Electrical Corrosion Protection Engineer

でんきぼうしょくぎじゅつしゃ

Industry & Occupation

Engineering & Manufacturing

Classification

Summary

Engineer who uses electrochemical methods to prevent and control corrosion of metal structures such as piping and tanks. A profession responsible from design to construction and maintenance management.

Description

Electrical corrosion protection engineers are specialists who design, construct, and operate systems using electrochemical methods such as cathodic protection, anode installation, potential and current measurements to prevent corrosion of metal structures. They evaluate corrosion risks in various environments such as seawater-buried piping, tanks, bridges, and underground structures, perform material selection, and optimize protection systems. Through on-site investigations, construction management, periodic monitoring, and maintenance, they ensure long-term corrosion resistance and are required to comply with relevant laws and safety standards.

Future Outlook

With the aging of infrastructure, demand for corrosion protection will remain stable. As attention to preventive maintenance increases, demand for highly specialized engineers will be maintained and expanded.

Personality Traits

Attentive / Good at Logical Thinking / Strong Sense of Responsibility

Work Style

Business Trips / Design Office Work / Field Work / Flexitime

Career Path

Junior Corrosion Protection Engineer → Senior Corrosion Protection Engineer → Project Leader → System Design Manager → Consultant

Required Skills

Basic Knowledge of Electrochemistry / CAD Skills (Design) / Corrosion Protection System Design / Piping Construction / Voltage and Current Measurement Technology

Recommended Skills

Construction Management / Materials Engineering Knowledge / Reading English Technical Documents

Aptitudes (Strengths Preferred)

Item Description
Analytical & Logical Thinking Advanced logical thinking is required for analyzing corrosion data and designing protection systems.
Attention to Detail & Accuracy Because it is necessary to accurately detect minute potential changes and signs of corrosion.
Problem Solving Because analysis of causes of abnormalities on site and development of countermeasures are required.

Related Qualifications

  • First-Class Electrician
  • Professional Engineer (Electrical and Electronics Department)

Related Jobs

  • Corrosion Prevention Construction Management Engineer
  • Electrical Construction Engineer
  • Equipment Maintenance Engineer
  • Materials Engineer

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