3 years) who primarily focus on routine calculations, drafting, and standard design tasks face the most immediate impact. Their roles are likely to see significant task automation, requiring them to pivot towards more analytical and oversight functions. Early adaptation is key to avoiding career disruption.

Conversely, senior engineers with deep expertise in complex system design, established regulatory relationships, and strong project management skills are better positioned. Their roles demand human judgment and strategic thinking, which AI currently cannot replicate. These professionals can expect their careers to extend well beyond 2030.

You have approximately 3-6 years to adapt, depending on your specialization and willingness to embrace new technologies. The key is to master AI-augmented engineering tools rather than resist them. Focus on developing skills in climate resilience planning, managing smart water networks, and handling complex stakeholder negotiations.

Future water engineers will need to become adept at orchestrating AI design tools and simulation software. Embrace continuous learning and familiarize yourself with platforms like Bentley WaterGEMS and EPANET AI extensions. Proactive upskilling will ensure you remain valuable in an AI-transformed engineering landscape.