Analytical & Logical Thinking × Recommended Skills: English Technical Document Reading
111 matching jobs found.
Tool Design Engineer
Specialist profession that designs, analyzes, and improves the structure and shape of tools such as molds and jigs used in manufacturing.
Machine Tool Production Engineer
Develops and improves mass production processes for machine tools, achieving high-quality and high-efficiency production through machining condition settings, jig design, and NC programming.
Sequence Control Design Engineer
An engineer who uses PLCs and others to design and program operation sequences for factories and industrial machinery, and handles control panel design, adjustment, and trial operation.
Test Furnace Worker (Ironmaking, Steelmaking)
A job that operates test furnaces in ironmaking and steelmaking processes, melts and analyzes metal samples to evaluate chemical composition and physical properties, and provides data necessary for quality control.
Jig and Tool Design Engineer
Technician who designs and develops jigs, fixtures, and other tools used in manufacturing sites to improve production efficiency and quality.
System Engineer (WEB Site Development)
An engineer who handles the design, development, testing, and operation of websites and web systems based on customer requirements.
Automatic Ticket Gate Design Engineer
Automatic ticket gate design engineers are technical professionals who design the mechanical mechanisms and electrical/control systems of automatic ticket gates used at railway stations and elsewhere.
Automation Machinery Development Engineer
An engineer who designs, develops, prototypes, and launches automation machinery and robot systems for manufacturing lines and factories.
Automotive Engine Mechanic
Specialized technical profession that inspects, disassembles, and assembles automobile engines to maintain and restore performance and safety.
Automotive Wire Harness Routing Design Engineer
A technical position that designs the wiring routes for wire harnesses installed in automobiles, optimizing them while considering space constraints, durability, and productivity within the vehicle.