We are seeking a highly motivated professional to fulfill this critical role, which is designed to deliver strategic value and operational excellence. The primary objective involves executing key responsibilities that support and enhance organizational objectives, ensuring alignment with overarching business goals. Additionally, the position requires adherence to specific qualifications, including relevant experience, advanced technical skills, and demonstrated leadership capabilities. By fulfilling these duties—such as managing projects, collaborating with cross-functional teams, and driving innovation—you will play an instrumental role in advancing our mission and fostering sustainable growth.
To deliver specialized pipeline engineering proficiency while contributing to the successful execution of HA and HB-Bubo projects.
The HA and HB-Bubo projects are designed to deliver approximately 350–450 MSC/d of gas to NLNG Train 7 starting from 2029, alongside 25–30 kb/d of oil and condensate for export. Together, these projects are expected to account for roughly 25% of the total gas supply to NLNG Train 7. While the HA project has finalized its Front-End Engineering Design (FEED) in April 2025 and is currently concluding the tendering process for project contracts, the HB-Bubo project is set to commence FEED in the second quarter of 2026. The current schedule anticipates a joint Final Investment Decision (FID) for both HA and HB-Bubo by the end of the first quarter of 2027. Recognizing the critical role these projects play in supporting NLNG Train 7 and ensuring the protection of the First Gas Date, the Joint Venture partners have approved a fully integrated and optimized approach to HA and HB-Bubo. This strategy aims to enhance the overall business case and facilitate additional project optimizations.
The role encompasses delivering technical expertise and ensuring quality assurance across all stages of the project lifecycle—from Conceptual and FEED phases through Detailed Design, Procurement, Construction, Installation, and Commissioning—to uphold design integrity, technical standards, and operational reliability. Responsibilities include overseeing all pipeline engineering activities and deliverables for the HA and HB-Bubo projects.
Oversee a comprehensive range of duties encompassing strategic planning, operational execution, and team leadership to ensure organizational goals are met. Collaborate with cross-functional departments to streamline processes, allocate resources efficiently, and mitigate potential risks. Develop and implement policies, procedures, and performance metrics to enhance productivity, compliance, and overall business growth. Monitor key performance indicators to assess progress, identify areas for improvement, and drive continuous enhancement. Foster a culture of accountability, innovation, and professional development among team members. Represent the organization in external engagements, including stakeholder meetings, industry conferences, and regulatory interactions. Ensure adherence to legal, ethical, and industry standards while maintaining high standards of transparency and integrity in all operations.
Design initiatives focus on specialized subjects, guided remotely by established protocols or limited prior examples.
Translates established guidelines and standards into practical applications, addressing routine technical issues while delivering strategic recommendations that significantly enhance local business outcomes. Spearheads the evaluation, development, and deployment of innovative technologies and methodologies to streamline field operations, fostering continuous improvement and operational efficiency.
Plays a key role in mentoring and educating fellow professionals within the industry. Occasionally serves as the Company’s authorized representative, engaging with suppliers, clients, and external organizations in a subject-matter expert capacity.
Collaborates seamlessly across multiple engineering domains to ensure successful project completion.
May be responsible for serving as a subject-matter expert across regional or global functional communities.
Oversees the coordination and execution of discipline-specific teams and projects encompassing the design, construction, operation, or maintenance of facilities and plants, while engaging with stakeholders and supervising contractor activities.
Deliver expert proficiency in critical subsea pipeline engineering domains—such as compliance with design codes, adherence to legislative mandates, and alignment with prevailing good engineering practices—while upholding professional integrity and specialized technical acumen.
Produce deliverables such as engineering support to the drafting office, design calculations, procedures, analyses, progress reports, bid evaluations, study reports, and third-party submissions.
Deliver comprehensive pipeline design scopes on projects by overseeing junior engineers with minimal oversight.
Deliver comprehensive pipeline analysis support to assigned projects, ensuring thorough evaluation and strategic insights to enhance project outcomes.
Offer expert technical advice and support to designers and junior engineers across diverse disciplines.
Deliver comprehensive design and evaluation of rigid pipeline systems, adhering strictly to recognized industry codes, standards, design guides, and project specifications.
Conduct mechanical line sizing, perform integrity calculations, and execute thermos-mechanical analysis for offshore pipelines.
Oversee the execution of comprehensive pipeline engineering tasks to ensure optimal performance throughout all stages of development and operation.
Selecting the appropriate wall thickness is a critical aspect of the design process, ensuring structural integrity, performance, and compliance with applicable standards. This task requires evaluating material properties, anticipated loads, and environmental conditions to determine the optimal dimensions for safety and efficiency. Knowledge of engineering principles, material science, and regulatory guidelines is essential, along with proficiency in relevant software tools. The role involves analyzing specifications, conducting calculations, and collaborating with cross-functional teams to validate decisions and optimize outcomes.
Conducting on-bottom stability analysis to evaluate the structural integrity and resistance of subsea pipelines or structures against environmental forces such as currents, waves, and seabed conditions. This involves assessing factors like soil properties, hydrodynamic loads, and pipeline configuration to ensure compliance with safety and regulatory standards. The role requires proficiency in geotechnical engineering principles, fluid dynamics, and finite element analysis (FEW) tools to model and predict potential failure modes. Additionally, it demands experience in industry-specific software, such as DNVGL-ST-F101, and a strong understanding of offshore design codes and guidelines.
Conduct a permissible free-span analysis to evaluate structural integrity and ensure compliance with applicable standards. This assessment involves verifying that the free spans do not exceed specified limits to prevent potential hazards or failures. The analysis must account for environmental conditions, load-bearing requirements, and regulatory guidelines to maintain operational safety and reliability.
Conducting thermal expansion analysis involves assessing material behavior under temperature variations to determine dimensional changes and potential structural impacts. This role requires expertise in thermal management and material properties, ensuring accurate predictions of expansion coefficients and stress distributions. Responsibilities include developing analytical models, performing simulations, and validating results against experimental data to support design optimization and reliability assessments. Proficiency in finite element analysis (FEW) software and aeromechanical testing methods is essential, along with strong problem-solving skills to interpret data and recommend mitigation strategies for thermal-induced deformation.
Conduct an analysis of bottom roughness to ensure accurate assessment of surface irregularities and their impact on operational efficiency. This role involves evaluating variations in texture and elevation to identify potential risks and areas for improvement in submerged environments. Proficiency in data interpretation and familiarity with industry standards are essential for delivering precise measurements and actionable insights. Collaboration with cross-functional teams may be required to integrate findings into broader project objectives.
Thermos-mechanical design encompasses low cycle fatigue analysis, lateral buckling assessment, and walking analysis to evaluate structural integrity under thermal and mechanical loads.
A dependable spool and jumper configuration is essential.
Pipeline route selection and optimization involve evaluating various potential pathways to determine the most efficient, cost-effective, and environmentally responsible route for pipeline construction. This process includes analyzing topographical data, assessing environmental impacts, securing necessary permits, and collaborating with stakeholders to mitigate risks and ensure compliance with regulatory standards. The role requires expertise in geospatial analysis, project management, and a thorough understanding of industry regulations to deliver a viable and sustainable pipeline route.
Designing pipeline crossings requires meticulous planning and engineering expertise to ensure safe and compliant installations across varied terrains and water bodies. This role demands proficiency in regulatory frameworks, environmental impact assessments, and structural analysis to mitigate risks and meet stringent industry standards. Candidates must possess a strong background in civil or pipeline engineering, with hands-on experience in designing and overseeing crossing projects. Key responsibilities include conducting site evaluations, preparing detailed engineering drawings, coordinating with stakeholders, and ensuring adherence to safety protocols throughout the project lifecycle.
Conduct a comprehensive examination of installation processes to identify potential inefficiencies, risks, or deviations from established standards. Evaluate technical specifications, workflows, and resource allocation to ensure optimal performance and compliance with industry regulations. Assess the effectiveness of current methodologies, equipment functionality, and personnel training to recommend improvements that enhance safety, productivity, and cost-efficiency. Prepare detailed reports outlining findings, corrective actions, and strategic enhancements for stakeholder review and implementation.
The preparation and verification of design documentation, encompassing feasibility reports, comprehensive design reports, and equipment specifications, are essential duties.
Offer comprehensive support in preliminary pipeline routing evaluations, meticulously analyzing all interfaces, functional specifications, and both man-made and geological hazards by leveraging data derived from geotechnical and geophysical (G&G) survey findings.
Provide pipeline engineering support to multidisciplinary project execution while ensuring adherence to established budget and schedule constraints.
Collaborate effectively with various subsea-related disciplines while gaining a comprehensive understanding of the project’s interfaces.
Offer technical support in pipeline engineering during intermittent offshore or site-based operations.
Oversee the work of Pipeline Engineers while assisting with Quality Assurance and Quality Control processes for both FEED and detailed design deliverables.
Mentor and coach junior and graduate engineers to foster their professional development and technical growth.
Engage consistently in ongoing training initiatives to foster continuous professional growth and development.
Contribute insights to the development of project cost and schedule estimates.
Collaborate in drafting project specifications and purchase requisitions while offering assistance throughout bidding and subcontractor selection procedures.
Collaborate in the preparation and execution of pre-commissioning and commissioning procedures, encompassing testing, flooding, pigging, gauging, risk assessment, and mitigation efforts, while coordinating with cross-functional facility teams and integrating process safety protocols into all operational activities.
Attend Project reviews, HAMID, HOP, and similar assessments to ensure thorough risk evaluation and adherence to safety protocols.
Drive a culture of zero accidents and zero incidents by implementing inherently safe design principles that comply fully with all regulatory mandates and industry-specific codes and standards.
Manages relationships with diverse internal and external stakeholder groups at both tactical and strategic levels, skillfully balancing competing interests. The potential scale and impact of missteps—particularly regarding reputation—are significant, necessitating meticulous and proactive stakeholder engagement.
• Bachelor’s degree in a relevant field required; advanced degree preferred
• Minimum of 5 years of progressive experience in [industry/role]
• Proficiency with [specific software, tools, or systems]
• Strong analytical and problem-solving skills
• Exceptional written and verbal communication abilities
• Demonstrated leadership experience managing cross-functional teams
• Prior experience delivering projects within strict deadlines
• Ability to work independently and prioritize multiple tasks effectively
A Bachelor’s degree in Engineering or higher is required for this position.
Professional experience in offshore platforms, Floating Production Storage and Offloading (FASO) units, or onshore terminals is advantageous.
A minimum of fourteen years of professional experience in the oil and gas sector is required.
Proficient in HESSE frameworks and internationally recognized engineering standards, best practices, and systems.
Possesses comprehensive knowledge of methodologies, regulations, and technological advancements pertinent to Oil and Gas infrastructure.
Accomplished in fostering cohesive team dynamics, guiding individuals, and nurturing talent, with a steadfast dedication to professional growth and ongoing development. Demonstrates exceptional interpersonal and leadership capabilities while maintaining a proactive approach to enhancing personal and team performance.
Considerable emphasis is placed on customer focus, strong interpersonal abilities, and commercial insight, complemented by the initiative, expertise, and drive necessary to recognize and capitalize on business opportunities.
Effective communication skills are a fundamental requirement for this position.
Demonstrates strong adaptability and collaboration skills within diverse, cross-functional teams composed of individuals from various ethnic backgrounds and professional disciplines.
Effective leadership, mentoring, negotiation, sound decision-making, interpersonal relations, and strong communication skills are essential for achieving success. A high level of cultural awareness and the capacity to integrate diverse teams are also necessary.
Demonstrates strong self-motivation and the capacity to execute tasks independently while maintaining high productivity standards.
To initiate the application process, please follow the steps outlined in the designated application method. This ensures that your submission is processed efficiently and reaches the appropriate department without delay. The method is designed to streamline the application experience while maintaining clarity and accessibility for all candidates. Be sure to adhere to the specified instructions to avoid any complications in the review of your application.
To initiate your application, kindly utilize the provided link(s) and submit your materials directly through the company’s official website.
Qualifications
BA/BSc/HND
Experience Required
14 years
