Prime Mover Design Engineer

げんどうきせっけいぎじゅつしゃ

Industry & Occupation

Engineering & Manufacturing

Classification

Summary

A technical position that aims to improve the performance and efficiency of prime movers (such as internal combustion engines and electric motors) through design, simulation, and prototype evaluation.

Description

Prime mover design engineers specialize in the design and development of prime movers (engines and motors) used in automobiles, industrial machinery, and power generation equipment. They evaluate performance using 3D modeling, fluid and thermal analysis, and combustion simulation with CAD and CAE, and consider material selection and processing methods. They verify through prototype assembly and bench tests, and promote commercialization considering cost, environmental regulations, and reliability. They respond to various demands such as performance improvement, fuel efficiency enhancement, and exhaust gas reduction, while advancing development projects in collaboration with other departments and external manufacturers.

Future Outlook

With strengthening environmental regulations and progress toward a decarbonized society, demand for high-efficiency engines and electric motor development is expanding. The market value of engineers with expertise in hybrid and electrification technologies is rising.

Personality Traits

Cooperative / Curious and inquisitive / Logical thinker / Meticulous

Work Style

Flexitime Work / Office Work / Partial Remote Work Possible / Prototype Evaluation Experiments / Team Projects

Career Path

Junior Engineer → Senior Engineer → Chief Engineer → Project Manager → Development Department Manager

Required Skills

3D Modeling / CAE (Thermal Fluid Analysis) / Knowledge of Mechanics of Materials and Thermodynamics / Programming / Prototype Evaluation

Recommended Skills

CFD Analysis / Combustion Simulation / English (Technical Document Reading) / Motor Design / Project Management

Aptitudes (Strengths Preferred)

Item Description
Analytical & Logical Thinking Because performance analysis and numerical analysis are required.
Attention to Detail & Accuracy Because small design errors can greatly affect performance and safety.
Learning Agility & Knowledge Acquisition Because acquiring new technologies, materials, and analysis methods is essential.
Numerical & Quantitative Analysis Because advanced mathematical analytical skills in thermodynamics, fluid dynamics, etc., are required.
Problem Solving Because investigation of causes of performance issues and improvement proposals are required.

Aptitudes (Weaknesses Acceptable)

Item Description
Physical Stamina & Endurance Because it is mainly desk work with little heavy labor.

Related Qualifications

  • CAD Utilization Engineer Examination
  • Hazardous Materials Handler Class B
  • Mechanical Design Engineer Examination (Grade 2/3)
  • Pollution Prevention Manager (Atmosphere/Water Quality)

Aliases

  • Engine Design Engineer
  • Internal Combustion Engine Design Engineer
  • Prime Mover Engineer

Related Jobs

  • Automotive Development Engineer
  • Mechanical Design Engineer
  • Product Development Engineer
  • Production Technology Engineer

Tags

Keywords