• Advised on expert committees for AI in project management and reframing project success.• Contributed insights on the future of project management through committee work.• Collaborated with industry leaders to shape the direction of project management practices.

• Engineering Project Management/ Project Development• Project Coordination between disciplines and scheduling management• Scope, Schedule, and Resource Management for 15+ FEEDs, proposals and studies with International Oil Companies for projects around the world.

Management of Technology Development for Installation of the Hywind Wind Turbine Generator on a Spar base for a floating offshore wind farm with Modec & Statoil

Successively led my team to qualify the SOFEC LT (2014 –2015), and SOFEC VLT (2015 – 2017) for ultra-large FLNGs through rigorous scrutiny by Shell Technical Authorities.

Led SOFEC team through FEED. SOFEC won the Turret contract & parent MODEC won FSO contract. Entry into the North Sea oil & gas sector was a significant milestone.

Project Manager for ConocoPhillips FLNG Turret study

The 480 m by 75 m wide (1,575 ft by 246 ft) Floating LNG facility for the Scarborough field in Australia's Carnarvon basin could be capable of processing around 6 MM tons per annum of LNG.

• Development of new Spar Concepts for emerging deepwater fields• Scantling Design of Hulls as per ABS FPI rules and analysis in FEA for conceptual floating platform designs• Structural analysis, Stress analysis, of Papaterra TLP (P-61) top deck and joints

- Developed deepwater production platform solutions for contracts in the hundreds of millions- Collaborated with the Marketing department to create feasible solutions for clients within regulatory parameters- Utilized technical expertise and resources from company and industry to develop solutions for FPSOs, Semi submersibles, and TLPs

- Led the development of a disconnectable external mooring system for FPSOs in deepwater- Implemented higher-end PLM software in the mechanical design group, leading the evaluation and selection process. Pro-E, UGS NX & CATIA were evaluated. UGS NX was chosen.- Acted as lead mechanical engineer for the mechanical components of several FPSO turrets, including the White Rose, Belanak, Frade, and Espadarte- Designed and analyzed swivel stacks for high-pressure toroidal product, water injection, and utility swivels, as well as power signal and FORJ swivels- Conducted structural and stress analysis for FPSO moonpools, including the P-57 FPSOLed the design and analysis of mechanical components for several CALM buoys

Site Construction Engineer for SBM CALM Buoys at Gulf Piping Company (GPC), Abu Dhabi

Selected Projects:• Elastomeric Joints and Bearings Design; Structural Analysis and Design• Designed an elastomeric expansion joint for a 22” pipe and 740 psi• Redesigned FPSO lower turret bearings as flat pads• Designed an elastomeric joint for a chain hawse articulation♣ Structural Analysis and Design• Finite Element Analysis using packages such as ANSYS and other specialized engineering software; CADD (Solid Works, AutoCAD) software was used for engineering and illustration purposes♣ Model Testing: Post processing of large datasets from Hydrodynamic model test results• Hydrodynamic load calculations; Data analysis and interpretation using specialized software♣ Programming• Use of Visual Basic to automate tasks in engineering spreadsheets and to make applications such as Solid works, Excel, AutoCAD etc. to work together♣ Multimedia• Video editing for engineering and presentation purposes; image creation and manipulation with software such as Photoshop and Illustrator

• Elastomeric Joints and Bearings: Elastomeric Bearings design with ANSYS and APDL programming. • Cryogenic swivels: Thermal expansion and stress analysis on Cryogenic swivels with Ansys Multiphysics• Gravity actuated subsea pipe (GAP): Analysis of Gravity actuated subsea pipe under thermal loading • Modeling, Animation, Graphics: Modeled & Animated R&D concepts using Solid Works & 3D Studio Max; simulated physical behavior using output from engineering Software; also used Adobe Photoshop & Illustrator.

3D Modeling using Pro-Engineer & SDRC Ideas for Aerospace and Mold components, Mold Design with Pro-E