When Will AI Replace Opérateur de derrick, Pétrole et gaz ?

The automation wave for Derrick Operators in oil and gas is already underway, with significant shifts expected by 2029. AI-driven drilling systems and robotic pipe handlers are transforming operations, impacting routine tasks like pipe racking and well monitoring. This evolving landscape demands proactive adaptation from all levels of the workforce.

The early impact, starting as early as 2027, will primarily affect entry-level derrick hands and floor workers. Autonomous systems are rapidly taking over manual processes. This initial phase sets the stage for broader automation across more complex tasks in the coming years.

By 2029, approximately 45% of all tasks will be automated. Mid-wave transformations will see AI managing well control and optimizing drilling parameters. Experienced toolpushers and drilling supervisors will see their roles evolve, requiring new skills to manage these advanced systems.

Entry-level derrick hands and floor workers are most vulnerable to displacement, with automation impacting their roles as early as 2027. These positions often involve routine, manual tasks that are prime candidates for AI-driven automation and robotic assistance.

Experienced toolpushers and drilling supervisors who adapt and acquire AI system management skills can extend their careers significantly, potentially to 2033. The shift from manual operations to supervising automated rigs creates opportunities for those who embrace new technologies.

The transition from manual drilling operations to automated rig supervision offers a 6-8 year window for workers to adapt. Upskilling into areas like robotic system maintenance, remote operations, and AI-assisted drilling optimization is crucial for career longevity. The oil and gas sector's over $15 billion annual investment in automation underscores this necessity.

Focus on developing skills in robotic system maintenance, where you'll ensure the smooth operation of automated equipment. Remote operations will become increasingly vital, allowing you to monitor and control drilling processes from a distance. AI-assisted drilling optimization will require understanding how to leverage data for improved efficiency and safety.