Instrumentation Monitoring × Strengths: Attention to Detail & Accuracy
For Those Strong in Attention to Detail & Accuracy
This collection features jobs that may suit those who are relatively comfortable paying attention to details and working accurately.
Situations requiring accuracy exist in many jobs, but their degree and nature vary. Some situations demand numerical accuracy, while others require precision in language or movement. While pursuing perfection is important, discerning the appropriate level of accuracy for each situation is also a valuable skill.
The jobs introduced here tend to offer more opportunities to utilize attention to detail and accuracy. Explore where your thoroughness can create value.
7 jobs found.
Synthetic Fiber Raw Material Manufacturing Equipment Operator
This occupation involves operating, monitoring, and maintaining equipment that manufactures polymers, the raw materials for chemical fibers.
Water Supply Pump Operator
This occupation involves operating, monitoring, and inspecting water supply pumps to maintain a stable water supply.
Metal Roasting Equipment Operator
Production equipment operator responsible for roasting metal ores or sulfide ores at high temperatures to alter their chemical composition.
Internal Combustion Engine Operator (Private Power Generation)
This occupation involves operating generators using internal combustion engines to stably supply power as a private power source for buildings and facilities.
Fuel Oil Production Equipment Operator (Oil Refining Industry)
Equipment operator who operates and monitors oil refining plants, distilling and processing crude oil to produce fuel oil.
Plant Operator (Petrochemical Industry)
A job that operates and monitors production equipment in petrochemical plants, safely and efficiently maintaining and managing the reaction and separation processes of raw materials.
Roll Calender Worker (Plastic Product Manufacturing)
Operates roll calender equipment to manufacture plastic films and sheets, producing products with specified thickness and surface properties through heating, calendering, and cooling.