Radar Development Engineer (Excluding Design)

れーだーかいはつぎじゅつしゃ

Industry & Occupation

Science & Research

Classification

Summary

Technical role involving the development, verification, and evaluation of radar system software and hardware. Excludes design tasks, specializing in algorithm implementation and performance testing.

Description

Radar development engineers are technical professionals specializing in the implementation of signal processing algorithms and hardware verification in radar (Radio Detection and Ranging) systems. They conduct simulations using MATLAB or Simulink, algorithm implementation in C/C++ or Python, verification of real-time processing using FPGA, etc., and performance tests or field tests using various measurement and evaluation tools. Based on specifications from the design stage, they analyze performance evaluation results and propose system optimizations or improvements. Through collaboration in teams and coordination with other departments, they support the practical implementation of high-performance radar systems.

Future Outlook

Demand for high-performance radars is increasing in fields such as autonomous driving, unmanned aircraft, and defense. Development of next-generation radar technologies combining AI and machine learning is advancing, and demand for specialized engineers is expected to remain steady.

Personality Traits

Cautious and accurate / Curious and inquisitive / Good at logical thinking

Work Style

Field Trips Available / Office Work / Remote Possible / Team Development

Career Path

Development Engineer → Senior Development Engineer → Project Leader → Engineering Manager → Research and Development Department Head

Required Skills

Electromagnetic Field Theory / FPGA Basics / MATLAB/Simulink / Measurement and Evaluation Equipment Operation / Programming (C/C++) / Python / Radar Fundamentals / Signal Processing Algorithm Development

Recommended Skills

English Technical Paper Reading / Hardware Description Language / Machine Learning / Real-time OS / Wireless Communication Standards Knowledge

Aptitudes (Strengths Preferred)

Item Description
Analytical & Logical Thinking Because advanced logical thinking is required for algorithm design and signal analysis.
Attention to Detail & Accuracy Because accuracy in not overlooking subtle differences in measurement data is important.
Learning Agility & Knowledge Acquisition Because adaptation to new technologies and standards is required.
Numerical & Quantitative Analysis Because advanced mathematical skills are required for signal processing.
Problem Solving Because excellent problem-solving skills are needed to identify and improve issues during performance evaluation.

Aptitudes (Weaknesses Acceptable)

Item Description
Physical Stamina & Endurance Because it is mainly desk work.

Aliases

  • Radar Engineer

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