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Top 50 Naval Architect Skills

Below we've compiled a list of the most important skills for a Naval Architect. We ranked the top skills based on the percentage of Naval Architect resumes they appeared on. For example, 15.1% of Naval Architect resumes contained Research Vessels as a skill. Let's find out what skills a Naval Architect actually needs in order to be successful in the workplace.

These are the most important skills for a Naval Architect:

1. Research Vessels

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high Demand

2. Stability Analysis

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high Demand
Here's how Stability Analysis is used in Naval Architect jobs:
  • Conducted intact and damaged stability analysis.
  • Project 281 (Neptune Discoverer -Drilling Ship) This project required to do stability analysis and mooring analysis under design environment.
  • Completed stability analysis for tugs, barges offshore supply vessels and fast missile craft.
  • Designed trim and stability analysis spreadsheet using Lotus 1-2-3.
  • Identified deficiencies in the Stability analysis methodology and implemented corrective action.
  • Project 402 (Pipelay Vessel) This project required to do stability analysis, Sounding calculation and inclining experiment report.

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3. Deadweight Survey

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high Demand
Here's how Deadweight Survey is used in Naval Architect jobs:
  • Perform Deadweight Surveys and stability analysis on various vessels.
  • Conducted incline experiments and deadweight surveys for ferries, tugs, barges, fast missile craft, and offshore supply vessels.
  • Led team performing the stability test (inclining experiment and deadweight survey) and analyzed the results.
  • Performed pendulum tests, deadweight surveys, and stability studies of ships.
  • Perform the inclining experiment, deadweight surveys and SPM buoy installations.
  • Conducted a Deadweight Survey; performed intact and damage stability analysis, weight calculations..

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4. Shop Drawings

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high Demand

5. ABS

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high Demand
Here's how ABS is used in Naval Architect jobs:
  • Prepared recommendations for modifications to ABS NVR for high-expansion fire-fighting foam systems in JHSV and water-mist sprinkling.
  • Calculated mean current load by in-house program TCURT based on ABS rules and API RP 2T.
  • Key challenge was negotiating with multiple suppliers to efficiently meet competing Navy and ABS specifications.
  • Created numerous HECSALV salvage models for ABS Rapid Response Damage Assessment (RRDA) Program.
  • Review incline test results and LL11D for ABS Load Line certification.
  • Design of ABS classed Tug/Escort with twin Voith-Schneider propulsion system.
  • Obtained ABS approval for the project.
  • Assisted in compilation of the vessels stability booklet as well as Incline Stability Study conducted with both BV and ABS present.
  • Complete detail structural design of ABS A3 Ice Class AHTS vessel for Shell Oil.

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6. CAD

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high Demand
Here's how CAD is used in Naval Architect jobs:
  • Produced computer generated precision ship parts using AutoCAD and proprietary software that creates code for numerically-controlled steel production equipment.
  • Traveled to Guantanamo Bay to participate in ship operational trials Worked at US Naval Academy ship towing test tank.
  • Developed hull forms, general arrangement and weight budget through 3D and CAD tools.
  • Design and Drafting - Used AutoCad to create concept and production level drawings.
  • Review and edit AutoCAD drawings for machinery system redesigns for several ship classes.
  • Create, modify, and check CAD drawings for ship alteration projects.
  • Developed software and defined trailer ship hull form for shipyard CAD system.
  • Used AutoCAD to revise Tank Capacity Curves and ship arrangements drawings.
  • Designed general arrangements for ocean and river barges, using AutoCAD.
  • Back-fixed AutoCAD drawings for LHD and CVN class ships.
  • Used StabCAD software in preparing stability and loading data.
  • Prepared detail CAD production drawings and material lists.
  • Reengineered, integrated, and managed computer-aided design and manufacturing (CAD/CAM) processes.
  • Used Autocad to change ships online.

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7. Shipyard

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high Demand
Here's how Shipyard is used in Naval Architect jobs:
  • Negotiated with shipyard to settle discrepancies between owner specifications and work performed during construction.
  • Supervised shipyard implementation, reviewed production plans and work schedules.
  • Conducted user acceptance testing (UAT) workshops for the product in more than 35 shipyards across Asia.
  • Coached Computer Aided Design to Indonesia East Shipyard Industry (IKI) reviving project stakeholders.
  • Provided naval architecture, design, marine engineering, shipyard support and operations support services.
  • Prepared and input Job Summaries into the shipyards planning and scheduling database (AIM).
  • Lead a team of naval architects for production design and construction supports in shipyard
  • Review and submit design drawings for approval to classification societies and shipyard.
  • Reviewed shipyard weight and inclining report and As-Built Drawings.
  • Assist Operation manager in Shipyard Operation 2.
  • Supported shipyard for structural modifications and provided cost-effective recommendations for clients.
  • Worked with marketing manager to develop conceptual designs as well as variants of the shipyard's stock design portfolio.
  • Served in shipyard hull design group and familiarized with shipbuilding process and design procedures for newbuilding projects.
  • Consulted on proposed SHIPALTs with shipyard and government representatives.
  • Managed all the ECPs, DRLs for the project with continuous interaction with Navy & Shipyard.

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8. Regulatory Bodies

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Here's how Regulatory Bodies is used in Naval Architect jobs:
  • Liaised with clients and regulatory bodies.

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9. Uscg

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Here's how Uscg is used in Naval Architect jobs:
  • Interfaced with regulatory bodies (ABS, USCG) on issues related to the EBDG drawing package and ship construction.
  • Performed RCM (Reliability Centered Maintenance) Analysis on USCG vessels' mechanical systems.
  • Produced & managed electrical drawings for USCG approval on newly constructed passenger vessel.
  • Prepared survey of advanced marine vehicles for future USCG SAR and ELT missions.
  • Provided Engineering support for drawing and document validation on USCG RB-M Project.
  • Prepared ABS/USCG submittals for stability analysis, inclining experiments and condition surveys.
  • Fire protection/Insulation specification Proficient in the interpretation and use of USCG/ABS rules
  • Prepared USCG Stability and Loading Data Books (SLDBs) for USCG buoy tenders.
  • Reviewed designs to ABS, Lloyds, and USCG rules.

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10. Structural Analysis

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high Demand
Here's how Structural Analysis is used in Naval Architect jobs:
  • Conducted hull structure and dry transportation vessel pressure mapping for structural analysis.
  • Provided engineering, structural analysis, and drafting services.
  • Engineered and analyzed sea keeping, ballast plan and structural analysis for dry-docking and transportation of various vessels and oil platforms.

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1 Structural Analysis Jobs

No jobs at selected location

11. Classification Society

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high Demand
Here's how Classification Society is used in Naval Architect jobs:
  • Covered classification society's requirements.
  • Reported to owner and liaised with classification society, design team, and builders' production teams on various project aspects.
  • Worked with Classification Society Surveyors (ABS, DNV, Lloyd's, etc.)

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1 Classification Society Jobs

No jobs at selected location

12. TLP

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high Demand
Here's how TLP is used in Naval Architect jobs:
  • Assessed VIV fatigue damage and life cycle of tendons focusing on multiple current load at operating conditions of TLP.
  • Conducted temporary buoyancy tank design during transportation for Big Foot ETLP and P-61 ETLP Skills Used global performance stability analysis
  • Conducted time domain analysis for selected load cases for Knotty Head TLP by HARP.
  • Conducted global design fatigue analysis for Sea Lion TLP Skills Used Mooring Analysis Global Performance
  • Participated in review of TLP designs and wrote detail analysis for improvements.
  • Involve in TLP global performance analysis and hull design wave recipes.
  • Involve in TLP tendon wet tow methodology and operating procedure development.
  • Performed wave basin model test correlation for 2-body TLP-STAD system.
  • Conducted coupled mooring system strength and fatigue analysis for Moho Nord TLP + STAD.
  • Conducted global design wave analysis for Snorre TLP.
  • Use SESAM/HydroD/DeepC) - COOEC - TLP Tendon wet tow study.
  • Total Moho Nord TLP Phase 2 Develop mooring design basis and analysis premise for coupled TLP-STAD-FPU system.

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13. Coast Guard

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high Demand
Here's how Coast Guard is used in Naval Architect jobs:
  • Performed intact and damaged stability analyses and submitted analyses reports for classification society and coast guard approval.
  • Performed ship checks on Coast Guard cutters to gather information concerning ongoing projects and check for any unknown issues.
  • Conducted several inclining experiments and dead weight surveys, and submitted results for classification and coast guard approval.
  • Assisted in developing specifications, mostly within the Auxiliary Systems SWBS, for a US Coast Guard icebreaker.
  • Developed Computer Aided Lofting/Numeric Controlled Cutting system for Coast Guard YARD and trained YARD staff.
  • Developed a preliminary ship design for the Coast Guard's Fast Response Cutter program.

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1 Coast Guard Jobs

No jobs at selected location

14. FEA

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high Demand
Here's how FEA is used in Naval Architect jobs:
  • Performed feasibility studies including cost and performance impact.
  • Designed and submitted FEA analyses of the barge/tug interconnect, crane foundation, deck houses, mooring and anchor handling winches.
  • Supported feasibility study to convert an old drill barge for Caspian offshore operations based on previous experience with Ice-class vessels.
  • Task leader for feasibility studies of Surface Ship Torpedo Defense (SSTD) in CLF auxiliaries and amphibious assault ships.
  • Study the feasibility of a deck float-over installation method using a pair of purposely built pontoon barges.
  • Perform hull structural design and analysis using FEA tools.
  • Task leader for AR(X) feasibility study.
  • Analyze ship structure using FEA (IDEAS V).
  • Task lead on the USS Freedom (LCS 1) Antisubmarine Warfare Variable Depth Sonar Advanced DevelopmentModel Integration Feasibility Study.
  • Developed feasibility level designs for EBDG T400 handysize tanker and high-speed passenger ferry.
  • Conducted FEA for various vessels including Cotemar Iolair, BOA Barges and MMM Semi I & II.

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15. Fpso

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Here's how Fpso is used in Naval Architect jobs:
  • Lead management and technical consulting services to assist PEMEX in preparation for a FPSO replacement and new conversion project.
  • Project BOHAI YOUYI & CHANG QING FPSO This project required to calculate vessel motion and mooring analysis.
  • Analyzed stability and MARPOL requirements for conversion of tankers to FPSO's.
  • Prepared methane gas FPSO bidding project and FPSO system database proposal.
  • Drive the Green Water and Slamming Analysis for FPSO 111 at PANYU oil field, SOUTH CHINA SEA.
  • Performed cost estimate for the potential FPSO deployment and exchange processing unit.
  • Performed Initial Scantling Evaluation based on ABS-FPI rules for FPSO conversions.
  • Reviewed and recommend remedies for the potential FPSO turret loadings.

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16. Weight Control

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Here's how Weight Control is used in Naval Architect jobs:
  • Prepared weight control procedures for offshore supply vessels and fast missile craft.
  • Ray was the organizations Weight Control Engineer and received many performance awards.
  • Configured the Fixed Ballast Distribution Diagram for the Weight Control Report.
  • Review of site engineering calculation reports and weight control report.
  • Prepared the Global Weight Control Report, Rev.
  • Calculated hull weight and CG for a semisubmersible vessel and prepared weight control reports for Project R293.
  • Worked the Chevron South N'Dola FEED Topside Design Basis and Weight Control Report.

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17. Stability Calculations

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Here's how Stability Calculations is used in Naval Architect jobs:
  • Performed structural and stability calculations, producing stability books and operations manuals in accordance with US Navy standards.
  • Performed hydrostatic and stability calculations.

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18. GHS

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average Demand
Here's how GHS is used in Naval Architect jobs:
  • Calculated and verified vessel stability using GHS.
  • Create GHS stability models and calculations, create weight estimates, structural design, and report writing.
  • Prepared the GHS Hull Geometry of the Alaska Region Research Vessel (ARRV) including compartments.
  • Worked on weight and moment calculations that utilized Excel and GHS for stability analysis.
  • Analyzed the structure and performed longitudinal strength analysis for the LCS using GHS.
  • Performed the GLIB stability analysis and prepared maximum allowable KG curves using GHS.
  • Determined tank capacities and generated tank curves for the GLIB using GHS.
  • Prepared GHS library run files to evaluate intact and damage stability.
  • Prepared the LCS booklet of tank sounding tables using GHS.
  • Performed and evaluated intact and damage stability using GHS.
  • Calculated stability and global strength using GHS.
  • Prepared the Great Lakes Ice Breaker (GLIB) booklet of sounding tables using GHS.
  • Perform load line and freeboard calculations using in house programs and GHS.

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19. LNG

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Here's how LNG is used in Naval Architect jobs:
  • Reviewed particulars of the LNG ships used in the maneuvering simulations and reviewed previous maneuvering simulation results.
  • Designed shipboard microcomputer stability program for co-development with second LNGC operator.
  • Reviewed and evaluated mooring LNG terminal analysis reports.
  • Developed marine requirements for mooring equipment, LNG loading arms, navigation & communications, security, and personnel accommodations.
  • Concrete Gravity Caisson LNG tank model testing for global and local extreme wave loading.
  • Identified potential issues during navigation from then open sea to the LNG terminal.
  • Added salvage functions to SHCP stability program based on LNGC salvage experience.
  • Model testing of LNG Carriers with simulated terminal structures.
  • Developed LNG ship data and reviewed vendor loading arm proposals.
  • Participated in the DNV JIP "LNG Marine Release Consequence Assessment" report.

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20. ISO

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average Demand
Here's how ISO is used in Naval Architect jobs:
  • Provide overhaul and upgrade-related naval architectural services to vessel owners with drawings, calculations and liaison support for regulatory approvals.
  • Produced specifications and contract documentation and served as contractor liaison.
  • Conducted several technology comparisons to achieve required design parameters.
  • Assisted Project Manager and Project Supervisor with the upkeep and storage of top secret blueprints into a secured and private location.
  • Determine design requirements to meet ISO 12217 stability standards using Orca3d and MaxSurf.
  • Adhered to ISO regulations for hull design and engineering.
  • Maintained ISO 9000 quality assurance system and documentation.
  • Supervised upgrade to ISO 9001:2000.

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21. DNV

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Here's how DNV is used in Naval Architect jobs:
  • Designed various connections per AISC/DNV-GL Rules and prepared weld schedule based on class rules.
  • Participated in HAZID, HSE Risk Assessment, and managed the DNV Life Cycle Risk Assessment Analysis.

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22. OSV

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Here's how OSV is used in Naval Architect jobs:
  • Ship Modeling of 125 m Multi Purpose Vessel, Offshore Supply Vessel (OSV) Type, ABS Class.

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23. General Arrangements

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Here's how General Arrangements is used in Naval Architect jobs:
  • Designed ship arrangements and locations of equipment and ventilation (general arrangements).

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24. Project Management

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Here's how Project Management is used in Naval Architect jobs:
  • Assumed both engineering and project management roles in daily operations.
  • Assisted engineering manager in department planning and project management.
  • Project Management of prototype projects with schedule, bill of materials creation and task assignment oversight.

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25. Damage Stability

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Here's how Damage Stability is used in Naval Architect jobs:
  • Performed intact and damage stability analyses for transportation and offloading of Load Cases 9 through 17 from BB33 and BB35 barges.
  • Analyzed damage stability in accordance with Federal Aviation Regulations for the Aerocet 13000 airplane float.

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27. Structural Engineer

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Here's how Structural Engineer is used in Naval Architect jobs:
  • Managed project teams consisting of designers, structural engineers and mechanical engineers.
  • Authored 20+ ABS compliance reports involving load results and design philosophies to assist structural engineering of offshore structures.

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28. Global Performance Analysis

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Here's how Global Performance Analysis is used in Naval Architect jobs:
  • Involve in specifications development and global performance analysis.

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29. Spar

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average Demand
Here's how Spar is used in Naval Architect jobs:
  • Interfaced with manufacturers for non-sparking, non-corrosive supplies suitable for marine environments.
  • Performed feasibility studies for extending current Hull-Mooring-Riser systems of Semi-Submersible and Spars to fields in 15,000 ft. of water depth.
  • Perform Mooring analysis and design the mooring system for the semi-submersible and spar.
  • Revised the Hull and Mooring Design Basis for the Lucius Spar.
  • Checked and confirmed the RAO Plots for the Constitution Spar.
  • Updated the Topsides Eccentricity Report for the Constitution Spar.
  • Maintain the inventory of spare parts necessary.
  • Belly Spar Reproduce for GoM Project.
  • Performed Spar mooring line sizing.
  • Project P359 LIWAN-SPAR MOTION & MOORING DESGIN This project required to design mooring system for a Spar in LIWAN.

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30. Engineering Support

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low Demand
Here's how Engineering Support is used in Naval Architect jobs:
  • Provided logistics engineering support for critical machinery components.
  • Provided design and engineering support to both government and private sector clients.
  • Provided engineering support to global fleet of 70+ existing and new-build offshore drilling rigs (i.e.
  • Field Engineering - Performed pre-hire safety and structural inspections of heavy lift vessels and barges and provided onsiteengineering support for marine operations

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31. Technical Support

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low Demand
Here's how Technical Support is used in Naval Architect jobs:
  • Prepared design studies & procurement specifications & provided technical support to Government procurement programs (DoD & DoT).
  • Provided technical support for sister company s fleet of mobile offshore drilling unit vessels.
  • Provided technical supports to construction in the shipyards

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32. SEA Trials

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Here's how SEA Trials is used in Naval Architect jobs:
  • Participated in the GLIB Sea Trials and prepared the GLIB maneuvering report.
  • Ray participated in sea trials and reviewed stability and weight control submittals.

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33. R

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low Demand
Here's how R is used in Naval Architect jobs:
  • Executed stability calculation, motion response and structural analysis on the mobilization of BOA DeepC and Topaz
  • Develop contract specifications and government furnished information packages.
  • Developed comprehensive float-on/off procedure and towing manual.
  • Develop technical memorandums and guidance documents.
  • Review and verify design calculations.
  • Develop inspection checklists and procedures.
  • Developed new construction vessels and anchor handler designs and electrical power plant sizing of which two are currently being built.
  • Experienced in first principal, FEA, buckling, fatigue, longitudinal strength, Production details, rules and regulations.
  • Checked drawings made by the boat builders against the as-built configuration and provided feedback and corrections to the drawings.
  • Provided direction and guidance to contractors, technicians, draftsmen and technical support personnel on assigned projects.
  • Measured the various crude oil and lube oil tanks in order to produce sounding tube drawings.
  • Create and modify engineering drawings used for fabrication and alteration of equipment for small crafts.
  • Assist with electrical and mechanical testing for craft inspections.
  • Performed 2D structure check for tanker/bulk carrier hull structure.
  • Involved in developing hull structure analysis software Veristar, responsible to implement automatic corrosion deduction and buckling and yielding check block.
  • Complete weapons and air transportability certifications for small craft.
  • Produced first concept design for an outboard powered bridge inspection vessel with a 60ft telescoping man lift and retractable stabilizing sponsons.
  • Developed scantling drawings for the conversion of a tanker barge from a single to a double hull.
  • Developed comprehensive CTRs (Cost, Time, Resources) for various projects and proposals
  • Performed feasibility studies for the installation of Pemex HA-RE Topsides using catamaran float-over methodology (using two BOA sister barges).

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34. Motion Analysis

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low Demand
Here's how Motion Analysis is used in Naval Architect jobs:
  • Perform hydrodynamic and motion analysis, intact and damaged stability analysis, design wave calculation and float-over analysis.
  • Performed stability and motion analysis for Jacket transportation, marine analysis for jacket upending using MOSES.
  • Involve in Stampede TLP dry tow motion analysis and design wave recipes.
  • Perform Global Motion Analysis as part of the semi-submersible and spar design.
  • Incorporated model test data and vendor data into the coupled motion analysis.
  • Conducted mooring strength and motion analysis for STAD stand-alone for Moho Nord TLP.
  • Conducted coupled mooring strength and motion analysis for Chissonga TLP.

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35. Solas

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low Demand
Here's how Solas is used in Naval Architect jobs:
  • Design of firefighting and safety plans as well as equipment according classification societies and SOLAS requirement.
  • Implement and review ships for compliance with SOLAS and CFR regulations.

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36. Weight Estimates

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Here's how Weight Estimates is used in Naval Architect jobs:
  • Prepared fixed ballast installation plan and reviewed contract structural plans, arrangements and weight estimates for conversion of SS Beaver State.
  • Completed weight estimates on ship systems to estimate the total weight and center of gravity.
  • Prepared weight estimates for new ship designs, conversions, and added structures and equipment.
  • Prepare material list and steel weight estimates for fabrication and installation projects.
  • Tracked Littoral Combat Ship weight configuration for PSA-1 Developed weight estimates for design changes Developed design solutions for ship issues

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37. System Design

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low Demand
Here's how System Design is used in Naval Architect jobs:
  • Perform hull global performance analysis and mooring system design for strength.

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38. IMO

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Here's how IMO is used in Naval Architect jobs:
  • Participated in the preparation of preliminary SIMOPS study.
  • Job description: Prepared stability booklet for supply vessels to follow new requirement of IMO and submit it to Classification Societies.

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39. Engineering Calculations

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low Demand
Here's how Engineering Calculations is used in Naval Architect jobs:
  • Developed the software program OpCalc used by Horizon project engineers for operations-related engineering calculations.
  • Performed construction support engineering calculations for submarine docking and launching.
  • Perform necessary engineering calculations and prepare progress report of the repair jobs carried out.

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40. FEM

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low Demand

41. CFR

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low Demand
Here's how CFR is used in Naval Architect jobs:
  • Evaluated stability against relevant 46CFR criteria and ensured compliance.
  • Prepared Subject Matter Expert briefings on 46 CFR Subchapter M (Tug Boats & Tow Boats).

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42. Structural Calculations

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Here's how Structural Calculations is used in Naval Architect jobs:
  • Issue structural calculations for all equipment and foundations installed onboard ships to assure adherence to Navy safety and vibration requirements.
  • Design, structural calculations, preparation of hull and superstructure structural drawings, stability calculation, for vessel OGS Explora.

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43. Design Concepts

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44. Modu

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Here's how Modu is used in Naval Architect jobs:
  • Reviewed design aspects for modular production.
  • Designed heavy-lift spreader bars and lifting arrangements for erecting ship's modules with weights up to 500 tons.
  • Analyzed barge stability, deck module, and jacket platform module tie-down structure on transoceanic tows.
  • Designed the user-interface (UI) and user-experience (UX) of 3 critical modules.
  • Modulated detailed 3D models of the vessels' structure according to the drawings.
  • Designed cathodic protection system that mitigated risk to critical components tightly housed in modular fairwater.
  • Team leader for Navy-wide ship modularity study, produced internal Navy publication.
  • Utilized various computer programs for stability, structural, mooring and hydrodynamic analysis of MODUs.

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45. Moses

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low Demand
Here's how Moses is used in Naval Architect jobs:
  • Calculated motion force statistics for various cargo loads using MOSES (Multi-Operational Structural Engineering Software).
  • Structure analysis using RISA-3D, STRUCAD*3D, MOSES.
  • Use SESAM/HydroD and Moses) - CNOOC - Liuhua 16-2 TLP & LH 11-1 twin TLPs independent analysis project.

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46. LCS

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low Demand
Here's how LCS is used in Naval Architect jobs:
  • Prepared the Launch Damage Control Plan for the Littoral Combat Ship (LCS-1) USS Freedom.
  • Worked on all aspects of the detail design of Littoral Combat Ship (LCS).
  • Developed the LCS Hull Form and prepared a Hull Form development report.
  • Determined tank capacities for the LCS.
  • Prepared the LCS build specification.
  • Performed inspections of LCS 5, 7, and 9 on HVAC systems in support of full ship shock trials.
  • Supported LEAN manufacturing implementing process metrics and production sequence improvement.Became the Test Coordinator accountable for the first LCS class verification program.
  • Reviewed shipbuilder and designer plans for redesigning the LCS class AFFF and firemain systems to ensure design remained within Navy Specifications.

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47. Offshore Structures

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Here's how Offshore Structures is used in Naval Architect jobs:
  • Developed knowledge of basic design layouts of Floating Offshore Structures.
  • Cost estimation, RFQs and planning for the offshore structures (i.e.

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48. Rhino

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Here's how Rhino is used in Naval Architect jobs:
  • Work involved converting AutoCAD and Ship Constructor drawing to Rhino 3D model for Finite Element Analysis.

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49. Oversaw

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Here's how Oversaw is used in Naval Architect jobs:
  • Designed, oversaw and delivered cruise ships for worldwide clients, including P&O, Carnival, Holland American Line.

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50. UK

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Naval Architect Jobs

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20 Most Common Skills For A Naval Architect

Research Vessels

20.4%

Stability Analysis

14.8%

Deadweight Survey

9.5%

Shop Drawings

9.5%

ABS

5.6%

CAD

4.7%

Shipyard

4.4%

Regulatory Bodies

3.6%

Uscg

3.4%

Structural Analysis

3.3%

Classification Society

2.6%

TLP

2.4%

Coast Guard

2.4%

FEA

2.3%

Fpso

2.2%

Weight Control

2.1%

Stability Calculations

1.9%

GHS

1.8%

LNG

1.6%

ISO

1.6%
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Typical Skill-Sets Required For A Naval Architect

Rank Skill
1 Research Vessels 15.1%
2 Stability Analysis 11.0%
3 Deadweight Survey 7.1%
4 Shop Drawings 7.1%
5 ABS 4.2%
6 CAD 3.5%
7 Shipyard 3.3%
8 Regulatory Bodies 2.7%
9 Uscg 2.5%
10 Structural Analysis 2.4%
11 Classification Society 1.9%
12 TLP 1.8%
13 Coast Guard 1.8%
14 FEA 1.7%
15 Fpso 1.6%
16 Weight Control 1.6%
17 Stability Calculations 1.4%
18 GHS 1.3%
19 LNG 1.2%
20 ISO 1.2%
21 DNV 1.2%
22 OSV 1.2%
23 General Arrangements 1.2%
24 Project Management 1.2%
25 Damage Stability 1.1%
26 Navy Achievement 1.1%
27 Structural Engineer 1.0%
28 Global Performance Analysis 1.0%
29 Spar 0.9%
30 Engineering Support 0.9%
31 Technical Support 0.9%
32 SEA Trials 0.9%
33 R 0.9%
34 Motion Analysis 0.9%
35 Solas 0.9%
36 Weight Estimates 0.9%
37 System Design 0.8%
38 IMO 0.8%
39 Engineering Calculations 0.8%
40 FEM 0.8%
41 CFR 0.7%
42 Structural Calculations 0.7%
43 Design Concepts 0.7%
44 Modu 0.7%
45 Moses 0.7%
46 LCS 0.7%
47 Offshore Structures 0.7%
48 Rhino 0.6%
49 Oversaw 0.6%
50 UK 0.6%
{[{skill.rank}]} {[{skill.name}]} {[{skill.percentageDisplay}]}%
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