Dr Hany Elosta

• Lead the engineering design, execution, and delivery of all offshore facility scopes including jackets, topsides,
subsea structures, pipelines, umbilicals, flexible risers, and fiber-optic cables, ensuring compliance with ADNOC
AGES, DNV, API, and ABS standards.
• Act as the Companys Project Engineering and operations Manager, coordinating multi-discipline teams across
structural, naval, civil, and subsea disciplines, aligning execution plans with project objectives and stakeholder
expectations.
• Engineering Governance & QA: Established the project engineering execution plan and MDR (Master Document
Register) oversight process; reviewed and approved engineering documentation, installation procedures, and
readiness reviews, ensuring quality and regulatory compliance across all packages.
• Stakeholder & Client Interface: Served as the primary technical interface with ADNOC and MWS (Marine Warranty
Surveyor) for offshore structures, naval architecture, and subsea engineering. Facilitated design reviews, readiness
workshops, and issue resolution with EPC contractors and JV partners.
• Resource & Organizational Development: Directed manpower planning and engineering resource allocation across
internal and subcontractor teams (40+ engineers and site personnel). Mentored engineering staff, implemented
succession planning, and fostered a high-performance, safety-focused culture.
• Procurement & Vendor Oversight: Guided technical evaluations for major equipment packages (structural steel,
umbilicals, subsea hardware, and civil works). Reviewed vendor qualifications, fabrication readiness, and
compliance with project specifications.
• HSE & Offshore Operations: Champion of HSE and offshore readiness, attending vessel mobilizations, jacket load
outs, subsea installation campaigns, and yard inspections as ADNOCs engineering authority.
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• Directed early design, detailed engineering, and offshore installation for multiple EPCI projects, covering offshore
structures, subsea systems, naval architecture, and marine civil scopes within integrated iEPCI delivery models.
• Oversaw engineering activities for jackets, topsides integration, subsea pipelines, dynamic risers, umbilicals, and
structural tie-ins, ensuring compliance with DNV, API, and ABS standards and alignment with client specifications.
• Provided both technical and commercial leadership on major EPCI SURF and offshore structural tenders valued up to
$700M, developing execution strategies, reviewing design alternatives, and optimizing costs to secure new projects.
• Coordinated engineering deliverables with fabrication yards, heavy-lift vessel providers, and marine civil contractors for
quay upgrades, load-out operations, and installation campaigns, ensuring readiness and safe execution.
• Implemented robust engineering governance including design reviews, readiness assessments, and lessons-learned
programs. Maintained risk registers and chaired monthly risk/opportunity review meetings, reducing project timelines
by 12% through proactive mitigation.
• Directed multi-disciplinary engineering teams of 40+ staff across subsea, structural, naval, and civil disciplines,
providing mentorship, succession planning, and resource allocation to deliver concurrent projects on time and within
budget.

• Led feasibility and FEED studies for offshore field developments, covering flexible risers, flowlines, umbilicals, subsea
structures, and naval/civil interfaces.
• Developed innovative offshore structural and civil concepts for extreme environments (e.g., Arctic), including quayside
upgrades and heavy-lift readiness for installation campaigns.
• Prepared Invitation to Tender (ITT) packages and technical specifications for major SURF and offshore structure
projects, ensuring compliance with DNV, API, and ABS standards.
• Collaborated with R&D teams to integrate novel monitoring and heating technologies into subsea and structural
designs, enhancing reliability and lifecycle performance.

• Spearheaded engineering for flexible risers, jumpers, flowlines, and offshore structural systems (including subsea
manifolds, tie-in spools, and topside interface points) across multiple offshore projects.
• Executed detailed design analyses (stress, fatigue, stability) for subsea and structural systems while integrating
naval architecture considerations for installation campaigns.
• Coordinated with fabrication yards and offshore construction teams to ensure compliance with project
specifications and readiness for heavy-lift and marine civil operations.
• Supported procurement and manufacturing oversight of flexible pipe and structural components, acting as the
engineering focal point for suppliers and installation contractors. assurance riser
structural integrity tie-ins, confidence in long-term system reliability. In
addition, improved the fidelity of riser dynamic simulations by introducing enhanced modeling techniques, enabling
more accurate prediction of fatigue life and reducing over-conservatism in design. These innovations led to safer
designs and provided clients with extended field life options for existing assets.

• Led research and applied engineering programs in catenary risers, offshore structures, naval architecture, and lifetime
extension methodologies for subsea and structural assets.
• Developed reliability-based assessment models for steel catenary risers, seabed-structure interaction, and offshore
structural fatigue, advancing design standards and improving lifecycle predictions.
• Provided technical leadership in joint industry projects and collaborated with classification societies on structural
verification and regulatory compliance.

• Directed structural design and analysis for subsea pipelines, mobile offshore drilling units (MODUs), offshore platforms,
and civil marine infrastructure (quays, jetties, and terminals).
• Delivered lifetime extension and structural integrity studies for platforms and pipelines in the Red Sea, ensuring
compliance with international standards and enhancing asset service life.
• Managed R&D and client-facing engineering projects, integrating naval architecture, offshore structural design, and
geotechnical interface studies to support safe and efficient project delivery.