Top Structural Analysis Engineer Skills

Below we've compiled a list of the most important skills for a Structural Analysis Engineer. We ranked the top skills based on the percentage of Structural Analysis Engineer resumes they appeared on. For example, 10.0% of Structural Analysis Engineer resumes contained Structural Analysis as a skill. Let's find out what skills a Structural Analysis Engineer actually needs in order to be successful in the workplace.

The six most common skills found on Structural Analysis Engineer resumes in 2020. Read below to see the full list.

1. Structural Analysis

high Demand
Here's how Structural Analysis is used in Structural Analysis Engineer jobs:
  • Performed static structural analysis for Sikorsky helicopter parts and generated reports documenting analysis
  • Prepare technical document and detailed design reports on the structural analysis performed.
  • Performed linear & nonlinear geometric static structural analysis of product parts.
  • Performed structural analysis of lithography machine components of microchip fabrication
  • Performed Structural Analysis on composite and metallic parts.
  • Conducted structural analysis on various jet-fighter engine models.
  • Reviewed structural analysis summaries, audited and mitigated frames to air-duct fasteners, resulted in higher quality vehicle tests.
  • Provide structural analysis to the debris assessment team in support of shuttle vehicle launch and ascent.
  • Assisted development of a real time flight tool for structural analysis of heat shield tile support.
  • Performed structural analysis and Angle of Turn calculations for PW4000 commercial aircraft engine main bearing compartment.
  • Provide Structural Analysis support for various Mid-range Current Product and VPI diesel engine platforms.
  • Lead of structural analysis/FEA group of five for truck body closure product development.
  • Created the Structural Analysis Group for GM Fisher Body / Corvette Group.
  • Lead and manage structural analysis on multiple government projects with tight deadlines.
  • Performed complete structural analysis of JSF F135 aircraft engine MEC Kinematics assembly.
  • Lead of structural analysis/FEA group of three for truck chassis product development.
  • Lead stress analyst in Cessna Latitude and Longitude ECS Pack structural analysis.
  • Design and structural analysis of rocket engine system.
  • Designed and analyzed the Main Structural Cylinder and performed detailed structural analysis of structural hardware and subsystems on several communication satellites.
  • Analyzed structural integrity of communication satellites making extensive use of Finite Element Analysis methods and Classical Structural Analysis techniques.

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2. Finite Element Analysis

high Demand
Here's how Finite Element Analysis is used in Structural Analysis Engineer jobs:
  • Utilized hand calculations to develop thermal boundary conditions for finite element analysis of the global assembled rig.
  • Improved the design of sheet metal parts of FORD MOTOR CO. for better manufacturing feasibility through finite element analysis.
  • Led Finite Element Analysis based topology studies in weekly meetings for the Engineering Technical Council.
  • Mentored two engineers in structural methods, finite element analysis and Python coding.
  • Engineer and put through Finite Element Analysis
  • Performed Finite Element Analysis of various components to determine product lifecycle.

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3. Fatigue Analysis

high Demand
Here's how Fatigue Analysis is used in Structural Analysis Engineer jobs:
  • Leveraged and improved my fatigue analysis software and encouraged development of other automation tools.
  • Performed structural dynamics, stress, shock, thermal, and fatigue analysis of linear and non-linear materials.
  • Performed detail Static and Fatigue analysis on the repair area of the fuselage of 747-8 F/I.
  • Performed modeling, and static and fatigue analysis of primary structure to support engineering release.
  • Performed Fatigue analysis on 747-8 exterior, mid-span and interior ribs of wings.
  • Performed fatigue analysis on STA 2220 frame using Boeing methods (Book-2) for 747 airplanes.

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4. Internal Loads

high Demand
Here's how Internal Loads is used in Structural Analysis Engineer jobs:
  • Load summary evaluations completed with internal loads program (PASA) and occasional comparison with Nastran and Patran Software.
  • Developed interface loads at the floor and frame structure and internal loads and stresses in the galley.
  • Fetched out Critical Event filtering logic to reduce the effort required in post processing internal loads.
  • Run FEA weight increase and thermal scenarios, extracting internal loads and deflections.
  • Flight and Internal Loads Determination for All Flight Cases with Posterior Analysis (using Linear and Nonlinear Solutions).
  • Supported design change for the removal of the cargo roller tray based on internal loads variation.

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5. Stress Analysis

high Demand
Here's how Stress Analysis is used in Structural Analysis Engineer jobs:
  • Performed stress analysis for structural substantiation of 787 aircraft interior commodities including fairings, closets and secondary structures.
  • Developed T-50 durability and damage tolerance allowable stress analysis program using F-16 load spectrum.
  • Generated detailed stress analysis of space vehicle structures using hand and finite element analysis.
  • Program automated stress analysis process otherwise done manually and reduced analysis time by half.
  • Performed stress analysis using classical hand analysis methods to determine margins of safety.
  • Performed three dimensional nonlinear elastic-plastic stress analysis of aerospace components using MSC.MARC.
  • Repair solutions validated using static stress analysis methods and fatigue analysis.
  • Stress analysis, methods, test plans, design trade studies, coordination memos, and statements of work for vendors.
  • Test Engineer Major Duties: * Performed stress analysis studies on materials related to end product use or design.
  • Evaluated stress analysis for bonded structure, weld analysis, bolt joint and composite laminates throughout the vehicles structure.
  • Created templates in the Common Structure Workstation software that resulted in increase in efficiency for typical Stress Analysis.
  • Perform stress analysis and sizing on airplane secondary support structure via hand calculation and FEM modeling and analysis.
  • Evaluated stress analysis using hand calculation for welding and bolting under the shock throughout the marine structure.
  • Supported the Boeing 787 high pressure deck (HPD) stress analysis on temporary assignment.
  • Performed stress analysis in support of liaison on 737 and 777 slats and flaps.
  • Stress analysis and loft design on 777 slat re-design for improved damage and durability.
  • Developed 3D FEA models for stress analysis of various key aircraft engine parts.
  • Executed detail stress analysis on the 777 Wing structures for design improvement.
  • Performed stress analysis for composite material F135 SDD full-scale Eagle-Ray pole model.
  • Conducted stress analysis and sizing for the 767-2C aerial refueling line.

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6. Classical Hand Calculations

high Demand
Here's how Classical Hand Calculations is used in Structural Analysis Engineer jobs:
  • Performed stress and thermal analyses using ANSYS FEA and classical hand calculations.
  • Performed Finite element modeling/analysis, classical hand calculations, technical report preparation, provided analysis and advice to various departments.
  • Utilized both classical hand calculations and FEM analysis to derive a low weight design with minimum margins of safety.
  • Determined stresses in shafts and splines using classical hand calculations.

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7. Ansys

high Demand
Here's how Ansys is used in Structural Analysis Engineer jobs:
  • Performed static/dynamic stress analysis of metallic structures, including linear and non-linear analysis using ANSYS to ensure structure safety.
  • Imported the model to perform simulation in ANSYS to procure the optimum design of a typical high mach air-frame structure.
  • Performed three dimensional finite element STRESS and DYNAMICS analysis of nuclear reactors using ANSYS and other in-house computer programs.
  • Performed structural, thermal, and electromagnetic analyses of magnet systems using ANSYS Finite Element Analysis computer program.
  • Created a finite element model of the wing in ANSYS using the cutaway drawing of the aircraft.
  • Calculate low cycle fatigue and fracture mechanics lives for military and commercial rotors using ANSYS.
  • Developed the finite element model of the tower crane in ANSYS 11.0.
  • Utilized ANSYS and Pro/FEA to develop Finite Element Models.
  • Calculate thermal and vibration fatigue on exhaust manifold to determine its reliability under steady state and transient thermal analysis using Ansys.
  • Developed thermal/structural analysis improvements on LSST s telescope mirror to improve image quality with NX Nastran & ANSYS.
  • Performed structural analysis with ANSYS Workbench and ANSYS classic, including non-linear contact & bolt preloading.
  • Correlated with Ansys model to help with future design and analysis.
  • Perform power plant structural analysis for lifting, transportation, static and vibration loads using Patran/Nastran and ANSYS Workbench.
  • developed ANSYS apdl scripts to apply thermal gradients to elements to match curve fit equations.
  • conducted modelling design and natural frequency check by Ansys Used VA to calculate wind loads and structural tip rotation
  • constructed ansys apdl scripts to process results for optical engineers.

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8. Nastran

high Demand
Here's how Nastran is used in Structural Analysis Engineer jobs:
  • Performed FEA in FEMAP using NASTRAN beam, plate, solid, rigid and contact elements.
  • Performed Static and frequency analysis utilizing MSC NASTRAN and PATRAN finite element analysis software package.
  • Conducted composite analysis using Nastran.
  • Simulated and analyzed the wind turbine blade by performing FEM pressure based force simulation using the solver NX-Nastran.
  • Conducted Control Surface Effectiveness/Reversal Analyses for the EMB-190 using solution 144 of MSC NASTRAN perFAR part 25.
  • Prepared Nastran DMAP alters to parse and retrieve rod, bar, beam, and shell results.
  • Utilized Nastran as well as hand calculations to perform supporting analyses.
  • Provided technical assistance with debugging in Patran/Nastran.
  • Developed skills in Patran/Nastran, having the ability to create Finite Element Models and run static and dynamic load cases.
  • Used Patran/Nastran for various buckling and static analyses of floor beam cutouts to access more complicated stress concentrations.
  • Completed 1 week of NX nastran design sim, and NX modeling courses.
  • Worked with design group utilizing Pro-E, Femap, Nastran/Patran, and Excel tools to size and refine design.

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9. Analysis Engineer

high Demand
Here's how Analysis Engineer is used in Structural Analysis Engineer jobs:
  • Lead structural analysis engineering team without formal title or positional authority.
  • Worked as an analysis engineer from offshore to perform meshing and determine stress induced in the components.

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10. Test Cases

high Demand
Here's how Test Cases is used in Structural Analysis Engineer jobs:
  • Reported software deficiencies via Rational ClearQuest problem tracking system, and mapped system requirements into test cases using Rational RequisitePro.
  • Performed Monte Carlo simulations analysis and designed & implemented test cases and methodologies collaborating with Quality assurance team
  • Call processing test cases were performed to verify sanity of existing functionality.
  • Developed and executed test cases using Quality Center.
  • Design test cases to test features such as structural/ acoustics/fluid/thermal/MEMS physics, etc, assemblies, meshes and CAD geometry import/export.
  • Reviewed database test cases according to assigned Requirements to validate reports by retrieving data with complex SQL queries from oracle database.

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11. Abaqus

high Demand
Here's how Abaqus is used in Structural Analysis Engineer jobs:
  • Performed nonlinear analysis using NASTRAN and ABAQUS to determine permanent Deformations and residual strains and develop guidelines for the same.
  • Conducted ABAQUS model check for KC-135, Section 43 and Section 46 fuselage.
  • Design and Analysis of assembly tooling and support structure using SolidWorks and ABAQUS.
  • Perform fracture mechanics FEA using ABAQUS to develop Stress Intensity Factor.
  • Detailed and solid model FEM (NASTRAN/PATRAN), bird strike (ABAQUS), and testing.
  • Conducted the methodology study and highly nonlinear static analysis of Boeing 787 seat track connection system using Abaqus CAE/Standard/Explicit in clusters.
  • Performed Roll Over Protect Structure (ROPS) analysis (non-linear materials analysis) using ABAQUS/Standard.
  • Developed a MATLAB tool to support bore distortion analysis in MscNastran and Abaqus.
  • Build fine grid non-linear Abaqus FEM for fastened I-stiffened composite panel.
  • Developed scripts and Tools using ABAQUS/Cae, Python and MS-Excel.
  • Published SAE paper [ ] and an ABAQUS paper.
  • Calculated and verified the structural stiffness of components under different working conditions (bending, torsion) using Hypermesh and Abaqus.
  • Simulated overall response of structure for large displacements for static and dynamic blowdown follower force (Abaqus).

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12. Tolerance Analysis

high Demand
Here's how Tolerance Analysis is used in Structural Analysis Engineer jobs:
  • Consulted and guided structural analysts in performing stress and damage tolerance analysis and in developing structural safety inspection programs.
  • Established durability and damage tolerance analysis procedure.
  • Performed damage tolerance analysis of the repairs.
  • Job Function: Perform Fatigue and Damage Tolerance analysis for AAP (Advanced Airplanes Program).
  • Performed advanced root cause failure analysis for gas turbine components and damage tolerance analysis.
  • Damage tolerance analysis is performed for the critical location identified from fatigue analysis using classical methods.

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14. Catia

high Demand
Here's how Catia is used in Structural Analysis Engineer jobs:
  • Surface and Part design by CATIA v5 and UG.
  • Ply modeling using CATIA Composite module..
  • Applied Solid Modeling codes such as Catia and Pro-Engineer for stress analysis functions.
  • Used Catia V5 for updated models downloading and Design study or information purposes.
  • Performed functional studies on Engine Components and Subsystems using CATIA V5, Siemens NX and Sigmetrix Cetol.
  • Construct solid model parts using Solidworks and Catia V5.
  • Lean Design Training Team Center/Catia for Stress Engineer Training
  • Supported technical documents using Solidworks and Catia V5.
  • Use Catia v5 and Patran/Nastran to model test specimens and develop appropriate stress concentrations.

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15. FAA

average Demand
Here's how FAA is used in Structural Analysis Engineer jobs:
  • Developed skin/stringer design criteria for use on the 777-9 as a Method of Compliance supporting certification to all FAA regulations.
  • Produced compliance documentation of my sections skin/stringer panels to all FAA requirements in support of certification for the 777-9.
  • Completed Fail Safe Analysis for FAA certification to demonstrate redundancy of design.
  • Coordinate repair concepts with structural FAA Authorized Representatives, and DER.
  • Stress Analysis Report) to FAA's representative demonstrating structural adequacy and specific FAA regulatory and qualification is in compliance
  • Provided fatigue and damage tolerance analyses of primary structural elements based on fatigue test article results supporting FAA certification reports.

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16. CAD

average Demand
Here's how CAD is used in Structural Analysis Engineer jobs:
  • Drive material characterization in a multidisciplinary academic and R&D environment.
  • Stress Analysis of metallic and composite components on the Aft-Core-Cowling and Aft-Cascade-Ring on the A-320 Nacelles.
  • Support Both CAD and Stress Monthly working group meetings to contribute to department standards practices.
  • Modified NX CAD models to study redesign and optimization opportunities.
  • Used Auto CAD to draw the components.
  • Transfer of CAD data from ProE.
  • Worked with ProE CAD models in the KSC DDMS Windchill system.
  • Completed photogrammetric analysis and crash simulation, and prepared CAD court exhibits.
  • Use engineering tools (ANSYS, Mathcad, Excel) to perform structural and thermal analysis in support of various programs.
  • Created Microsoft Excel spreadsheets and Mathcad worksheets to calculate propellant tank stress, pressure loads and buckling.
  • Navigated Teamcenter to access CAD models and approve design packages.
  • Performed hand calculations and used programs such as Mathcad, Powerpoint, Excel, Word and other similar programs.
  • Designed the wind turbine blade by NX-CAD under the supervision of Dr. Azadeh Sheidaei.
  • Pre-processed CAD geometry in Hypermesh and ANSYS workbench.
  • Process Improvemento Independently Developed technique to quickly generate Thermal Desktop model, from a Unigraphics parasolid CAD model.

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17. Hypermesh

average Demand
Here's how Hypermesh is used in Structural Analysis Engineer jobs:
  • Constructed detailed FEA hexagonal mesh models containing over 2 million elements with HyperMesh.
  • Generated loads using NASTRAN, PATRAN, and Hypermesh and verified them with hand calculation.
  • Designed tutorials and guides to introduce engineers to software tools such as NX, Hypermesh and Nastran.
  • Create predominately hexagonal dominated meshes with HyperMesh and run and post-process the models using Ansys.
  • Modeled the entire Learjet 85 wing using Hypermesh and Patran Developed structural substantiation reports.

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18. Computational Fluid Dynamics

average Demand
Here's how Computational Fluid Dynamics is used in Structural Analysis Engineer jobs:
  • Utilized Computational Fluid Dynamics to simulate heat exchanger flow distribution.
  • Created Computational Fluid Dynamics (CFD) based engineering models of the F-35 main weapons bay.
  • Utilized high temperature computational fluid dynamics methods (GASP/Gridgen) for the purpose of thermal protection design.
  • Directed a Computational Fluid Dynamics analysis of the flowfield of 3 aircraft platforms at several hover heights.
  • Provide integration support for the NASA computational fluid dynamics codes OVERFLOW and FUN3D within Helios.
  • Performed computational fluid dynamics (CFD) to determine downforce and drag values.

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19. Matlab

average Demand
Here's how Matlab is used in Structural Analysis Engineer jobs:
  • Performed structural reliability analysis of simple truss structure in fire effect using MATLAB.
  • Program in MATLAB/PLSQL/Linux environment to compile, sort, analyze and evaluatelarge data files.
  • Expedited and simplified the quotation process for solar water heating systems by accurately representing solar water heating system performance through MATLAB models
  • Developed applications in C++ and MATLAB for validating the algorithmic performance of the computer vision and optical-inertial sensor fusion library.
  • Designed, constructed, and implemented calibration automation software for test equipment utilizing MetCal and MatLab software.
  • Developed and executed MATLAB code for statistics analysis and generate plotting.

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20. Failure Analysis

average Demand
Here's how Failure Analysis is used in Structural Analysis Engineer jobs:
  • Provided current product failure analysis to Manufacturing and Product Engineering for product quality improvements.
  • Lead strength and durability related projects for structural testing, failure analysis, and design improvement.

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21. Nasa

average Demand
Here's how Nasa is used in Structural Analysis Engineer jobs:
  • Mentor to Polytechnic University students through NASA Reduced Gravity Student Flight Opportunities
  • Supported NASA's Engineering Operations Directorate, using NASTRAN to calculate loads and stresses between the shuttle and payload during launch.
  • Performed 1-D and 2-D thermal ablation modeling as part of NASA insight for Orion Launch Abort System solid rocket motor.
  • Certified SRB structures for flight use in accordance with NASA program strength requirements.
  • Participated in fan disk analysis for the NASA turbine accelerator study.
  • Performed structural analysis work on several NASA and military solid fueled rocket motor programs.
  • researched literature to locate NASA tech note D-531 to define technique to evaluate cyclic theory to predict burst time.

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22. VBA

average Demand
Here's how VBA is used in Structural Analysis Engineer jobs:
  • Developed GUI for spreadsheets using VBA to automate data entry on Airbus DAMTOL suite of programs.
  • Researched fatigue analysis methodologies, created and validated an Excel VBA program to standardize analysis, and trained the workforce.
  • Overlooked projects to develop automation tools using VBA and database to increase efficiency and enhance team collaboration.
  • Integrated development of tools and methodologies of analyses in VBA/Excel and macros for finite elements with Sweden partners.
  • Developed VBA macros to read and process results into usable data
  • Used VBA to program several analysis tools to make tasks more efficient, reduce cost, and standardize the analysis.

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23. Airframe

average Demand
Here's how Airframe is used in Structural Analysis Engineer jobs:
  • Core responsibilities included verifying structural integrity of airframe through software applications, hand analysis methods, and criteria document requirements.
  • Support Thermoplastic Welding Project and Test Matrix development Support Composite Airframe Life Extension - Durability Program
  • Responded to Service Requests (Telexes) on the Movable Wing and Empennage structures of the 777Airframe.
  • Provided structural design support for various airframe parts and assemblies on the H-1 Program (UH-1Y and AH-1Z helicopters).
  • Stress and Liaison support of ongoing airframe modification programs using PATRAN, NASTRAN, and by hand calculation.
  • Team leader responsible for the structural substantiation of the LAPS pallet assembly and P-8A airframe fuselage interfaces.

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24. Analysis Tools

average Demand
Here's how Analysis Tools is used in Structural Analysis Engineer jobs:
  • Utilized analysis tools to assess vehicles for stress, strength, buckling, and fatigue damage.
  • Invited by SAT (Structures Analysis Tools) to share ideal/coding for auto-post-process..
  • Verify integrity using analytical methods, finite element models/simulations and other analysis tools throughout product lifecycle.
  • Analyzed complex mechanical assemblies and subassemblies using advanced mechanical analysis tools such as Ansys, Algor, Ansys CFX and ProEngineer.

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25. FE

average Demand
Here's how FE is used in Structural Analysis Engineer jobs:
  • Implemented schedule management strategies through a 400-line Integrated Master Schedule with over 70 satellite communications-related activities across the entire Federal government.
  • Work with cross functional teams to ensure customer requirements are achieved from safety and certification perspectives.
  • Modified the existing Skin/Stringer Circumferential Splice analysis methodologies and performed sizing and analysis.
  • Trained new employees in laboratory procedures and techniques emphasizing quality and safety.
  • Recognized by customers for effective project management and communication skills.
  • Simulated housing fatigue life prediction and conducted lab test correlations.
  • Build and maintain professional and positive customer and vendor relationships.
  • Developed effective engineering changes for repairs/processes not previously explored.
  • Developed Structural General FEA guideline for company FEA simulations.
  • Proposed FE modeling applications/enhancements for accuracy & efficiency.
  • Used FEM to validate/supplement hand calculations.
  • Conferred with design engineers to develop ground support equipment (GSE) for the Crew Exploration Vehicle (Lockheed CEV).
  • Organized, lead and managed 12 local and international structural analysts to resolve structural safety issues for the 737 aircraft.
  • Collaborated with industry on this team project which was aimed at studying the effect of wind gusts on tower cranes.
  • Recommended nine different solutions to management with a unique impact and cost that each solution would have on solving the errors
  • Project Management Activities: Provide status reports to engineering manager, effectively communicate scope change and issues with due diligence.
  • Performed high-cycle (S-N) & low-cycle (E-N) FEA fatigue calculations for both metallic & plastic parts.
  • Conduct FEA parameter studies which result in achieving excellent correlation between tests and simulations, resulting in model validation.
  • Assist with project turnaround time estimates, project feasibility consultations, billing, project tracking, and equipment usage.
  • Conferred with design engineers to develop flight hardware for the new Boeing Commercial Crew Exploration Vehicle, CST-100.

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26. Analysis Reports

average Demand
Here's how Analysis Reports is used in Structural Analysis Engineer jobs:
  • Prepared input for safety analysis reports and NRC Request for Additional Information responses.
  • Reviewed and approved stress analysis reports and ensured that scheduled deadlines were met.
  • Submitted strength analysis reports in support of Space Shuttle Return to Flight activities.
  • Prepared stress analysis reports for composite inlet ducts and fuel floors.
  • Write analysis reports and present results to internal and external customers.
  • Run Simulations and Analysis Reports per client request.

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27. CAE

average Demand
Here's how CAE is used in Structural Analysis Engineer jobs:
  • Designed and analyzed the structural behavior of a wind turbine blades by FEM application using CAE tool Uni-graphics (NX).
  • Frequent vendor and customer interaction to resolve FEA modeling issues and promote Northrop's analysis requirements to CAE software vendors.
  • Develop and document CAE methodologies to meet the objectives required by each John Deere unit.
  • Conducted CAE analyses - stress/ fatigue/ tooling optimization/ metal forming.
  • Create CAE plans to meet development deadlines.
  • team to resolve issues in real-time manufacturing plant in North America, Europe by using CAE

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28. Trade Studies

average Demand
Here's how Trade Studies is used in Structural Analysis Engineer jobs:
  • Provided analysis support for multiple developmental trade studies comparing production cost and weight vs. impact to airplane performance requirements.
  • Conducted trade studies and collaborated with designers to optimize material selection and geometric features to remedy design issues and mitigate risks.
  • Provided over 25 detailed trade studies and analyses including transient thermal and modal.
  • Key contributor to numerous trade studies in an effort to maximize structural design efficiency for a light weight solution.
  • Performed trade studies and reviewed analysis assumptions in an effort to further optimize the aircraft design (e.g.
  • Performed thermal analyses trade studies on different radiator materials and configurations to determine optimum performance and weight.

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29. Data Analysis

low Demand
Here's how Data Analysis is used in Structural Analysis Engineer jobs:
  • Prepared and coordinated briefs and documentation in support of Corporate Production data analysis and continuous process improvements.
  • Supervised and trained data collection personnel and performed data analysis.
  • Reviewed and deliberated newly engineered combat crafts and recommended future design improvements based on data analysis and visual assessments.
  • Experience included data management, engineering/management support, tracking systems, data analysis, programming and documentation support.
  • Transferred emerging products to manufacturing partners through data analysis, and supported off-shift product monitoring during site start-up.
  • Provided Chief Scientist directly with data analysis, technical briefings and supporting documents to defend subject matter expertise.

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30. IAS

low Demand
Here's how IAS is used in Structural Analysis Engineer jobs:
  • Developed Analysis Templates using IAS.
  • Stress analysis of 747 landing gear door structure (skins, ribs, intercostals) using IAS, FEADMS, NASTRAN/PATRAN.
  • Conducted Buckling and Crippling Analysis ( IAS ) for 787-9 Section 45 Side Fitting.
  • Stress Analysis and Sizing of 737-MAX9 Main Landing Gears using IAS, IDTAS and DTANAL for static and fatigue analysis.
  • Used current Boeing stress analysis methods including Boeing analysis IAS, SA, to document reports and analysis.
  • Performed static and fatigue analyses using IAS, SA, FEADMS, IDTAS and other Boeing software.

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31. Static Analysis

low Demand
Here's how Static Analysis is used in Structural Analysis Engineer jobs:
  • Provided detailed presentations of harmonic, modal and other static analysis.
  • Performed and supported static analysis of F-15 Saudi non-recurring program.
  • Performed various sustaining activities/analyses including the inlet static analysis.
  • Performed and supported static analysis of F-18 Swiss upgrade 25(U25) and Finland MLU2 retrofit activity.
  • Performed Static analysis on tension rod of 747-8 wing.
  • Performed Static analysis on 747-8 FLE ribs of wing.
  • Updated 787-9 static analysis templates for front and rear spar terminal fitting details with -10 loads.

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32. Strength Check

low Demand
Here's how Strength Check is used in Structural Analysis Engineer jobs:
  • Created strength check notes to document analyses and presented analysis results occasionally.
  • Performed strength check and stress dossier on non metallic rib feet components of the A380 wing.
  • Performed static strength check on STA 2598 Bulkhead of 747 Airplanes for the Mod configuration.
  • Stress hand calculations involving static strength checks for Empennage Skin Panel of SARAS T-Tail Aircraft.

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33. Femap

low Demand
Here's how Femap is used in Structural Analysis Engineer jobs:
  • Generated finite element models and rigid body analysis using NeiNastran and FEMAP.
  • Validated structural integrity of installations using FEMAP and classical analysis.
  • Conducted finite element modeling and analysis (FEA) of aircraft installations using FEMAP with NASTRAN.
  • Performed stress analysis by using hand calculations and finite element method (FEMAP& NASTRAN).
  • Output loads from the FEMAP model were then used to supplement classical hand analysis.
  • Generated and imported SolidWorks models into FEMAP (NASTRAN) to analyze aircraft structure.

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34. CFR

low Demand
Here's how CFR is used in Structural Analysis Engineer jobs:
  • Developed a V-n diagram for the aircraft using CFR specifications.
  • Verified combination of critical Load Cases for consistency to the applicable requirements of 14 CFR Part 25.

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35. MRB

low Demand
Here's how MRB is used in Structural Analysis Engineer jobs:
  • Stress Lead supervising 4 engineers on stress analysis of 787-8 change notices and MRB.
  • Completed MRB and structural substantiation of modifications and analysis for 787 primary and secondary metallic and composite structure.
  • Performed MRB related activities which included rejected and substantiated composite aircraft structures through hand analysis methods.
  • Determined dispositions of non-conforming hardware and acquired MRB approval for repair solutions.
  • Derived MRB repairs substantiated by stress analysis in support of manufacturing and aircraft build
  • Develop initial analysis, sizing of MRB repairs, and department processes; review and approve stress analyses.

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36. Structural Components

low Demand
Here's how Structural Components is used in Structural Analysis Engineer jobs:
  • Utilized traditional and FEA methods to analyze structural components for the SB>1 Defiant and S-97 Raider programs.
  • Analyzed finite element models of structural components and assemblies using FEMAP, PATRAN and NASTRAN software.
  • Analyzed structural components of the Ares-I First Stage Roll Control System using FEA Software.
  • Resolved engineering and production problems associated with the manufacturing and assembly of aircraft primary structural components.
  • Performed design support, stress analysis and preparation of analysis documents for aircraft structural components and installation.
  • Performed detailed stress analysis to flight critical structural components using closed form solutions and Finite Element Analysis.

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37. Design Changes

low Demand
Here's how Design Changes is used in Structural Analysis Engineer jobs:
  • Employed finite element analysis, hand calculations and similarity for analysis and proposed design changes.
  • Post-processed results and performed iterative design changes.
  • Assigned as sub-lead, organized meetings, addressed customer requests, implemented procedures and guidelines, proposed design changes.
  • Update various unit Finite Element models to reflect design changes, and update analysis summary.
  • Conduct starter failure investigation and recommend design changes to resolve starter technical issues.
  • Implement design improvements by simplifying engineering and part complexity, including restructuring the drawing tree to eliminate superfluous design changes.

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38. Fortran

low Demand
Here's how Fortran is used in Structural Analysis Engineer jobs:
  • Developed a FORTRAN program to evaluate losses performance in various types of heat exchangers.
  • Coached and trained other team members on the Fortran 90 program software.
  • Developed FORTRAN missile simulation algorithms.
  • Developed distributed simulations between SUN and SGI workstations using Sockets in a C++ and FORTRAN (with C++ wrapper) environment.
  • Co-authored a FORTRAN software application to approximate aerodynamic loads using wind tunnel test data and fluid dynamics theory.
  • Integrated simulation environment with Cloud Cap Piccolo II for software and hardware-in-loop validation of flight system using FORTRAN and C++.

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39. Engineering Support

low Demand
Here's how Engineering Support is used in Structural Analysis Engineer jobs:
  • Provided structural engineering support and reviewed LOR of several projects and provided recommendation to TRC members.
  • Provided engineering support under tight deadlines to effectively solve in-field problems, minimizing costly machine shutdowns.
  • Provide engineering support to external customers.
  • Provided aircraft assembly line engineering support.
  • Provided structural engineering support to field engineers and guidance to junior engineers and trained new engineers.
  • GermanyProvided engineering support in the design, development, assembly, review and installation of structure.

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40. Design Optimization

low Demand
Here's how Design Optimization is used in Structural Analysis Engineer jobs:
  • Completed Parametric design optimization studies to evaluate bolting preloads and sizes under complex thermal mechanical and electromagnetic loads.
  • Design optimization of locomotive underframe structure.
  • Design optimization of the brake reservoir tank bracket using FEA modeling through Hypermesh and FEA analysis using Ansys.

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41. Technical Reports

low Demand
Here's how Technical Reports is used in Structural Analysis Engineer jobs:
  • Created concise technical reports and procedural documents.
  • Review and analyze data and document the results in technical reports.
  • Prepare technical reports assuring the safety, reliability and structural integrity of equipment and gloveboxes for Mixed Oxide Fuel Fabrication Facility.
  • Prepare technical reports assuring the safety, reliability and structural integrity of equipment and glovebox for MFFF.
  • Perform structural analysis (hand calculations) Create technical drawings Review technical drawings Produce technical reports
  • Published a technical paper and authored 8 major internal technical reports documenting process innovations and significant findings from analyses.

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42. Analysis Results

low Demand
Here's how Analysis Results is used in Structural Analysis Engineer jobs:
  • Formatted results into easily digestible presentation and presented analysis results and conclusions to customer.
  • Conducted periodic presentations on analysis results.
  • Used aft fairing finite element model analysis results to calculate fastener fatigue and static margins using Boeing design manuals.
  • Provided documentation of analysis results in the form of isometric drawings and specific problem reports.
  • Documented and presented analysis results at design reviews and for customers.
  • Provided analysis results and sometimes, specific recommendations to pipe support designers as to the supports to be built.

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43. Enovia

low Demand
Here's how Enovia is used in Structural Analysis Engineer jobs:
  • Utilized ENOVIA LCA system to create part manufacturing information and Bills of Material (BOM).
  • Created and released ENOVIA items for parts, assemblies, installations, and drawings.
  • Design check and release methods through ENOVIA LCA per Sikorsky's design standard.
  • Manage engineering bill of materials with ENOVIA / LCA system.
  • Monitor engineering changes using Learjet's ENOVIA database.
  • Populated Enovia LCA configuration management database with design data for the evaluation and release or aircraft components and assemblies.

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44. CSW

low Demand
Here's how CSW is used in Structural Analysis Engineer jobs:
  • Create CSW procedure for Fatigue analysis.

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45. Design Reviews

low Demand
Here's how Design Reviews is used in Structural Analysis Engineer jobs:
  • Create technical design and analysis summary packages and present at internal and external design reviews.
  • Supported a NASA product manager through formal 60% and 90% design reviews.
  • Conducted PDR, CDR and FDR design reviews for tooling's assigned.
  • Presented inboard and outboard spar analysis to both Gulfstream and Spirit management during Preliminary and Critical Design Reviews.
  • Completed DVP&R tasks and participated in design reviews for power cylinder components.
  • Performed design reviews, operations procedural reviews, and failure mode investigations of concept NASA launch vehicles/propulsion systems.

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46. Autocad

low Demand
Here's how Autocad is used in Structural Analysis Engineer jobs:
  • Supervised preparation of structural drawings from preliminary check prints up to approved for construction drawings using AutoCAD.
  • Completed material flow analysis using Factory-Cad software, formulated costs and material movement through AutoCAD.
  • Prepared structural framing plans of residential and commercial buildings from schematic layout utilizing AutoCAD.
  • Develop AutoLISP routines to enhance AutoCAD operations.
  • Developed structural drawings using AutoCAD.
  • Design, Detail, Estimate, and Project Management of Fall Protection Systems- AutoCAD 2011, Solid Works, Microsoft Office.

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47. R

low Demand
Here's how R is used in Structural Analysis Engineer jobs:
  • Interpreted engineering drawings and facilitated correction of errors on drawings and documents identified during production and manufacturing operations.
  • Earned promotion through demonstrated ability to learn quickly and effectively work on a variety of unfamiliar tasks.
  • Create and carry out verification and validation activity to quantify model accuracy compared to experimental data.
  • Prepared Bill of Material of cooling water system piping components to estimate manufacturing and installation cost.
  • Documented and formally presented results of analysis to customer along with design recommendations for product improvement.
  • Coordinated with other engineering groups to establish products' structural environment, characteristics, and performance.
  • Collaborated with customer engineers to collect plant parameter data used to create plant system computer models.
  • Reviewed analyzed and coordinated with Liaison Engineering to find functionality and structural integrity of parts.
  • Originated a structural design and manufacturing concept for fabrication of complex contoured laminated composite parts.
  • Insured passenger safety by thoroughly analyzing mechanical structures such as breakaway links and attachment fittings.
  • Developed bolted and bonded composite fuselage skin and stringer repairs in collaboration with company experts.
  • Review mechanical design drawings, procurement specifications, technical documents and process equipment calculations.
  • Performed monthly trends analysis resulting in management staff ability to make informed decisions.
  • Develop design solutions to improve structural durability performance of components and vehicle systems.
  • Developed, integrated, and documented structural requirements to establish the system design.
  • Provided direct technical leadership to groups of less experienced engineering and support personnel.
  • Established bounding conservative values for critical plant parameters for use in accident analysis.
  • Created and analyzed finite element models under both kinematic and dynamic conditions.
  • Supervised engineering construction, quality control, cost and progress of engineering project
  • Ensured structural integrity of space shuttle orbiters and regulatory requirements and specifications.

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48. Solidworks

low Demand
Here's how Solidworks is used in Structural Analysis Engineer jobs:
  • Modeled parts and assemblies in SolidWorks.
  • Produced 3-dimensional parts and assemblies using SolidWorks based on 2-D layouts of interior profiles from engineers for satellite communications equipment manufacturer.
  • Create product documentation including electronic board layout, SolidWorks drawings, product specifications, and preliminary marketing brochures.
  • Manipulated complex product geometries in SolidWorks to demonstrate design changes that fit within manufacturing constraints.
  • Design, modeling and simulation of equipment for process optimization using SolidWorks and Pro/Engineer.
  • Prepared manufacturing, assembly, and installation drawings using SolidWorks.

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20 Most Common Skill for a Structural Analysis Engineer

Structural Analysis13.3%
Finite Element Analysis13%
Fatigue Analysis9.7%
Internal Loads7.9%
Stress Analysis7.3%
Classical Hand Calculations6.7%
Ansys4.9%
Nastran4.1%

Typical Skill-Sets Required For A Structural Analysis Engineer

RankSkillPercentage of ResumesPercentage
1
1
Structural Analysis
Structural Analysis
10%
10%
2
2
Finite Element Analysis
Finite Element Analysis
9.8%
9.8%
3
3
Fatigue Analysis
Fatigue Analysis
7.3%
7.3%
4
4
Internal Loads
Internal Loads
5.9%
5.9%
5
5
Stress Analysis
Stress Analysis
5.5%
5.5%
6
6
Classical Hand Calculations
Classical Hand Calculations
5.1%
5.1%
7
7
Ansys
Ansys
3.7%
3.7%
8
8
Nastran
Nastran
3.1%
3.1%
9
9
Analysis Engineer
Analysis Engineer
3.1%
3.1%
10
10
Test Cases
Test Cases
2.7%
2.7%
11
11
Abaqus
Abaqus
2.5%
2.5%
12
12
Tolerance Analysis
Tolerance Analysis
2.4%
2.4%
13
13
Modal Analysis
Modal Analysis
2.4%
2.4%
14
14
Catia
Catia
2.1%
2.1%
15
15
FAA
FAA
2%
2%
16
16
CAD
CAD
1.8%
1.8%
17
17
Hypermesh
Hypermesh
1.7%
1.7%
18
18
Computational Fluid Dynamics
Computational Fluid Dynamics
1.6%
1.6%
19
19
Matlab
Matlab
1.3%
1.3%
20
20
Failure Analysis
Failure Analysis
1.3%
1.3%
21
21
Nasa
Nasa
1.2%
1.2%
22
22
VBA
VBA
1.2%
1.2%
23
23
Airframe
Airframe
1.2%
1.2%
24
24
Analysis Tools
Analysis Tools
1.2%
1.2%
25
25
FE
FE
1.1%
1.1%
26
26
Analysis Reports
Analysis Reports
1.1%
1.1%
27
27
CAE
CAE
1%
1%
28
28
Trade Studies
Trade Studies
1%
1%
29
29
Data Analysis
Data Analysis
1%
1%
30
30
IAS
IAS
1%
1%
31
31
Static Analysis
Static Analysis
1%
1%
32
32
Strength Check
Strength Check
1%
1%
33
33
Femap
Femap
0.9%
0.9%
34
34
CFR
CFR
0.9%
0.9%
35
35
MRB
MRB
0.8%
0.8%
36
36
Structural Components
Structural Components
0.8%
0.8%
37
37
Design Changes
Design Changes
0.8%
0.8%
38
38
Fortran
Fortran
0.8%
0.8%
39
39
Engineering Support
Engineering Support
0.8%
0.8%
40
40
Design Optimization
Design Optimization
0.8%
0.8%
41
41
Technical Reports
Technical Reports
0.8%
0.8%
42
42
Analysis Results
Analysis Results
0.7%
0.7%
43
43
Enovia
Enovia
0.7%
0.7%
44
44
CSW
CSW
0.7%
0.7%
45
45
Design Reviews
Design Reviews
0.7%
0.7%
46
46
Autocad
Autocad
0.6%
0.6%
47
47
R
R
0.6%
0.6%
48
48
Solidworks
Solidworks
0.6%
0.6%

21,695 Structural Analysis Engineer Jobs

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