Cutting Conditions × Strengths: Numerical & Quantitative Analysis
For Those with Strong Numerical & Quantitative Analysis
This collection features jobs that may suit those who are relatively comfortable working with numbers and formulas and conducting quantitative analysis.
Mathematical thinking is utilized in various situations. It may involve performing complex calculations or interpreting data trends. Statistical analysis may be conducted, or mathematical models may be constructed. Some situations require advanced mathematical knowledge, while others utilize a basic sense of numbers.
The jobs introduced here tend to offer more opportunities to utilize numbers and quantitative analysis. Find a place where you can apply your mathematical strengths.
17 jobs found.
Computer Adjuster (In Manufacturing Process)
In the manufacturing process, this occupation involves inputting, adjusting, and managing programs for numerically controlled machine tools to maintain and improve product accuracy and productivity.
Jig Boring Operator
Specialist who operates jig boring machines using machine tools to perform high-precision hole drilling and finishing.
Numerical control metalworking machine operator
Specialist who operates metalworking machines equipped with numerical control devices to perform cutting, drilling, grinding, etc. on metal parts.
Precision Machinery Manufacturing Engineer
Specialized technical role that machines and manufactures high-precision parts using machine tools and CNC, ensuring quality through measurement and inspection.
Milling Finisher (Metal Processing Industry)
A job that uses a milling machine to perform finishing processes on metal parts. Advances cutting processes while ensuring dimensional and shape accuracy.
Machining Center (MC) Operator
A job that operates CNC machining centers to perform cutting and finishing of metal parts. Handles program editing based on drawings, tool setup, changeover, and inspection after processing.
Machining Center Programmer
A technical job that creates NC programs using CAM software based on machining drawings to optimize and increase the efficiency of cutting processes on machining centers.