Plant Reliability Engineer

Skeena Gold + Silver is a Canadian mining company with a portfolio of exploration and development projects located in northwest British Columbia, Canada. Our current focus is on the revitalization of the high-grade, past-producing Eskay Creek gold-silver mine. Skeena is committed to leading the industry in reconciliation, diversity, and inclusion and we work in close collaboration with our Indigenous partners, leveraging their traditional knowledge and respect for the land.

As a Skeena employee, you will become part of a dynamic, innovative, and results-driven work environment. Together, alongside colleagues of diverse backgrounds and experience you will help us operate safely, protect the environment, positively contribute to our local communities and build a state of the art mine in Canada. Come join our team to be a part of this amazing opportunity!

Job Ti tle:
Fixed Plant Reliabilit y Engineer

Reporting directly tothe

Mill Manager, the Fixed Plant Reliability Engineer is responsible for developing and implementing reliability andmaintenancestrategies that supportmillcommissioning, ramp-up, and steady-state operations.

The selectedapplicantwill helpestablishthe systems, standards, data, and improvement processesrequiredfor a world-class maintenance program.

You’llbe part of a high-performing team where your ideas matter, your skills grow, and your work shapes the future of Eskay Creek.

Responsibilities (including but not limited to):

Maintenance Readiness:

Lead RAM study execution:
Lead the Reliability, Availability and Maintainability (RAM) study before mill commissioning, then translate key findings into practical maintenance strategies, spare parts requirements, risk mitigations, and improvement actions that support mechanical availability objectives.

Identify and ensure acquisition of critical spare parts.

Aid in the development of the risk register and work to ensure mitigations are in place.

Implementation and curation of CMMS asset hierarchies, bills of materials (BOM’s) and planned maintenance (PM) development.

Identify, measure, and execute projects aimed at improving mill availability during ramp-up.

Establish condition monitoring program for critical equipment.

Development and ownership of improvement pipeline for asset management.

Drive improvements in the condition-based monitoring program through innovation and learnings.

Engineer out areas of poor performance in equipment and safety by identifying and completing initiatives which deliver measurable value.

Investigate equipment failures through a structured RCA process and identify, implement and action solutions.

Provide direction and guidance on relevant mechanical equipment standards.

Identify repeat failure modes and develop permanent corrective actions

Additional Responsibilities:

All other duties as reasonably assigned

The Ideal Candidate

Education /

Qualifications:

Bachelor of Applied Science in Mechanical Engineering or in a related discipline is preferred

Professional Engineer (P.Eng.) designation in British Columbia or eligibility for registration with Engineers and Geoscientists BC (EGBC) Engineer-in-Training status with a demonstrated path toward registration is preferred.

Experience / Skills

Experience with reliability engineering methods and tools such as FMEA, RCM, RCA, bad actor analysis, equipment criticality assessments, life-cycle cost thinking, and maintenance strategy optimization would be considered an asset.

Experience working through mechanical issues during commissioning would be an asset.

Ability to communicate technical information clearly to maintenance, operations, engineering, vendors, and leadership; facilitate alignment on reliability risks, priorities, and corrective actions; and support practical decision-making in a fast-paced site environment.

Demonstrated ability to influence cross-functional teams and align maintenance, operations, engineering, vendors, and contractors around reliability priorities and corrective actions.

Sound engineering judgment in dynamic site environments, with the ability to prioritize risk, solve complex equipment problems, and adapt strategies as conditions evolve.

Strong commitment…