Rotary Drill Operators, Oil and Gas
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Set up or operate a variety of drills to remove underground oil and gas, or remove core samples for testing during oil and gas exploration.
The automation risk for the occupation "Rotary Drill Operators, Oil and Gas" is considered moderate at 27.1%, closely reflecting the base risk of 27.5%. This level of risk is determined by evaluating how many of the occupation’s core tasks can be effectively replaced or performed by automated systems and machinery. The relatively low risk compared to highly repetitive or predictable jobs is due to the unique, variable, and physically demanding nature of many tasks involved in oil and gas drilling operations. While certain monitoring and routine operational tasks are susceptible to automation, a substantial portion of the job requires human intervention for decision-making and adaptability in complex environments. Among the most automatable tasks for rotary drill operators are training crews and introducing standardized procedures to improve safety and efficiency. These activities can often be supplemented by automation through interactive training software and procedural enforcement systems. Additionally, monitoring pressure gauges and adjusting controls is highly automatable through the use of advanced sensors and remotely controlled drilling rigs, which can be programmed to maintain optimal conditions. Counting sections of drill rod to determine drilling depth is also a task that can be automated with electronic logging and measurement systems, reducing the need for continuous manual intervention. Conversely, some aspects of the job remain resistant to automation due to their requirement for manual dexterity, situational awareness, and judgment under unpredictable conditions. Tasks such as plugging observation wells and restoring sites involve nuanced problem-solving and adaptability, which are difficult to program into machines. Positioning and preparing truck-mounted derricks at drilling points specified on field maps is physically demanding and location-specific, often requiring adjustments based on real-world conditions. Finally, lining drilled holes with pipes and installing necessary hardware demands a level of precision and flexibility that current automation struggles to match. Bottleneck skills like originality—measured at 2.5% and 2.6%—further limit automation, as innovative problem-solving remains a vital human contribution in complex drilling operations.