Machine Tool Development Engineer (Excluding Design)

こうさくきかいかいはつぎじゅつしゃ(せっけいをのぞく)

Industry & Occupation

Engineering & Manufacturing

Classification

Summary

Technical role responsible for developing control systems for machine tools, performance verification, prototype fabrication, etc. Unlike the design department, it does not perform detailed mechanical structure design and specializes in control logic and test evaluation.

Description

Machine Tool Development Engineer (Excluding Design) utilizes CNC (Numerical Control) and PLC (Sequence Control) to develop and optimize control systems and processes for machine tools, and handles prototyping, verification, and evaluation of prototypes. Detailed mechanical structure design is handled by the design department, so the main tasks include control algorithms, sensor data processing, FI software development, and analysis and improvement of machining accuracy. It also includes reliability testing toward commercialization, maintainability evaluation, and support for adjustments and startup during mass production, requiring knowledge spanning machinery, electricity, and control.

Future Outlook

With the advancement of smart factories and IoT adoption, demand for high-precision control and big data analysis is increasing. Due to the sophistication of automation technology, highly specialized personnel are required.

Personality Traits

Good at Logical Thinking / Has Patience / Strong Sense of Responsibility

Work Style

In-house Lab Work / Manufacturing Plant Experiments / Product Launch / Team Projects

Career Path

Junior Development Engineer → Development Engineer → Senior Development Engineer → Test Leader → Development Manager → Product Development Director

Required Skills

Basic CAD/CAE Knowledge / CNC Programming / Control Theory / Measurement Analysis / PLC Programming

Recommended Skills

IoT and Sensor Understanding / Programming / Project Management / Reading English Technical Documents

Aptitudes (Strengths Preferred)

Item Description
Analytical & Logical Thinking Essential for analyzing and optimizing complex control parameters.
Attention to Detail & Accuracy Required because micron-level machining accuracy management is needed.
Learning Agility & Knowledge Acquisition Need to quickly acquire new technologies and machining methods.
Numerical & Quantitative Analysis Quantitative analysis of machining conditions and control parameters is important.
Problem Solving Necessary for identifying causes of malfunctions and devising improvement measures.

Aptitudes (Weaknesses Acceptable)

Item Description
Physical Stamina & Endurance Mainly desk work and laboratory tasks.

Related Qualifications

  • CAD Utilization Engineer Examination
  • Fundamental Information Technology Engineer
  • Mechanical Maintenance Skills Master

Aliases

  • Machine Tool Development Engineer
  • Process Development Engineer

Related Jobs

  • Control Systems Engineer
  • Machine Tool Design Engineer
  • Production Technology Engineer
  • Test Engineer

Tags

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