Electrical Engineer / Quality Engineer

Role Description

An

Electrical Engineer / Quality Engineer

is responsible for supporting electrical engineering activities while ensuring products, systems, installations, and processes meet required quality, safety, and technical standards. The role combines electrical engineering, inspection, testing, quality control, troubleshooting, and continuous improvement.

Key Responsibilities

• Design, inspect, test, and maintain electrical systems and equipment.

• Review electrical drawings, specifications, materials, and technical documents.

• Conduct quality inspections, testing, and verification of electrical installations and products.

• Identify electrical defects, quality issues, non-conformities, and technical problems.

• Troubleshoot electrical faults and support corrective actions.

• Ensure electrical work meets approved designs, specifications, codes, and safety standards.

• Develop and maintain quality-control procedures, inspection plans, and checklists.

• Coordinate with engineering, production, construction, maintenance, and project teams.

• Inspect incoming materials, components, equipment, and finished products.

• Prepare inspection reports, test records, quality reports, and technical documentation.

• Support internal, supplier, and customer quality audits.

• Investigate defects, complaints, failures, and recurring quality issues.

• Implement corrective and preventive actions to improve product and system quality.

• Coordinate with contractors, suppliers, consultants, and manufacturers.

• Monitor quality KPIs and identify opportunities for

  improved reliability, safety, compliance, and operational efficiency

  .

Qualifications

• Bachelor's degree in

  Electrical Engineering, Electronics Engineering, Quality Engineering

  , or a related field.

• Previous experience in electrical engineering, QA/QC, quality control, manufacturing, construction, or industrial projects.

• Strong knowledge of electrical systems, testing, inspection, and quality-control procedures.

• Good understanding of

  ISO 9001, quality management systems, inspection standards

  , and technical requirements.

• Ability to read electrical drawings, schematics, specifications, and technical documents.

• Strong analytical, troubleshooting, inspection, and problem-solving skills.

• Familiarity with quality tools such as

  RCA, CAPA, 5 Why, and FMEA

  is advantageous.

• Proficiency in Microsoft Office and relevant engineering or quality-management software.

• Strong communication, coordination, reporting, and teamwork skills.

• Excellent attention to detail and commitment to quality and safety.

• Relevant engineering or quality certifications are advantageous.

• Professional, reliable, analytical, organized, and detail-oriented.