Engineer Integrity Management (EOI)

Overview

Integrity Management (IM)

• Asset Integrity Management: Developing and implementing integrity management strategies for pipelines and process facilities, including Risk-Based Inspection (RBI), Non-Destructive Testing (NDT), and written schemes of inspection.
• Integrity Software: Specifying, implementing, and supporting asset performance management software configuration and implementation.
• Fitness-for-Service (FFS): Providing expert advice and assessments around fitness-for-purpose assessment of pressure systems including re-rating and de-rating.

Project Engineering

• Provide day-to-day support to the Project Manager in planning, coordinating, and executing project activities to ensure delivery within scope, schedule, and budget.
• Monitor project progress, track key milestones, and support reporting by preparing status updates, risk logs, and performance metrics.
• Coordinate with multidisciplinary teams, contractors, and stakeholders to ensure effective communication and timely resolution of technical and commercial issues.
• Assist in document control, compliance with project procedures, standards, and client requirements.
• The key high-level aspects of the role are as follows:
• A competent team member with typically two to four years of progressively more responsible pertinent experience.
• Contributes to the successful completion of integrity engineering workscopes and consultancy services as directed by immediate supervisor.
• Assists in the development of integrity engineering deliverables.
• Performs routine aspects of integrity engineering assignments and collaborates with experienced technical professionals for non-routine aspects.
• Solves problems of a routine nature within clearly defined procedures.
• Executes assigned scope of work.
• Produces basic integrity engineering deliverables such as philosophies, reports, specifications, data sheets and others.
• Performs a variety of conventional engineering tasks in line with integrity discipline practices, procedures and programs.
• Solves problems using a variety of standard methods, applying standard techniques involving only minor innovations of methodology to provide solutions to problems with a limited number of variables.
• Participates with drafters, technicians, and others to contribute to project completion.
• Coordinates work with other engineers and operating groups.
• Researches problems through various sources of technical information.
• Makes recommendations on the acceptability of integrity supplied and work completed by contractors.
• Responsible for studies of limited scope requiring application of prescribed methods.
• Problems involves existing technology and applications, but may involve non-recurring problems.
• Demonstrates judgement in determining the methods to apply to assigned tasks.
• Makes limited changes to meet location conditions, new situations or to improve safety, economy, efficiency or applicability.
• Note-taking and active participation in design reviews.
• Review vendor documents under supervision and guidance.
• Provide day-to-day support to the Project Manager in planning, coordinating, and executing project activities to ensure delivery within scope, schedule, and budget.
• Monitor project progress, track key milestones, and support reporting by preparing status updates, risk logs, and performance metrics.
• Coordinate with multidisciplinary teams, contractors, and stakeholders to ensure effective communication and timely resolution of technical and commercial issues.
• Assist in document control, compliance with project procedures, standards, and client requirements.

Business and Industry Experience

• Typically requires two to four years of progressively more responsible pertinent experience.
• Ability to create functional and cost effective designs that meet specification and requirements with supervision.
• Some capability for conceptualizing designs.
• Proficient in use of design software and Database systems related to Engineering functions within their discipline.
• Ability to comprehend and interpret technical information applicable to the integrity engineering discipline.
• Able to apply academic theory in a practical context.
• Awareness of standards, processes and procedures and how they are used in work execution.
• Developing level of knowledge of regulatory framework and associated legislation.
• Developing level of knowledge of industry and technology development within discipline area.
• Working knowledge of specific procedures and applications.
• Some understanding of internal economic factors affecting projects to which assigned.
• Some knowledge of competitor capabilities.
• Solid understanding of policies and procedures that apply to assignments.
• Good level of general computer literacy and familiarity with relevant specialist engineering software.
• Basic knowledge and competency in project management principles and practices.