• Lead Structural Engineer for PLEM and ILS design of Noble Energy’s Rio Grande Loop (Big Bend and Dantzler fields). Lead the structural engineers in the design of 3 PLET designs and 1 ILS design for a total of 8 structures. Pipeline size is 8” with 12” outer insulating pipe (PIP). Structures were required to pass through the moonpool onboard the Lewek Constellation. Folding mudmats were required. Sliding mechanisms were incorporated to account for the expected pipeline walking/expansion. Independent 1st and 2nd end PLEM designs were created.• Lead Structural Engineer for 2nd end PLEM and ILS design of Noble Energy’s Gunflint field development. Lead the structural engineers in the design of 1 PLET designs and 2 ILS design for a total of 5 structures. Pipeline size is 8” with 12” outer insulating pipe (PIP). Structures were required to pass through the moonpool onboard the Lewek Constellation. Folding mudmats were required. Sliding mechanisms were incorporated to account for the expected pipeline walking/expansion.• Structural Engineer for the design of the Apollo Test PLET of which a top-tension of 632 Tonnes was held. This set an industry pipelay record in overall top-tension during an install.

• Assigned to various construction projects including Lucius, Heidelberg, Mozambique, and Thunder Horse.• Lead Structural Engineer for PLET and PLEM design of Anadarko’s Lucius Field Development. Collaborated with specialized subsea structures engineers and interfaced with project team and client to produce five (5) designs for a total of twenty-three (23) subsea structures. Pipeline sizes include 6”, 8”, and 16”. Structures were required to be capable of passing through a workstation of limited dimensions. However, foldable mudmats were not used per installer’s request. Sliding mechanisms were incorporated to account for the expected pipeline walking/expansion. All structures are capable of first or second end installation.• Developed a swiveling installation interface, complete with capture device, for installation of riser base PLEMs atop suction piles for Anadarko’s Lucius Field Development.• Lead Structural Engineer for FEED of PLET and PLEM designs of Anadarko’s Mozambique LNG Project. Designed three modular structures and mudmats to accommodate 86 structures of varying type and pipe diameter. Structure types included single hub and dual hub PLETs and single hub and dual hub In-Line-Tees. Pipe diameters include 10”, 14”, 16”, and 22”. Structures were required to be capable of passing through a workstation of limited dimensions. Therefore, foldable mudmats were used. Sliding mechanisms were incorporated to account for the expected pipeline walking/expansion. All structures are capable of first or second end installation.• Working on hydrate remediation campaign as lead for temporary structures for BP Thunder Horse. Collaborating with DeepSea Technologies on their design and construction of the Intervention Connector Assembly (ICA) to be placed onto the P 41W Manifold. The ICA will act as the injection and vacuum port for hydrate remediation operations.

•Projects: Atlantis, Blind Faith, ISG, Tahiti, Thunderhorse, Tombua Landana, Droshky, Caesar Tonga•Lead Structural Engineer for the design of Anadarko’s Caesar Tonga 7.69” riser base PLEM. Collaborated with entire structural team and interfaced with project team and client to produce a single design for 2 riser base PLEMs.•Lead Structural Engineer for PLET design of Marathon Droshky 8” flowline. Collaborated with entire structural team and interfaced with project team and client to produce a single design for four midline PLETs.•Invented PLET Pallet design for PLSV Seven Oceans. Devised a multipurpose pallet interface system for the safe and expeditious transfer of project specific PLETs into the PLSV Seven Oceans workstation for installation. Responsible for submission of proposals, directing design review, devising testing methods and acceptance criteria, and implementation of the structure for the Tombua Landana Field Development Project-Supervised System Integration Tests for the PLET Pallet in Angola•Provided on site engineering support in Angola for Tombua Landana including:-Supervised lifting operations-Designed and supervised modifications for offshore equipment-Verified arrival of project equipment as it was shipped to site-Designed seafastening for various offshore equipment-Assembled rigging for lifting•Primary Finite Element Analysis contact point for Subsea 7 United States region. •Operate and maintain 3D rapid prototyping machine for the company. Modify designs to be prototyped to scale for instruction, simulation, and presentation.•Design and analyze various structural items required for the installation of all subsea pipeline and related equipment in accordance with established codes (DnV, API, AISC) and company standards.•Perform detailed analysis on vessel and equipment modifications located in the workstation for the installation of subsea umbilical lines. •Perform preliminary design concepts for bid proposals

•Created workability table for vessels for specific METOCEAN data•Designed seafastenings for various offshore applications including riser decks, spools, ROVs, temporary personnel quarters, and other miscellaneous cargo in accordance with Noble Denton and other criteria provided by ABS and clients. (Includes application of clips, sockets, and steel member braces)•Designed outrigger work platforms for work over the edge of the ship. Also, designed cantilever arms for a change of rigging during PLEM lowering to sea bed•Designed padeyes for lifting cargoes and holding equipment under various directional loads.•Used SESAM to acquire the response amplitude operators for monohulls and catamaran for use in pipelay analysis by another program

•Researched, compiled information, and created a presentation on roll damping devices for a Joint Industry Project (JIP) on FPSO roll damping systems•Formulated a method for analysis of damage stability of Tension Leg Platforms (TLP)•Selected the machinery for a river refuse vessel design project•Translated historic hand drawn kayak drawings to electronic format for publishing•Assisted in the design, stability analyses, and inclining experiments of small passenger vessels and oil recovery vessels•Involved in the design and motion analysis of Small Waterplane Area Twin Hull (SWATH) vessels for offshore crew transport and hydrographic survey applications•Created an ANSYS model for structural analysis of an FPSO hull structure•Assisted in the design and analysis of shallow water mooring systems for FSOs/FPSOs using AQWA•Designed and analyzed a set of catenary anchor leg mooring (CALM) single point mooring (SPM) systems to be installed in shallow water

Created drawings .•Developed working drawings, and three-dimensional drawings of ship parts for installations on board various naval vessels using AutoCAD•Reorganized and maintained the filing system for the Mechanical Section to comply with ISO 9001 requirements