Printing Machinery Development Engineer

いんさつきかいかいはつぎじゅつしゃ

Industry & Occupation

Engineering & Manufacturing

Classification

Summary

A technical role responsible for structural design of printing machinery, control system development, prototype evaluation, and improving print quality and productivity.

Description

Printing machinery development engineers are responsible for developing and improving printing machinery compatible with various printing methods such as offset printing and inkjet printing. Taking into account customer needs and market trends, they conduct mechanism design using CAD, analysis using CAE, control system design using PLC, and assembly and evaluation of prototype machines. In development projects, they collaborate with electrical, software, and production technology departments to optimize quality, cost, and delivery time. Through designs that consider environmental regulations and material properties, they achieve higher printing accuracy and productivity improvements.

Future Outlook

With the digitalization of the printing industry and the introduction of IoT, demand is expanding for advanced automation and reduced environmental impact. Demand for next-generation printing technologies and smart printing machinery development is increasing, and the market value of engineers is expected to continue rising.

Personality Traits

Curious and Inquisitive / Good at Logical Thinking / Patient / Team-Oriented

Work Style

Business Trips / Flexitime / Office-Based Work / Partial Remote Work Possible

Career Path

Mechanical Design Engineer → Product Development Engineer → Project Leader → R&D Manager → Technical Division Leader

Required Skills

CAE Analysis / Control System Design / Drawing Creation (2D/3D) / Knowledge of Strength of Materials and Thermodynamics / Mechanical Design / Prototyping Test Evaluation

Recommended Skills

Cost Design / English Technical Document Reading / Production Technology / Project Management / Quality Control

Aptitudes (Strengths Preferred)

Item Description
Analytical & Logical Thinking Necessary for accurately designing mechanical structures and control logic.
Attention to Detail & Accuracy Necessary because errors in part dimensions or assembly accuracy can lead to machine failures.
Numerical & Quantitative Analysis Necessary for quantitative evaluations such as strength calculations and thermal fluid analysis.
Problem Solving Essential for resolving issues with prototype machines and performance challenges.

Aptitudes (Weaknesses Acceptable)

Item Description
Physical Stamina & Endurance Mainly indoor design and adjustment work with low physical demands.

Related Qualifications

  • CAD Utilization Technician Exam

Aliases

  • Printing Machinery Design Engineer
  • Printing Machinery Engineer

Related Jobs

  • Control Design Engineer
  • Mechanical Design Engineer
  • Mechatronics Engineer
  • Printing Engineer
  • Production Engineer

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