Combustion Turbine System Engineer
- Oakville, ON, Canada
Salary: $106,000 – $146,000 annually, commensurate with experience and education. · Full-time
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Job details
- Pay
- Salary: $106,000 – $146,000 annually, commensurate with experience and education.
- Job type
- Full-time
- Posting language
- English
- Posted
Original job description
Combustion Turbine Systems Engineer
Power Generation | Oakville, Ontario | Full-Time,
Permanent
OpTalent is leading this search on behalf of a leading
Ontario-based power generation organization.
The Opportunity
OpTalent is partnering with a leading power generation organization to recruit a Combustion Turbine Systems Engineer to join its Asset Management and Engineering team.
This is an opportunity to take on a highly specialized technical role supporting the reliability, performance, and lifecycle management of combustion turbine systems across a fleet of combined-cycle power generation facilities in Ontario.
Working closely with plant operations, maintenance, engineering, and corporate stakeholders, you will provide technical expertise on complex equipment challenges, lead investigations and root-cause analyses, and contribute to capital projects, outage planning, and long-term asset strategies.
This is an individual contributor position suited to an experienced engineer who enjoys combining technical problem-solving with hands-on operational support, project involvement, and independent decision-making.
The position is based in Oakville, Ontario, with regular travel to operating facilities across the province.
Key Responsibilities
Combustion Turbine Engineering & Reliability
- Develop
and maintain specialized technical expertise in combustion turbine systems
and associated equipment.
- Provide
engineering support to plant operations and maintenance teams,
interpreting inspection findings, operating trends, field-test data, and
control-system information to identify equipment degradation and recommend
corrective actions.
- Lead
technical investigations, root-cause analyses, and equipment assessments,
developing testing plans and ensuring corrective actions and lessons
learned are implemented.
- Monitor
equipment health and performance using plant historians, OEM monitoring
systems, inspection reports, vibration data, alarms, and maintenance
history.
- Develop
and optimize maintenance strategies to improve equipment reliability,
performance, and lifecycle cost.
- Identify
and assess technical risks and recommend appropriate mitigation
strategies.
Engineering Projects & Technical Solutions
- Develop
engineered solutions to address operational challenges and support capital
projects from scope development through execution and closeout.
- Prepare
technical specifications, evaluate engineering alternatives, and review
vendor proposals and technical deliverables.
- Review
OEM and vendor engineering documentation, including drawings,
calculations, technical reports, and design submittals, ensuring
compliance with applicable codes, standards, and project requirements.
- Coordinate
gas turbine performance and compliance testing, including test planning,
data validation, correction-curve application, reporting, and stakeholder
communication.
- Evaluate
and recommend vendors, contractors, and technical service providers based
on technical expertise, quality, safety, and operational requirements.
- Support
the management of OEM long-term service agreements, including technical
scope, warranties, change orders, service requirements, and commercial
considerations.
Outage & Asset Lifecycle Management
- Provide
technical leadership during planned and forced outages, including scope
development, field oversight, quality reviews, repair requirements,
commissioning, and return-to-service decisions.
- Plan
and lead combustion turbine condition assessments and borescope
inspections, including scope definition, inspection criteria, deficiency
assessment, and repair recommendations.
- Coordinate
critical spares, long-lead components, specialized tooling, and
contingency planning to support outage execution.
- Develop
and maintain fleet-wide lifecycle plans incorporating inspection history,
maintenance intervals, equipment upgrades, risk assessments, and long-term
capital forecasts.
- Maintain
and govern OEM technical information, including service bulletins,
technical information letters, manuals, and recommended actions.
- Ensure
equipment modifications follow applicable management-of-change processes
and that technical documentation, maintenance programs, spare-parts
requirements, and training materials are updated accordingly.
Stakeholder Collaboration & Technical Leadership
- Collaborate
with Operations, Maintenance, Engineering, Commercial, Supply Chain,
Regulatory Compliance, Legal, OEMs, and external technical service
providers.
- Communicate
technical findings, recommendations, and engineering decisions clearly to
management and relevant stakeholders.
- Provide
technical guidance and mentorship to junior team members.
- Maintain
accurate engineering documentation, drawings, technical records, and
reference materials.
- Manage
multiple technical priorities independently while supporting operational
requirements across the generating fleet.
Qualifications & Experience
- Degree
in Mechanical Engineering or a related engineering discipline.
- Demonstrated
experience with combustion turbines, gas turbine systems, or related power
generation equipment.
- Strong
understanding of combustion turbine operation, maintenance, inspection,
performance, and lifecycle management.
- Experience
supporting equipment troubleshooting, engineering assessments, root-cause
analyses, and reliability improvement initiatives.
- Experience
with capital projects, technical specifications, vendor evaluations, and
engineering design reviews.
- Proficiency
in interpreting mechanical drawings, including P&IDs, piping
isometrics, general arrangement drawings, equipment layouts, and assembly
and installation drawings.
- Working
knowledge of ASME PTC 22 (Gas Turbines), the ASME Boiler and Pressure
Vessel Code, and ASME B31 piping codes.
- Familiarity
with project management principles and practices.
- Strong
analytical, problem-solving, and decision-making capabilities, with the
ability to develop practical recommendations for complex technical
challenges.
- Excellent
written and verbal communication skills. A technical writing sample will
be required as part of the recruitment process.
- Strong
organizational skills and the ability to manage multiple projects and
priorities independently.
- Proficiency
with Microsoft Office applications, particularly Excel, Word, and Outlook.
Additional Requirements
- Valid
driver's license.
- Ability
to travel throughout Ontario and North America without restriction.
- Ability
to undertake assignments at Ontario operating facilities for periods of up
to approximately 30 consecutive days.
- Successful
completion of a criminal record check.
Compensation & Employment Details
- Salary: $106,000 – $146,000 annually, commensurate with experience and education.
- Location: Oakville, Ontario.
- Travel: Regular travel to operating facilities across Ontario.
- Employment
Type: Full-Time, Permanent.
More about this job
Responsibilities
The Combustion Turbine Systems Engineer will provide technical expertise to support the reliability, performance, and lifecycle management of combustion turbine systems across a fleet of power generation facilities. Responsibilities include leading root-cause analyses, managing capital projects, overseeing outage planning, and ensuring compliance with technical standards.
Requirements
Candidates must hold a degree in Mechanical Engineering or a related discipline and possess demonstrated experience with combustion turbines or power generation equipment. Strong analytical skills, proficiency in interpreting mechanical drawings, and knowledge of relevant ASME codes are required for this role.
Skills
- Combustion turbine systems
- Power generation
- Root-cause analysis
- Asset management
- Reliability engineering
- Technical troubleshooting
- Project management
- Mechanical engineering
- ASME codes
- Performance testing
- Vendor management
- Lifecycle planning
- Condition assessment
- Borescope inspection
- Technical documentation
- Data analysis
Visa sponsorship
Not detected in the job text
Categories
- Engineering
- Energy
- Manufacturing
- Management & Leadership
Keywords
- Combustion turbine
- Power generation
- Asset management
- Reliability
- Root-cause analysis
- Mechanical engineering
- ASME PTC 22
- ASME B31
- P&ID
- Capital projects
- Lifecycle management
- Borescope inspection
- Plant historian
- OEM
- Technical specifications
- Vendor evaluation
- Condition assessment
- Maintenance strategy
- Performance testing
- Technical leadership
- Engineering design
- Project execution
- Compliance
- Risk mitigation
- Technical documentation
- Operations support
- Field-test data
- Control systems
- Vibration data
- Equipment health