Millwrights

Millwrights do many hands-on tasks and, so far, only some steps use automation. For example, heavy machinery alignment and welding can involve laser-guided robot arms that bolt or weld parts together with great precision ^[1]. Sensors and data tools can also watch machines and alert millwrights to parts wearing out before they fail ^[1].

Even so, experts emphasize that people still run the show. One industry article notes that “human element remains invaluable” for overseeing these systems ^[1]. In practice, new tech tends to help millwrights – for instance, augmented reality (AR) apps can overlay manuals and instructions onto equipment, so a worker fixes things faster and with fewer mistakes ^[2].

In short, robots and AI tools are starting to take on repetitive alignment or inspection work, but skilled workers must interpret the data, make judgment calls, and handle surprises. A recent report even found that adding automation in manufacturing did not lead to widespread layoffs; companies still needed their trained tradespeople ^[3].

AI and robotics can boost millwright work, but adoption is steady rather than sudden. These systems can be costly and specialized, so industries add them gradually. For example, high-volume factories (like cars or electronics) use robotic welders and automated cranes, but one-off jobs in factories or power plants usually rely on people.

U.S. labor data shows millwright jobs growing about 15% from 2023–2033 (much faster than average) ^[4], meaning companies still need many technicians on site. Factors like upfront costs, safety regulations, and the need for flexible skills keep full automation in check. At the same time, employers want workers who can use new tech – sensors, AR, or simple programming – so learning these tools can make millwrights especially valuable.

In short, AI and robots are augments to the trade, not complete replacements. Practical skills like troubleshooting, physical dexterity, and teamwork remain crucial, while new tools help millwrights work more safely and efficiently ^{[1] [3]}.