Mining Electrical Reliability Engineer – Maintenance

OceanaGold Corporation; Didipio; On-site; PHP 900,000 - 1,500,000; Full time

Benefits offered by this job

Accommodation and food onsite

Travel provided to and from work

Health Insurance

Living Our Values recognition program

Employee Assistance Program (EAP)

Respectful working environment

Job summary

OceanaGold is seeking a suitably qualified, experienced, and reliable Engineer—Maintenance (Reliability—Electrical) to design, develop, test, and oversee the maintenance of electrical systems, instrumentation, power distribution networks, automation, and control systems to maintain and improve asset health.

The role involves applying principles of electrical engineering, power systems, instrumentation, automation, and reliability engineering to improve efficiency, functionality, safety, and

Qualifications

• 3 years of experience in the metal & mining industry.
• Licensed Electrical Engineer
• Professional Driver's License

Responsibilities

• Enhances current engineering design and conducts analysis of viability.
• Compares pros/cons of design options and selects optimized design based on risk and reliability.
• Plans and schedules maintenance through Pronto Xi CMMS to align with maintenance strategy.
• Develops technical specifications for HV/LV electrical equipment, motors, VSDs, MCCs, protections, and substations.
• Conducts risk assessments for mining operations and evaluates potential impacts.
• Assists in developing risk mitigation plans and strategies.

Skills

Asset reliability

Electrical engineering

Power distribution

Instrumentation

Automation

Education

Electrical Engineering degree

Job description

OceanaGold is seeking a suitably qualified, experienced, and reliable Engineer—Maintenance (Reliability—Electrical) to design, develop, test, and oversee the maintenance of electrical systems, instrumentation, power distribution networks, automation, and control systems to maintain and improve asset health.

The role involves applying principles of electrical engineering, power systems, instrumentation, automation, and reliability engineering to improve efficiency, functionality, safety, and