IoT Smart Factory × 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.
Socks Knitting Machine Adjuster
This occupation involves operating, setting up, and adjusting knitting machines that produce socks to maintain product quality.
Factory Owner (Owner with Employees)
Employs employees to manage a manufacturing plant, overseeing a wide range of tasks such as production planning, quality control, cost management, and human resource management.
Compression (Compression) Molding Worker
A manufacturing job that involves loading raw materials of thermosetting plastic into a mold, heating and pressurizing to form into a specified shape.
Camera Production Engineer
Technical role involving the design, improvement, and operation of manufacturing processes that support mass production of cameras (photographic equipment).
Pharmaceutical Machinery Design Engineer
A technical position that handles the conceptualization, design, prototyping, and evaluation of mechanical equipment for pharmaceutical plants and production lines.
Automatic Bulb and Electron Tube Assembly Operator
This occupation involves operating and monitoring automatic assembly equipment in the manufacturing process of light bulbs and electron tubes to ensure product quality.
Transport Equipment Manufacturing Engineer (Excluding Automobiles)
Specialized technical role that manages and improves the entire manufacturing process of transport equipment such as aircraft, ships, and railway vehicles excluding automobiles, to establish mass production systems and improve quality.