AI Automation Index

Will AI Replace Drilling and Boring Machine Tool Setters, Operators, and Tenders, Metal and Plastic?

Analyze the automation vulnerability, task-level AI risk, salary, and demand projection for Drilling and Boring Machine Tool Setters, Operators, and Tenders, Metal and Plastic. Run the upskilling simulator.

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• Developed & audited by Gini Loh

AI Vulnerability

35% risk score

Median Salary

$49,080 / year

Growth Demand

Low

Constituent Task Mix

We parsed O*NET's 17 constituent tasks for this occupation and classified them by AI threat risk.

High Automation Risk (Routine Tasks) 0%
Medium Automation Risk (Cognitive/Technical) 71%
Low Automation Risk (Strategy/Leadership) 29%

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constituent Tasks

Verify conformance of machined work to specifications, using measuring instruments, such as calipers, micrometers, or fixed or telescoping gauges.

Semi-structured task combining routine and non-routine responsibilities.

Study machining instructions, job orders, or blueprints to determine dimensional or finish specifications, sequences of operations, setups, or tooling requirements.

Semi-structured task combining routine and non-routine responsibilities.

Move machine controls to lower tools to workpieces and to engage automatic feeds.

Semi-structured task combining routine and non-routine responsibilities.

Verify that workpiece reference lines are parallel to the axis of table rotation, using dial indicators mounted in spindles.

Semi-structured task combining routine and non-routine responsibilities.

Establish zero reference points on workpieces, such as at the intersections of two edges or over hole locations.

Complex problem-solving, strategic leadership, or high-empathy task requiring human judgment.

Change worn cutting tools, using wrenches.

Semi-structured task combining routine and non-routine responsibilities.

Select and set cutting speeds, feed rates, depths of cuts, and cutting tools, according to machining instructions or knowledge of metal properties.

Semi-structured task combining routine and non-routine responsibilities.

Position and secure workpieces on tables, using bolts, jigs, clamps, shims, or other holding devices.

Semi-structured task combining routine and non-routine responsibilities.

Observe drilling or boring machine operations to detect any problems.

Semi-structured task combining routine and non-routine responsibilities.

Lift workpieces onto work tables either manually or with hoists or direct crane operators to lift and position workpieces.

Complex problem-solving, strategic leadership, or high-empathy task requiring human judgment.

Turn valves and direct flow of coolants or cutting oil over cutting areas.

Complex problem-solving, strategic leadership, or high-empathy task requiring human judgment.

Install tools in spindles.

Semi-structured task combining routine and non-routine responsibilities.

Perform minor assembly, such as fastening parts with nuts, bolts, or screws, using power tools or hand tools.

Complex problem-solving, strategic leadership, or high-empathy task requiring human judgment.

Operate single- or multiple-spindle drill presses to bore holes so that machining operations can be performed on metal or plastic workpieces.

Complex problem-solving, strategic leadership, or high-empathy task requiring human judgment.

Lay out reference lines and machining locations on work, using layout tools, and applying knowledge of shop math and layout techniques.

Semi-structured task combining routine and non-routine responsibilities.

Sharpen cutting tools, using bench grinders.

Semi-structured task combining routine and non-routine responsibilities.

Operate tracing attachments to duplicate contours from templates or models.

Semi-structured task combining routine and non-routine responsibilities.

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Community Sentiment

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O*NET Methodology

O*NET Data Source

This page dynamically extracts data structures sponsored by the U.S. Department of Labor. Our AI classification applies cognitive task automation risk models to individual tasks.

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