Power Plant Reliability Engineer

Consolidated-Asset-Management-Services-1; Cheshire Township (OH); On-site; USD 80,000 - 125,000; Full time

Benefits offered by this job

Medical insurance

Dental insurance

Vision insurance

Life insurance

Short-term disability

Long-term disability

401(k)

Flexible spending accounts

Health spending account

Employee referral incentives

Tuition reimbursement

Paid time off

Job summary

The Plant Engineer position at CAMS supports General James M. Gavin Power Plant in Cheshire, Ohio, applying engineering knowledge to ensure safe operation and regulatory compliance.

You will guide plant activities, drive safety programs, and lead initiatives to improve efficiency and reliability. Responsibilities include process evaluations, maintenance leadership, and technical problem-solving across pumps, valves, steam generators, and rotating equipment, with emphasis on cost and performance

Qualifications

• B.S. or advanced degree in related engineering discipline from an accredited university.
• Computer Skills: MS Office (Excel, Word, PowerPoint, Access, SharePoint)
• Commitment to achieving zero harm with respect to safety and environmental compliance.

Responsibilities

• Ability to work in a fast pace complex environment, in both an individual and team capacity.
• Self-motivated and results driven. Must take on new opportunities and challenges with urgency, high energy, and enthusiasm.
• Provide technical guidance with respect to all plant activities to ensure compliance with all appropriate local, state and federal environmental control regulations, Occupational Safety and Health Act and other applicable laws and regulations.
• Support all Plant Safety & Environmental Policies and Procedures. Keep Safety and Environmental as the top priority with respect to all responsibilities and efforts.
• Promote a continuous improvement culture where energy is utilized to identify and improve business gaps.
• Embrace personal development opportunities, either by exposure or training.
• Ability to lead process evaluations, including materials, temperatures, flows, and pressures involving gases, fluids and solids. Examples of equipment are pumps, conveyors, valves, steam generators, and rotating equipment (turbines, fans, centrifuges, pugmills).
• Execute or coordinate structural analysis reviews and recommendations.
• Execute or coordinate root cause analysis to determine failure mechanisms.
• Ability to lead maintenance or project improvement opportunities.
• Develop a strong working knowledge of facility’s heat rate parameters and improvement opportunities.
• Optimize material, parts, and equipment inventories to maintain facility in a responsible manner.
• Provide guidance, technical and field support for the monitoring, inspection and maintenance of the various plant systems and supporting ancillary equipment.
• Conduct results engineering. This includes conducting performance tests, analyzing operating data, and developing operational plans and equipment recommendations to optimize performance and profitability.
• Recommend and direct strategical improvements to equipment design, operations, and maintenance initiatives.
• Support the development of plant O&M and capital forecast, as well as formulate business cases.
• Responsible for project KPI’s: safety, environmental, budget, schedule, quality, reliability, etc.
• Ability to develop technical/construction work scopes and thoroughly review technical proposals.

Education

B.S. or advanced degree in related engineering discipline

Tools

OSISoft PI

AMS Machinery Manager

Emerson Ovation

ABB S+ Engineering

Allen-Bradley PLC-5

SLC-500

ControlLogix 5000

Job description

The Plant Engineer position at CAMS supports General James M. Gavin Power Plant in Cheshire, Ohio, applying engineering knowledge to ensure safe operation and regulatory compliance.

You will guide plant activities, drive safety programs, and lead initiatives to improve efficiency and reliability. Responsibilities include process evaluations, maintenance leadership, and technical problem-solving across pumps, valves, steam generators, and rotating equipment, with emphasis on cost and performance