Job Summary
- The Instrumentation & Control Engineer is responsible for the technical integrity, accuracy, and completeness of all instrumentation and control engineering deliverables across project phases. The role ensures robust design, proper safeguarding philosophy, and full cross-discipline coordination from concept through detailed engineering.
Principal Duties and Responsibilities
Technical Ownership & Engineering Assurance
- Own the technical accuracy and completeness of all instrumentation and control deliverables prior to issue.
- Ensure early detection and correction of design errors before client submission or procurement impact.
- Perform comprehensive Inter-Discipline Checks (IDCs) to resolve design conflicts, gaps, and inconsistencies across engineering disciplines.
Control, Instrumentation & Safety Systems Design
- Develop and maintain Instrumentation Philosophies covering:
- Prepare control and safeguarding narratives aligned with project requirements and safety standards.
Engineering Specifications & Deliverables
- Prepare instrumentation specifications
- Develop instrument deliverables including:
Control System Design & Documentation Review
- Review instrumentation and control drawings
- Review and validate tagging on P&IDs for consistency and completeness
Calculations & Engineering Analysis
- Prepare engineering calculation sheets and supporting spreadsheets
- Perform utility consumption calculations including:
- Validate instrumentation sizing and system requirements where applicable
Procurement & Tender Support
- Prepare Requests for Quotation (RFQs) for instrumentation, control systems, and panels
- Support tendering activities with technical input and equipment scope definition
- Assist in technical evaluation of vendor bids
Documentation & Configuration Control
- Maintain full traceability of all engineering deliverables, revisions, mark-ups, and approvals
- Ensure all documents are correctly stored in SharePoint in line with company document control standards
- Guarantee 100% compliance with version control and approval workflows
Cross-Discipline Collaboration
- Coordinate with process, mechanical, piping, and electrical disciplines
- Resolve technical interface issues across engineering systems
- Ensure alignment between process intent and control philosophy
Engineering Quality & Safety Compliance
- Ensure all designs comply with relevant international standards and codes (IEC, ISA, API, ISO, etc.)
- Participate in safety reviews including HAZOP, SIL, and F&G studies
- Ensure compliance with QHSE requirements in all deliverables
Education and Work Experience
- B.Eng. in Electrical/Electronic Engineering or related engineering discipline
- M.Sc. in Instrumentation, Control Systems, Automation, or related field (added advantage)
- Professional registration with NSE and/or COREN (required)
- Minimum of 10 years’ office-based Instrumentation & Control engineering experience in oil & gas or EPC/engineering services environment
- Proven delivery of I&C design packages across:
- Experience across upstream, midstream, and/or downstream projects
- Demonstrated ability to conduct and sign off Inter-Discipline Checks (IDC) and design reviews
- Experience supervising, reviewing, and mentoring junior engineers
- Strong exposure to safety-critical systems (SIS, FGS, DCS/PLC environments)
Competency and Skill Requirement
Instrumentation & Control Engineering Expertise
- End-to-end I&C design across FEED and DED phases
- Development of instrumentation philosophies and control narratives
- Field instrument selection (pressure, temperature, level, flow)
- Strong understanding of control system architecture and integration
Engineering Tools & Digital Systems
- SPI INtools (database, index, wiring, loop, spec modules)
- INSTRUCALC (valve sizing, flow element calculations)
- MS Office Suite (Excel, Word, PowerPoint)
- Adobe Acrobat for engineering mark-ups
- AutoCAD (drawing review and annotation)
- Vendor tools (Emerson, PRV2SIZE, ValspeQ, etc.)
Safety & Control Systems Knowledge
- SIS, FGS, DCS/PLC system design principles
- Safety lifecycle understanding (SIL studies, HAZOP participation)
- Control systems: HIMA, Yokogawa, Emerson DeltaV, Triconex, Allen Bradley
- Cause & Effect (C&E) logic development and validation
Standards & Technical Compliance
- Ability to interpret and apply international engineering codes
Analytical & Engineering Judgment
- Strong analytical problem-solving capability
- Ability to resolve design conflicts and interface issues
- Sound engineering judgment in safety-critical systems
Documentation & Delivery Discipline
- High-level technical report writing capability
- Strong engineering documentation structure and traceability
- SharePoint-based document control discipline
Collaboration & Leadership
- Cross-discipline coordination (Process, Mechanical, Electrical, Piping)
- Ability to supervise and review junior engineers
- Strong interpersonal and communication skills
Commercial Awareness
- Understanding of CTR budgets and project constraints (Desirable)
- Ability to support engineering deliverables within cost and schedule limits
Key Performance Indicators
Delivery Performance
- ≥ 90% of deliverables issued on schedule per project milestones
Engineering Quality
- ≥ 85% first-issue accuracy (low major IDC comments)
- Measured reduction in rework due to design errors
Documentation Compliance
- 100% SharePoint compliance
Safety & Compliance
- 100% participation in assigned HAZOP / SIL / safety reviews
- Zero deviations from approved safety system requirements
IDC Effectiveness
- IDC resolution completed within agreed project timelines
- Reduced interface-related field changes (target trend: downward year-on-year)
Mentorship & Team Development
- Progress of junior engineers against IDPs
- Evidence of capability improvement within team outputs
QHSE Performance
- Zero incidents attributable to I&C engineering deliverables or activities
Client Satisfaction
- Positive feedback from project close-out reviews and client evaluations
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Job Summary
- The Process Engineer is responsible for ensuring the technical integrity, accuracy, and completeness of all process engineering deliverables across project phases. The role focuses on proactive design validation, cross-discipline coordination, and ensuring that all process outputs meet project, client, and regulatory requirements before issuance.
Principal Duties and Responsibilities
Technical Ownership & Quality Assurance
- Own and ensure the technical accuracy and completeness of all process engineering deliverables prior to issue.
- Identify and resolve design errors, inconsistencies, and omissions at the engineering stage to prevent downstream rework.
- Perform detailed Inter-Discipline Checks (IDCs) to eliminate conflicts between process, piping, mechanical, and instrumentation designs.
Process Design & Engineering
- Develop process engineering deliverables across all project phases: feasibility, conceptual design, FEED, and Detailed Engineering Design (DED).
- Prepare and maintain accurate Piping & Instrumentation Diagrams (P&IDs), ensuring consistency across documents and revisions.
- Develop process simulations to validate design intent and support engineering decisions.
- Perform core process calculations
Documentation & Compliance
- Maintain complete and traceable documentation of all engineering deliverables, including:
- Ensure all documentation is properly stored and managed in line with company document control standards (e.g., SharePoint).
Equipment & Specification Development
- Prepare datasheets and technical specifications for process equipment, valves, and instrumentation.
- Support procurement activities by ensuring clarity and completeness of engineering inputs.
Commercial & Project Support
- Provide process engineering input to tenders and proposals, including:
- Support project execution teams with technical guidance and design clarifications.
Education and Work Experience
- Bachelor’s degree in either Chemical/ Mechanical / Petroleum or a related engineering discipline
- 5–8 years’ experience in process engineering within oil & gas, energy, or EPC environments.
Strong experience with:
- Process simulations (e.g., Aspen HYSYS or similar)
- P&ID development and review
- Engineering calculations and equipment sizing
- Familiarity with industry standards and codes (API, ASME, etc.).
Competency and Skill Requirement
Process Engineering & Technical Expertise
- Strong capability in process design across feasibility, conceptual, FEED, and DED phases
- Proficiency in process simulation tools (e.g., HYSYS, PROMAX, FLARENET or equivalent)
- Ability to develop, review, and validate P&IDs, process datasheets, and technical specifications
- Solid experience in core process calculations, including:
- Equipment sizing
- Valve sizing
- Hydraulic and line sizing
- Blowdown and relief calculations
- Sound knowledge and application of industry standards (API, ASME, ANSI, AGA, IEC, PIP)
Analytical Thinking & Engineering Judgment
- Strong analytical capability to interpret simulation results and engineering data
- Ability to identify design inconsistencies, risks, and optimization opportunities
- Applies sound engineering judgment to resolve complex technical challenges
Quality Assurance & Attention to Detail
- High level of accuracy in engineering deliverables
- Ability to detect and resolve errors through inter-discipline checks (IDCs)
- Ensures consistency and completeness across all process documentation
Project Execution & Delivery Discipline
- Ability to manage multiple deliverables within tight project timelines
- Strong planning, prioritization, and time management skills
- Delivers high-quality outputs in line with project schedules and milestones
Documentation & Digital Proficiency
- Strong documentation discipline with full traceability of engineering deliverables
- Proficiency in MS Office Suite (Excel, Word, PowerPoint) and Adobe Acrobat
- Experience using SharePoint for document control and compliance
- Familiarity with AutoCAD and PDMS/E3D for drawing review and inter-discipline coordination (Desirable)
Communication & Cross-Functional Collaboration
- Ability to communicate complex technical information clearly and effectively
- Strong collaboration with multi-disciplinary teams (piping, mechanical, instrumentation)
- Produces clear and structured technical reports and documentation
Commercial Awareness & Proposal Support
- Understanding of project cost, schedule, and resource considerations
- Ability to contribute to tender preparation and Cost-Time-Resource (CTR) estimation (Desirable)
- Supports development of technical inputs for proposals and bid documentation
Leadership & Mentorship
- Ability to guide and support junior engineers
- Demonstrates accountability and ownership of deliverables
- Contributes to team capability development and knowledge sharing
Safety & Compliance Mindset
- Active participation in HAZOP and SIL studies
- Strong awareness of process safety and risk management
- Ensures compliance with QHSE standards and safe engineering practices
Key Performance Indicators
Delivery & Schedule Performance
- On-Time Deliverables: ≥ 90% of process deliverables issued in line with project milestone plans
Quality & Technical Accuracy
- First-Issue Quality: ≥ 85% of deliverables pass IDC without major comments
- Simulation Validation: All simulation models validated and signed off by Lead Engineer prior to IFC
Documentation & Compliance
- Document Control Compliance: 100% of deliverables, revisions, and review records uploaded to SharePoint within 24 hours
Safety & Risk Management
- HAZOP/SIL Participation: 100% attendance and active contribution to assigned safety reviews
- QHSE Performance: Zero incidents attributable to process engineering deliverables
Team & Capability Development
- Mentorship Effectiveness: Measurable progress of direct reports against Individual Development Plans (IDPs)
Client & Stakeholder Satisfaction
- Client Feedback Score: Positive rating based on project close-out reviews
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Job Summary
- The Operations Manager is responsible for overseeing and managing operations, activities, and projects out of Warri and its surrounding areas. This role ensures that all operations meet client specifications, adhere to international engineering standards, and are delivered safely within the approved budget and schedule. The Operations Manager will lead and control all activities related to operations and project execution in the Warri region.
Principal Duties and Responsibilities
- Oversee field operations and activities in the Warri area, providing support for multiple concurrent projects.
- Coordinate resource planning, cost estimating, and scheduling in collaboration with Resource Management.
- Plan, organize, coordinate, and manage projects in compliance with company policies, procedures, systems, and requirements.
- Supervise field operations and project support teams directly.
- Lead field operations staff, including involvement in employee selection, training, and performance management.
- Coordinate business development, project development, and field operations to ensure client safety, cost, quality, schedule, technical, and operability objectives are met, integrating safety into all aspects of project execution.
- Solve complex technical issues requiring broad knowledge of technical and functional responsibilities.
- Provide expert engineering guidance and project leadership.
- Collaborate with the business development team to discuss project specifications and procedures.
- Oversee research, development, testing, and evaluation efforts for projects.
- Develop detailed plans for field operations and project execution, integrating technical activities.
- Review and approve contracts and cost estimates for project execution.
Education and Work Experience
- Bachelor’s degree in Engineering or a related field.
- Membership with the Project Management Institute (PMI) or a related professional affiliation is advantageous.
- Minimum of 15 years of experience managing a wide range of project activities, including design, procurement, scheduling, budgeting, fabrication, operations and maintenance, and commissioning.
- PMP Certification is a plus, with proficiency in computerized project management and reporting tools.
- Working knowledge of engineering and asset integrity management practices.
Competency and Skill Requirement
- Excellence, Innovation, Safety, Mutual Respect, and Ethics.
- Strong reasoning abilities (inductive and deductive).
- In-depth knowledge of design techniques, tools, and principles.
- Excellent written and verbal communication skills.
- Proficient in operations analysis, problem-solving, quality control analysis, and critical thinking.
- Strong troubleshooting and decision-making capabilities.
- Leadership skills with a focus on managing teams and projects effectively.
- Understands quality, health, and safety standards.
Key Performance Indicators
- Achievement of gross revenue targets and profit margins.
- Variance between projected and actual project costs.
- Client relationship management and satisfaction.
- Work completion certificates and increased customer satisfaction.
- 100% Success rate of technical tenders passed.
- Improvement in brand visibility and market penetration.
- 100% On-budget and on-time project delivery.
- Employee talent management and engagement.(% EE Score)
- 100% compliance with QHSSE standards.
- Zero rework on all projects.
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