Crane Development Engineer (Excluding Design)

くれーんかいはつぎじゅつしゃ

Industry & Occupation

Engineering & Manufacturing

Classification

Summary

Technical role that conducts prototyping, evaluation, and testing to enhance the performance and safety of crane machinery. Collaborates with the design department to verify the product development process and optimize performance.

Description

The Crane Development Engineer (Excluding Design) is a technical expert who plans and implements assembly of prototype machines, performance tests, load tests, vibration and fatigue tests, etc., based on specifications determined by mechanical design, to evaluate safety and durability. They handle everything consistently from structural verification using finite element method analysis, linkage tests with control systems, planning of test plans accompanying material selection, to analysis and reporting of test results. They closely collaborate with product development departments, manufacturing departments, and customers to identify issues, propose improvements, and aim to enhance quality and reliability.

Future Outlook

Due to increasing demand for infrastructure development and logistics automation, the demand for heavy machinery development engineers will remain stable. Development of safety and efficiency enhancement technologies utilizing IoT, AI control, and advanced materials will be key in the future.

Personality Traits

Cautious and meticulous / Cooperative / Curious and inquisitive

Work Style

Design Collaboration / Factory Attendance / Laboratory Work / Remote

Career Path

Development Engineer → Senior Development Engineer → Project Leader → Technical Department Manager → Department Head

Required Skills

CAD/CAM Operation / Finite Element Method Analysis / MATLAB/Simulink / Mechanics of Machine Materials / PLC Control / Test Plan Development

Recommended Skills

3D Prototyping / IoT Sensing Technology / Programming / Reliability Analysis

Aptitudes (Strengths Preferred)

Item Description
Analytical & Logical Thinking Logical thinking is essential for load analysis and structural verification.
Attention to Detail & Accuracy Because even small part defects directly impact safety.
Learning Agility & Knowledge Acquisition Acquisition of new materials and control technologies is required.
Numerical & Quantitative Analysis Mathematical analytical skills are needed for stress calculations and load analysis.
Problem Solving Necessary for troubleshooting during tests and performance improvements.

Aptitudes (Weaknesses Acceptable)

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

Related Qualifications

  • Mechanical Maintenance Skills Technician
  • Professional Engineer (Mechanical Department)

Aliases

  • Crane Engineer
  • Hoisting Machine Engineer

Related Jobs

  • Construction Machinery Engineer
  • Crane Operator (Crane Operator)
  • Mechanical Design Engineer
  • Robot Development Engineer

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