Coin, Vending, and Amusement Machine Servicers and Repairers
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Install, service, adjust, or repair coin, vending, or amusement machines including video games, juke boxes, pinball machines, or slot machines.
The occupation "Coin, Vending, and Amusement Machine Servicers and Repairers" has an automation risk of 42.6%, which closely aligns with its base risk of 43.1%. This risk assessment suggests that a substantial portion of the work performed in this role is susceptible to automation, but not to the extent of some more repetitive or routine jobs. The top three tasks most likely to be automated include filling machines with products and supplies, inspecting machines and meters for minor problems, and testing machines to ensure they are functioning correctly. These duties are often repetitive, rules-based, and involve limited decision-making, making them attractive candidates for mechanization or use of autonomous systems and sensors. However, the automation risk is mitigated by several tasks in the occupation that are comparatively resistant to automation. Installing machines—which often involves making careful water and electrical connections in compliance with local codes—requires a combination of technical proficiency, problem-solving, and adaptation to varying field conditions. Similarly, referring to manuals and wiring diagrams to obtain repair information involves context-sensitive understanding, and transporting machines to new installation sites presents logistical and physical challenges that are not easily automated. These resistant tasks tend to require manual dexterity, technical judgment, and the ability to adapt to unique and changing environments—functions that current automation systems still struggle to replicate effectively. A further bottleneck to automation in this occupation is the relatively high requirement for originality, albeit at a low skill level (2.0%). Jobs that demand even a modest degree of original thought or problem-solving become more challenging to automate completely. In this role, originality is likely needed for troubleshooting non-standard issues, adapting solutions to novel scenarios, or working around unforeseen installation challenges. Since true automation excels mainly in tasks with clear, repeatable parameters, any duty that involves improvisation or novel approaches slows the pace of technological displacement. This skill bottleneck explains why the automation risk, while notable, is not overwhelmingly high and why these jobs retain significant human involvement.