Job Summary
The Lead Engineer, Turbine Controls, is responsible for overseeing preventive, corrective, and breakdown maintenance of turbine systems
Key Duties and Responsibilities
- Ensure adherence to breakdown/corrective maintenance schedule.
- Must be conversant with Emerson Ovation control and knowledge on Bentley Nevada vibration system.
- Ensure all preventive maintenances are duly carried out and documented accordingly.
- Develop and improve breakdown/corrective maintenance culture.
- Ensures all breakdown/corrective maintenances are duly carried out and documented.
- Reviews weekly all breakdown/corrective maintenance processes.
- Monitor the timely closure of maintenance tasks (TMs) in the Computerized Maintenance Management System (CMMS).
- Liaise with Lead Engineer Turbine field instrumentation to re – assess breakdowns of equipment for preventive maintenance schedule.
- Addresses issues bordering on human resources and personnel issues and escalates it upward if not addressed for further action where necessary.
- Ensures all monthly reports are duly done.
- Ensures all special reports are duly done and documented.
- Periodically assess all staff under him for training needs for optimal performance.
- Ensures availability of material and tools required for the job.
- Supervise control systems with a focus on both efficiency and environmental sustainability.
- Ensures HSE guidelines are adhered to strictly during and on the job.
- Develop plant patrol and monitoring check sheet and to be reviewed periodically as determined.
- Provide support in spare parts planning, budget planning, purchase, and inspection activities.
- Execute documentation according to Integrated Management System (IMS) standards.
- Implements strategies that improves performance and reliability.
- Ensures all risk registers for breakdown/corrective maintenances and the section are kept and reviewed periodically.
- Perform covering role in the absence of the Unit Head, Turbine Systems
- Perform other duties as assigned by the Unit Head, Turbine Systems, or Head of Department
Education and Work Experience
- Bachelor’s degree or its equivalent in Computer/ Electrical/Mechanical/Chemical or Systems Engineering
- Postgraduate /relevant professional qualification
- Minimum of 5 -10 years of work experience with at least three (3) years in a supervisory level and direct exposure to I&C systems and power plant maintenance processes.
Skills and Competencies
- Good Technical knowledge and understanding of operations and history of I&C systems.
- Sound Technical Trouble shooting skills.
- Good knowledge of computerized Maintenance Management system or equivalent.
- Good Knowledge in technical discipline
Responsibilities
- Oversee operation of the Turbine and Boiler, during shift duties
- Coordinate Physical inspection /condition monitoring of equipment in the turbine and boiler sections of the plant
- Oversee minor adjustments/repairs as required
- Plan resource requirements during shift duties –manpower and operations materials
- Unit manpower utilization and allocation during shift duties
- Coordination with other team leads for ensuring efficient plant operations.
Qualifications
- Bachelor’s degree or its equivalent in Engineering from an accredited/ reputable university
- Minimum of five (5) years relevant work experience in a power plant with at least 3 years in position of Supervisor with at least 200MW plant
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Job Summary
The Reliability & Performance Engineer (Mechanical) is responsible for applying risk-based reliability processes to support decision-making and improve the reliability, performance, and commercial health of power generation assets.
Key Duties and Responsibilities
- Participate in assessing and managing risks.
- Participate in defining and managing risk management processes and procedures.
- Assist to identify and assess risks arising from power generation activities.
- Identify improvements needed to working practices and procedures.
- Monitor the progress and impact of improvement actions.
- Plan and implement improvements to the quality of AM processes.
- Evaluate the effectiveness of process improvements.
- Assess asset condition and performance against AM strategy and objectives.
- Analyse the progress, impact and effectiveness of asset performance corrective actions.
- Identify lessons learned and adjust policies and procedures accordingly.
- Identify and monitor relevant legal, regulatory and technical requirements for the safe operation of the plant.
- Develop effective policies and procedures to make sure requirements are met.
- Assess how policies and procedures are put into practice and provide support.
- Investigate root cause of asset or system failures or incidents.
- Make effective use of ‘lessons learned’ information from incidents.
- Develop overview reports of risk/opportunity status for management, implement and manage risk management plans utilizing the Company’s risk management standards.
- Safeguarding the earning capability of the plant and asset by highlighting the potential impacts to the plant performance.
- Perform independent research review, studies and analysis in support of risk management projects and programme.
- Use risk management tools and processes, to conduct engineering risk evaluation of existing infrastructure.
- Assess the risk of core damage and/or loss of primary containment integrity resulting from equipment failures, human errors and/or phenomena such as flooding, fires and other environmental impacts.
- Conduct analysis such as process risk mitigation, new technology adoption, and human factors.
- Develop and drive a comprehensive technical risk management plan that will anticipate reliability-related and non-reliability-related safety risks that could adversely impact personnel or plant operations.
- Highlight possible engineering solutions to repetitive failures and all other equipment problems relating to capacity, quality, safety, or regulatory compliance that adversely affect operations.
- Develop and maintain repository of technical risk assessment to support risk management planning and strategic decision making.
- Develop and assess the impact of the technical human capital risk such as (knowledge of plant, manpower risk, training gap risk) and implement the process for regular status reviews.
- Conduct Failure Modes, Effects and Criticality Analysis (FMECA).
- Evaluate reliability potential of alternative engineering designs and solutions.
Data Privacy & Protection
- Implement data protection policies and practices of Egbin Power Plc.
- Ensure compliance with the NDPR and other data protection laws, and data protection policies.
- Undertake Data Protection Impact Assessment as applicable to curb the risk during data processing operations.
QHSE
- Ensure awareness, understanding and application of QHSE policy and application of departmental objectives.
- Ensure awareness of the Integrated Management System (ISO 9001:2015, 14001:2015 &45001:2018) and implications of not conforming with the requirements.
- Understand and identify hazards, risks, environmental aspect and Impact as it is related to their jobs.'
Accountabilities
- Participate in developing an accurate and technical reliable risk register.
- Participate in developing Technical Risk and Reliability Management Framework (TRRMF).
- Participate in conducting technical risk assessments for critical assets. Update this continuously.
- Participate in developing risk management standards for the organization.
- Participate in conducting and documenting Lesson Learnt, After-Act-Reviews (AAR), etc
KPIs
- Contribute in developing technical risk register. Ensure this is continuously updated.
- Contribute in developing Technical Risk and Reliability Management Framework (TRRMF).
- Contribute in promoting the use of risk-based culture in decision-making in the organization.
Education and Work Experience
- Bachelor’s degree in Electrical, Instrumentation or Mechanical Engineering.
- Minimum of 6 years' experience in Power Utilities, Hydrocarbon Exploration and Production or any asset-intensive industry; five of which would have been spent in Risk and Reliability Engineering.
- Knowledge in Risk and Reliability Management (RRIM).
- Independent certification / training by accredited body relating to Risk and Reliability Engineering e.g. CMRP, IRM, etc.
- Knowledge in any two following areas: Maintenance, Operation, Design Engineering, Asset Integrity, Technical Assurance.
Responsibilities
- Understanding of the basic principles of power generation
- Knowledge of industry, plant, company, equipment, scientific, technical, tool, safety, and personnel terminology.
- Knowledge of how systems interrelate and the impact of this interrelationship on plant operations.
- Knowledge of the location of equipment, basic knowledge of how the equipment operates and normal operating parameters.
- Ability to observe and identify abnormalities and deviations.
- Ability to identify and report out of compliance or unsafe conditions.
- Ability to measure and take readings accurately.
- Ability to recognize types, shapes, and sizes of materials and equipment.
- Knowledge of the relevant safety standards, regulations and procedure
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Job Summary
Senior Reliability Engineer (Electrical, Control & Instrumentation Reliability and Performance) is responsible for ensuring the reliability, protection integrity, control system stability, and performance of electrical, control, and instrumentation systems within the steam power plant. The role provides technical oversight of protection systems, relay coordination, Distributed Control System (DCS)reliability, instrumentation accuracy, and electrical risk, while supporting outage planning, incident analysis, predictive maintenance, and plant performance optimization. The position proactively identifies and mitigates failures, nuisance trips, and performance inefficiencies to improve plant availability, heat rate efficiency, and operational stability.
Key Responsibilities
Electrical Protection and System Integrity
- Validate protection system settings, relay coordination studies, and fault level calculations.
- Review and approve protection schemes for generators, transformers, switchgear, and balance-of-plant systems.
- Investigate electrical protection-related trips and recommend corrective actions.
- Ensure compliance with grid code and internal protection standards.
Control System and Instrumentation Reliability
- Analyse DCS, PLC, and control system-related trips and system disturbances.
- Monitor DCS health indicators, redundancy performance, and communication stability.
- Validate calibration integrity and accuracy of critical instrumentation.
- Identify control logic vulnerabilities and recommend system improvements.
Reliability & Outage Risk Support
- Support electrical and control risk assessments during planned outages.
- Review return-to-service readiness from an EC&I reliability perspective.
- Identify recurring failures and lead corrective reliability improvement initiatives.
- Participate in root cause investigations for major EC&I incidents.
Plant Performance and Optimization
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Lead monitoring of heat rate, auxiliary power consumption, and efficiency metrics from an EC&I standpoint.
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Develop and track performance KPIs linked to electrical and control system reliability.
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Identify performance losses attributable to instrumentation inaccuracies or control instability
Predictive Maintenance and Asset Intelligence
- Support the implementation of predictive maintenance analytics for electrical and instrumentation systems.
- Develop and maintain digital dashboards for EC&I reliability and performance reporting.
- Analyse condition monitoring data to detect early signs of degradation.
- Integrate asset intelligence into maintenance planning.
Reporting and Continuous Improvement
- Prepare periodic reliability and performance reports for management review.
- Provide technical recommendations to reduce forced outages and nuisance trips.
- Support continuous improvement initiatives aligned with plant reliability objectives.
Education and Work Experience
- Bachelor’s degree in electrical & Electronics Engineering or Electro-Mechatronics Engineering or any related engineering disciplines, or relevant experience to back up the any engineering degrees.
- Minimum of 7 – 10 years’ experience in Power Utilities, Hydrocarbon Exploration and Production or any asset-intensive industry; three of which would have been spent in providing independent assurance over technical control effectiveness and supporting plant reliability
Skills and Competencies
- Electrical Protection and Power Systems
- Control Systems and Automation
- Instrumentation and Measurement Systems
- Reliability and Performance Analytics
- Risk and Governance Competencies
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The Project Engineer is responsible for providing engineering and technical leadership throughout the planning and execution of multidisciplinary projects. The role coordinates project activities, establishes milestones, manages project schedules, and ensures the effective integration of all engineering elements required for successful project delivery.
The role also oversees stakeholder engagement across all levels and supports effective project governance through budget management, resource and personnel planning, scheduling, progress monitoring, forecasting, reporting, and documentation management.
Key Duties and Responsibilities
- Develop project plans and schedules; coordinate and monitor assigned projects.
- Interact with clients and integrate their needs and requirements into field engineering and project activities.
- Organize, attend, participate in, document, and follow up on actions and decisions from stakeholder meetings.
- Establish effective project communication plans and ensure their execution.
- Assist designated project quality assurance activities, processes, plans, and personnel performance and reporting.
- Monitor compliance with project or project contractual obligations.
- Review engineering tasks and initiate corrective actions.
- Ensure project compliance with applicable codes, practices, policies, performance standards, and specifications.
- Conduct effective planning, critical path analysis, and earned value analysis of capital projects.
- Coordinate with cross-functional teams and ensure all aspects of work are properly managed.
- Prepare status reports by gathering, analysing, and summarizing relevant information.
- Meet project targets and identify and resolve issues.
- Ensure stakeholder views are managed towards the best solution.
- Lead change request activities to ensure alignment of all parties on project schedule and deliverables.
- Obtain customer acceptance of project deliverables.
- Manage customer satisfaction within the project execution period.
- Ensure project closeout reporting and identify successful and unsuccessful project elements.
- Ensure awareness, understanding, and application of HSE policy and application of departmental objectives.
- Ensure awareness of the Integrated Management System (ISO 9001:2015, ISO 14001:2015, ISO 45001:2018) and its application.
- Understand and identify hazards, risks, environmental aspects, and impacts as they relate to assigned responsibilities and practices.
- Ensure compliance with NDPR and other data protection laws and practices.
- Undertake Data Protection Impact Assessments where applicable to mitigate data protection risks during data processing operations.
Education and Work Experience
- Engineering background, preferably a bachelor’s degree in mechanical, Electrical, or Process Engineering or its equivalent.
- Minimum of 3 years' project management experience.
- Project Management certification is an added advantage.
- HSE training certification is an added advantage.
Skills and Competencies
- Good project management and supervision skills.
- Ability to work on multidisciplinary projects.
- Strong written and verbal communication skills.
- Proficiency in Microsoft Office applications (Word, Excel, PowerPoint, Outlook).
- Ability to work effectively both independently and as part of a team.
- Knowledge of applicable codes, policies, standards, and best practices.
- Basic knowledge of other related engineering fields.
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