Stress Analyst

Top Stress Analyst Skills

Below we've compiled a list of the most important skills for a Stress Analyst. We ranked the top skills based on the percentage of Stress Analyst resumes they appeared on. For example, 12.6% of Stress Analyst resumes contained Finite Element Analysis as a skill. Let's find out what skills a Stress Analyst actually needs in order to be successful in the workplace.

The six most common skills found on Stress Analyst resumes in 2020. Read below to see the full list.

1. Finite Element Analysis

high Demand
Here's how Finite Element Analysis is used in Stress Analyst jobs:
  • Analyzed nuclear pressure vessels and associated nuclear reactor plant components utilizing elastic and elastic-plastic finite element analysis techniques.
  • Detail level review and structural assessment of new parts utilizing classical hand analysis or detailed finite element analysis (FEA).
  • Provided finite element analysis in aerospace industry based on requirements of AS 9000 and ISO 9001.
  • Hand calculation and Finite Element Analysis the floors, beams.
  • Performed stress analysis of aircraft structures using Finite Element Analysis and classicmethods.
  • Provided finite element analysis (FEA) using ANSYS and FEMAP on the Falcon 9 rocket and Merlin 1D rocket engine.
  • Analyzed fuel cell storage containers for survivability due to high impact loads using finite element analysis.

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2. Fatigue Analysis

high Demand
Here's how Fatigue Analysis is used in Stress Analyst jobs:
  • Generated automated fatigue analysis in java using input and output via Excel spreadsheets.
  • Perform fatigue analysis and offer design solutions to reduce stress concentrations.
  • Performed static, and fatigue analysis on G650 emergency exit doors, using FEA and fatigue life software.
  • Perform Fatigue Analysis using Boeing Book 2 Methods, IDTAS output, and JOLT/JOLOAD analysis programs.
  • Perform all aspects of the structural sizing, including static and fatigue analysis.
  • Completed the ultimate and fatigue analysis for the forward fuselage produced by KHI.
  • Perform calculations for stress, fracture, & fatigue analysis.
  • Assisted on LOX tank interconnections and fatigue analysis performed.
  • Perform fatigue analysis per F D RATION EUROP ENNE DE LA MANUTENTION (FEM) standard.
  • Performed fatigue analysis on critical components using Nasgro.
  • Improved methodologies in fatigue analysis by producing fortran code which provided rainfall counting of cycles and stresses from Finite Element output.
  • Performed stress and fatigue analysis, approved drawings for structural integrity and compliance to the FAR's in a timely manner.
  • Stress, modal, and fatigue analysis using hand calcs and FEA of Advanced Arresting Gear components.
  • Performed classical fatigue analysis on A400M NLG pins using N-Code in collaboration with safran engineering services France.
  • Performed fatigue analysis for the Pavehawk (HH60G) Tail Rotor Gearbox Splice.
  • Performed static, and fatigue analysis for Sikorsky Blackhawk, Seahawk, and S92 model helicopters.

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3. Internal Loads

high Demand
Here's how Internal Loads is used in Stress Analyst jobs:
  • 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.
  • Retrieved internal loads from FEADAMS and analyzed the stabilizer cutout frames and longerons using FAMOSS and IAS.
  • Developed internal loads data for the 747-300SF semi-monocoque structure.

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4. Nastran

high Demand
Here's how Nastran is used in Stress Analyst jobs:
  • Performed stress analysis with extensive use of MSC/NASTRAN Finite Element Modeling/Analysis in conjunction with Lamina and Laminate Theory with failure criterion.
  • Create, run, and evaluate finite element models using MSC NASTRAN and MSC PATRAN.
  • Used NASTRAN, FORD/PDGS and FORD proprietary packages for stress analysis of automotive body structure.
  • Used NASTRAN/PATRAN and FEMAP for mesh modeling, extracted the results and sized the part.
  • Supervised and mentored other engineers in the use and applicability of FEMAP and NASTRAN.
  • Utilized conventional theoretical methods as well as NASTRAN and PATRAN finite element modeling.
  • Develop NASTRAN models of frame and body structure of specialty wheelchair accessible van.
  • Generated RunningLoads computer program used to size fine meshed NASTRAN composite models.
  • Completed stress analyses using NASTRAN / PATRAN and proprietary stress analysis software
  • Develop full vehicle NASTRAN model of armor plated off-road military vehicle.
  • Used PATRAN/NASTRAN, ANSYS and MARC for FEA.
  • Created VB programs to help simplify the creation of dynamic math models (NASTRAN/PATRAN, Mechanica).
  • Extracted loads and stresses from Nastran for detailed stress analysis and sizing of components.
  • Used MSC.PATRAN, 2001, R3 as the pre and post processor and MSC-NASTRAN as the solver.
  • Analyzed Integration Panels under different loading conditions defined by the B787 program using the Nastran/Patran.
  • Implement Campbell diagram for disc and blade turbine model by using FEMAP with NX Nastran.
  • Detail load distribution on tension tie structure by Patran/ Nastran finite element.
  • Hand calculation and using Nastran, Patran, Femap, Creo, & Excel.
  • Used Nastran, Patran, Hypermesh, & Hyperview.
  • Developed FEM and analyzed structural oomponents using MSC.Patran 2010 and MSC.Nastran 2008.

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5. Static Strength

high Demand
Here's how Static Strength is used in Stress Analyst jobs:
  • Prepared formal static strength analysis for certification approval.
  • Stress analysis for static strength, fatigue, stability, damage tolerance and corrosion resistance.
  • Performed static strength analysis on wing hinge spoiler fittings and cove panel installations.
  • Reanalyzed the fuselage frame to stringer clips for static strength.
  • Flutter model test for Q-drop Door strength analysis, ECS Support Structure Static Strength and Fatigue Analysis.

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6. Stress Analysis

high Demand
Here's how Stress Analysis is used in Stress Analyst jobs:
  • Prepared input for presentation in formal stress analysis report.
  • Performed stress analysis of fittings brackets, clips, compression bars and more on RS6000 workstation and other standard Boeing procedures.
  • Worked in Brazil as a Senior Stress Analyst performing fatigue and pipe stress analysis of topside and cargo tank areas.
  • Provided stress analysis for modifications to C-130, AC-130 and Black Hawk helicopters in support of U.S. Special Forces missions.
  • Prepared input for presentation in formal stress analysis report and in order to demonstrate compliance with FAR 25 certification.
  • Pipe stress analysis of nuclear power piping systems of South Texas Project confirming to ASME and ANSI B31.1 codes.
  • Perform stress analysis, flow analysis, and thermal analysis of high pressure piping system and machine designs.
  • Provided stress analysis using classical methods and Cosmos/M FEA for the S-92 Korean Head of State Helicopter program.
  • Generated stress analysis reports for all piping assemblies for review and approval by the customer.
  • Performed expansion and stress analysis for various load cases for hot and cold piping.
  • Promoted to Lead Stress Analysis Engineer after 2 years with company.
  • Prepared formal stress analysis reports for U. S. Air Force.
  • Performed stress analysis for system brackets and fuel line tubing.
  • Stress analysis on Airborne Laser Program (747-400).
  • Performed stress analysis on VC-25 systems installations.
  • Stress analysis support on 747-8I Freighter Program.
  • Generated professional stress analysis reports, product user and operator manuals as deliverables to customers.
  • Stress analysis of Flaperon components for KTX-2, a derivative of the F-16 aircraft for the Korean Air force.
  • Stress analysis a lots of projects.
  • Stress analysis on 777x-9 supporting interafaces between fuseage sections and electrical systems

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7. Hand Calculations

high Demand
Here's how Hand Calculations is used in Stress Analyst jobs:
  • Completed analysis of rotating and stationary components including extensive hand calculations.
  • Tested and validated the aforementioned tool with hand calculations.
  • Performed hand calculations and developed finite element models.
  • Hand calculations and FEA in support of static, stability and fatigue analysis for FAA certifications.
  • Perform confirmation backup checks of previous FEA and hand calculations of older parts and assembly upgrades.
  • Analyze components & systems for vibration and fatigue lives using CAE tools & hand calculations.
  • Calculated applied loads based upon free body diagrams using classical hand calculations.
  • Experienced in the use of hand calculations to verify structural integrity.
  • Used hand calculations, Boeing methods (BDMs), Interface Loads.

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8. Structural Analysis

high Demand
Here's how Structural Analysis is used in Stress Analyst jobs:
  • Provided structural analysis support for modifications on Cessna and King Air aircraft.
  • Perform structural analysis to support early configuration development trade studies G650 Flap.
  • Provided structural analysis support on Bombardier Challenger 601 aircraft Galley.
  • Documented CH53K structural analysis electronically using Excel and Word.
  • Performed detailed structural analysis as a Structural Engineer.
  • Provided structural analysis support for the design of support structure for equipment with in the ISIM element of the JWST.
  • Performed classical structural analysis on primary structural composites to support the drawing release on the Inner Wing Integrated Product Teams.
  • Performed structural analysis on composites to support static, fatigue, & flight testing and Strength Summary and Operating Restrictions.
  • Provided structural analysis support for trade study of alternate composite support fittings design for GPM solar array panel structure.
  • Performed structural analysis of engine nacelle latch beam fairings and access doors on the extended range Boeing 777 jetliner.
  • Performed structural analysis to support early configuration development trade studies on the Nacelle and Upper Composite Skins.
  • Perform classical structural analysis on primary structural members to support the drawing releases of G650 Flap.
  • Utilized revised loads to update structural analysis reports for the Fixed Leading Edge substructure.
  • Reviewed and corrected the structural analysis reports for the Fixed Leading Edge substructure.
  • Provided structural analysis support on B/E Aerospace 747 Super First Class Suites.
  • Provided structural analysis support on composite radome aircraft structures.
  • Provided structural analysis support on Bombardier CSeries aircraft.
  • Generated detailed structural analysis report in MSWord.
  • Performed preliminary structural analysis of Boeing 747 Quiet Long Range thrust reverser.
  • Performed structural analysis of the J-UCAS centerbody frames, intercostals and skins.

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9. Fems

high Demand
Here's how Fems is used in Stress Analyst jobs:
  • Modified FEMs in order to optimize design by conducting trade studies of various structural configurations.
  • Used solidworks in order to evaluate design models and develop analysis FEMs.
  • Developed assembly and component FEMs using FEMAP version 10.1 as the pre and post processor and NX.Nastran as the solver.

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10. Catia

high Demand
Here's how Catia is used in Stress Analyst jobs:
  • Conducted both linear and nonlinear finite element analysis using MSC (NX) NASTRAN, CATIA, FEMAP and PRO-E.
  • Utilized CatiaV5 software on repair design work for Boeing commercial 787 composite and titanium structured aircraft.
  • Utilized CATIA and other Boeing software to attain necessary dimensional details and cross sections.
  • Use of CATIA to determine part dimensions, geometry, wire bundle masses etc.
  • Used SLIM and VISION to obtain internal loads and CATIA V5 for part dimensions.
  • Generated Beam Properties for Section 49 Components, using CATIA and PATRAN.
  • Developed finite element models from IGES and CATIA generated files.
  • Required importing CATIA geometry to develop FEM.
  • Used MSC.PATRAN, NASTRAN, CATIA, ENOVIA and EXCEL.
  • Develop composite and metallic material static & fatigue allowables for CATIA V5 FEM models of substructure and composite control surfaces.
  • Generated a detailed FEM model from CATIA surfaces along with over 850 Nastran loading conditions.
  • Assist Catia designers in preparing production drawings and customer source control drawings.
  • Performed stress analysis using Nastran/Patran/CatiaV5 skills and hand analysis.
  • Supported CATIA V4 to V5 migration through conversion, update and validation of Elfini archived models to Nastran.
  • Created engineering templates (IAS) and used Catia and Nastran FEM computer programs.
  • Used Catia V5 and Enovia in order to evaluate design.
  • Used Excel spreadsheets, Mathcad, Vismockup, and Catia for analysis and stress calculations presentation.
  • Use and Nastran and Patran and Catia V5 for composite FEM analysis and modeling.
  • Used Catia, Elfini, IBM RS-6000, and Nastran computer programs.
  • Used Nastran, Patran, Catia, IAS, & SA+.

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11. Ansys

high Demand
Here's how Ansys is used in Stress Analyst jobs:
  • Program generated composite margins of safety (Tsai-Wu & Max Stress) for groups of elements that were defined in ANSYS.
  • Analyzed the ultimate capacity of aircraft frame assembly ball panel cargo systems (ANSYS) under weight loads.
  • Performed structural and vibration evaluation of C-130 J propeller system by hand calculations and with ANSYS.
  • Calculated natural frequencies and mode shapes of turbine airfoils (modal analysis, ANSYS).
  • Performed forced response analysis (ANSYS) of engines together with the attached devices.
  • Construct and solve static and dynamic finite element models with ANSYS and ANSYS Workbench.
  • Performed finite element analyses in ANSYS for Mitsubishi and Westinghouse gas turbine components.
  • Conducted static analyses (ANSYS) of low pressure turbine of F136 engine.
  • Calculated static analyses (ANSYS) of high and low pressure turbines.
  • Conducted contact static analyses (ANSYS) of blade folders helicopter mechanisms.
  • Analyzed and Modified critical components using SolidWorks, Inventor and ANSYS.
  • Used ANSYS to evaluate bracket and tubing stress.
  • Conducted stress analysis using ANSYS at Rolls-Royce.
  • Utilized Ansys stress analysis software to analyze lighting systems to be installed on many types of aircraft.
  • Stress, thermal, and vibration analysis Calculated jet engine duct stresses and vibration frequencies using Ansys.
  • Used ANSYS to preform stress analysis to support any field fix applications (e.g.
  • Experienced with ANSYS and nCode DesignLife.
  • Used hand calculations and Ansys to to optimize the strength and weight of the canopy opening and latching systems.
  • Utilized ANSYS Workbench 14 for all analytical work while using Solidedge as a design tool.
  • Translated the NASTRAN DMIG to an Ansys superelement and ran all unit load cases.

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12. Tolerance Analysis

high Demand
Here's how Tolerance Analysis is used in Stress Analyst jobs:
  • Performed advanced root cause failure analysis for gas turbine components and damage tolerance analysis.
  • Performed Damage Tolerance Analysis on principal structural elements.
  • Performed Fatigue, Durability and Damage Tolerance Analysis of new design and modifications performed to the 737-900 and 747-300 aircraft structure.
  • Performed static, fatigue and damage tolerance analysis to support customer AOG's, modification, and Service Engineering.
  • Performed fatigue and crack growth/damage tolerance analysis (DTA).
  • Performed Damage Tolerance analysis on components of C-130 Gunship.
  • Performed Fatigue, Durability and Damage Tolerance Analysis for the Connexion byBoeing Antenna Installation on 747 and BBJ aircraft.

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13. Classical Hand Calculations

high Demand

14. Airframe

high Demand
Here's how Airframe is used in Stress Analyst jobs:
  • 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.
  • Assisted in reports completion of structural analysis on primary airframe structure for a Sikorsky MH-60 helicopter program.
  • Supported strength and fatigue analysis for airframe repairs on the B-1B Lancer.
  • Validated changes in airframe Structural Repair Manuals through stress analysis.
  • Performed airframe structural analysis on the 500 series helicopters.
  • Certified the first CFR PART 23 and PART 25 complete composite airframes using CLASS.
  • Perform Airframe external and internal repair design and substantiation for airline customers and regulatory agencies ensuring that requirements are met.
  • Analyzed major airframe components of advanced fighter aircraft to verify strength requirements.
  • Performed stress analysis of Airframe parts and assemblies, using both classical methods and finite element methods using Elfini and NASTRAN.
  • Lead engineer for the airframe structures group responsible for the Aerospace Structural Integrity Program (ASIP).
  • Performed Thermal/ Heat Transfer Steady-State and Transient Analysis for Composite Airframe using FAA sponsored THERMOD T.A.A..-Beta.
  • Generated PATRAN model and ran a full airframe NASTRAN FEM solution for the UH60 composite tailcone.
  • Analyzed primary airframe structure, secondary airframe structure and systems installations on the latest model aircraft.
  • support of secondary airframe structure.

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15. FAA

average Demand
Here's how FAA is used in Stress Analyst jobs:
  • Provided fatigue and damage tolerance analyses of primary structural elements based on fatigue test article results supporting FAA certification reports.
  • Generated stress reports in an FAA regulatory environment, supporting certification.
  • Redesigned several stringer termination fittings to resolve several FAA Airworthiness Directives.
  • Performed analysis and FAA certification of multiple aircraft modifications.
  • Prepared analysis reports to be submitted to customers or FAA for aircraft certification purpose (FAR part 23 & 25).
  • Used industry approved tools and methods to perform checks and prepared strength check reports for FAA approval.
  • Provide stress support for FAA certification efforts of the BA609 Tilt Rotor program.
  • Lead stress analyst and representative of the FAA.
  • Prepared formal stress reports in substantiation of new design and modifications for theFAA certification.
  • Test plan development, witnessing and documentation of cable hang up's and non-conformances for FAA regulation compliance requirements.
  • Analyze the structural integrity of onboard monument designs to meet FAA and customer expectations.
  • Provided manual calculation documents for FAA approval of 737 wing retrofit program.

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16. Test Cases

average Demand

17. Asme B311

average Demand

18. Static Analysis

average Demand
Here's how Static Analysis is used in Stress Analyst jobs:
  • Generated automated loads extraction programs in java for fatigue and static analysis.
  • Performed static analysis and residual strength analysis for certification documents.
  • Performed static analysis, buckling analysis & frequency analysis (Both Free-Free and Dynamic).
  • Pulled loads from FEM for static analysis and sizing of detailed parts.

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19. CAD

average Demand
Here's how CAD is used in Stress Analyst jobs:
  • Collaborate with project managers and direct CAD technicians (team of six) to ensure design drawings meet client specifications.
  • Defined model geometry and limits using various CAD packages such as UG and CAD/CAM.
  • Utilized CAD/CAM to facilitate the location of high stress points in structural components.
  • Convert CAD geometry to finite element model using PATRAN, I-DEAS or Siesta.
  • Supported drafting department with overflow by creating AutoCAD drawings.
  • Used EMRC's NISA software for FEA, and CADKEY for drawings.
  • Detailed Analysis, linear and non-linear, fatigue, stress corrosion, using ANSYS workbench, Mathcad.
  • Use Femap, Pro-E, Math-Cad to create finite Element models and finite element analysis.
  • Verified FEM by mesh refinement and hand calculation, using Mathcad and Excel.
  • Provided continuous education to the Flotron engineering group for more efficient and accurate CAD and validation techniques for all Flotron products.
  • Performed stress reports by using Finite Element Analysis, Mathcad and Excel Spreadsheets for hand calculation.
  • Perform stress analyses on brackets and tubing using Caepipe, Mathcad and hand calculations.

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20. MRB

average Demand
Here's how MRB is used in Stress Analyst jobs:
  • Develop initial analysis, sizing of MRB repairs, and department processes; review and approve stress analyses.
  • Closed all MRB/Stress tags and supported the manufacturing process in the disposition of Manufacturing Defect as required.
  • Provide Material Review Board (MRB) stress analysis support on the F/A-18 Super Hornet.
  • Served as MRB Engineer on the Liaison Engineering team addressing production line problems.
  • Created stress report of findings and recommendations to MRB group.
  • Stress support for liaison and MRB.
  • Addressed Torque Box and WTBF static MRB issues.

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21. Structural Components

average Demand
Here's how Structural Components is used in Stress Analyst jobs:
  • 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.
  • Developed and implemented test programs necessary to qualify major structural components.
  • Calculated cumulative fatigue damage for the structural components.
  • Performed stress analysis of Satellite MGSE (Mechanical Ground Support Equipment) structural components and systems for Boeing Satellite Systems.
  • Detail Design Analysis of structural components for the STOVL version of the Joint Strike Fighter.
  • Performed formal detailed stress reports for 747-8 Fuselage, Wing, plus other structural components.
  • Performed detailed stress analysis on major structural components including ribs, frames and skins.
  • Integrated all Static Test Article ballistic damage repair and the retrofit of new structural components.

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22. Analysis Methods

average Demand
Here's how Analysis Methods is used in Stress Analyst jobs:
  • Provided high quality analyses; studied company approved documentation on material properties and analysis methods to properly implement.
  • Directed and completed multiple stress analysis to deliver acceptable analysis methods.
  • Assist and teach early career engineers with understanding of fatigue methodology, fatigue spectrum generation, and crack growth analysis methods.
  • Modified analysis methods to account for customer's specific compliance requirements, in addition to FAA certifications.
  • Advanced hand calculations utilizing BCA book 1, 2, 3, stress analysis methods.

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23. Composite Structures

average Demand
Here's how Composite Structures is used in Stress Analyst jobs:
  • Review partner SCN to confirm partners are preserving Boeing's new design and criteria for composite structures.
  • Used FEM to develop internal loads and stresses for detailed stress analysis of composite structures.
  • Produced formal detailed stress/ fatigue analysis reports for the F/A 18 E/F Metallic & Composite Structures previously mentioned.
  • Used MSC/PATRAN as Pre-processor & Post-processor and MSC/NASTRAN as Analysis Package for Metallic and Laminated Composite Structures.
  • Analyzed and compared designs of isogrid shell, monocoque shell and sandwich construction of aluminum, titanium, and composite structures.

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24. Nasa

average Demand
Here's how Nasa is used in Stress Analyst jobs:
  • Certified SRB structures for flight use in accordance with NASA program strength requirements.
  • Performed stress analysis on NASA's Hubble Space Telescope project during design phase.
  • Conducted structural stress analysis for NASA Space Launch System test hardware.
  • Performed typical stress analysis on lightweight skin and stringer structure, which included a fracture analysis using NASA Flagro.
  • Performed fatigue and fracture analysis on associated parts using classical methods and NASA Flagro.
  • Worked fracture mechanics issues using NASA Flagro, on pressurized structure with welds.
  • Prepared formal stress reports of the aft fuselage frames,longerons and pressure bulkheads for submission to NASA.

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25. IAS

average Demand

26. Multiple Load Cases

average Demand

27. Caesar II

average Demand
Here's how Caesar II is used in Stress Analyst jobs:
  • Performed piping thermal and stress analysis using the latest version of CAESAR II.
  • Trained staff on Piping Stress Analysis using Intergraph CAESAR II.

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28. Interface Loads

average Demand
Here's how Interface Loads is used in Stress Analyst jobs:
  • Performed stress analysis on 3D models using FEMAP and NASTRAN to determine margins of safety and interface loads.
  • Prepared fuel system interface loads transmittal based on FEM model results* Review/comments of vendor stress analysis reports.
  • Develop Integrated FEM of laser plumbing section to determine interface loads.
  • Provided interface loads to mating structures.
  • Provided interface loads for the Winglet to Wing joint.

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29. Airbus

average Demand
Here's how Airbus is used in Stress Analyst jobs:
  • Provided structural analysis support on Airbus A400 aircraft cargo handling and aerial delivery systems for military and civilian applications.
  • Coordinated closely with Airbus team to mitigate/resolve issues as they arose in order to meet our commitment dates.
  • Performed damage tolerance analysis and reports on repairs of rear plug skin (Airbus A-340 500/600).
  • Stress analyst for AIRBUS A350-900 Project.
  • Documented the proceedings in the form of stress reports as deliverables for Airbus.
  • Provided stress support for new aircraft programs such as the Airbus A380, Gulfstream G-650, and Bombardier CRJ-1000.

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30. Secondary Structures

low Demand
Here's how Secondary Structures is used in Stress Analyst jobs:
  • Performed stress analysis on repair primary and secondary structures to ensure structure persevere its integrity.
  • Designed numerous composite and titanium repair methods to be used at aircraft repair sites on primary and secondary structures.
  • Developed and used excel spreadsheets to process loads and size primary and secondary structures.
  • Stress Analyst on primary and secondary structures, and design engineering support.
  • Design, modification and rework of primary and secondary structures for Canadair Regional Jet- special edition.

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31. Abaqus

low Demand
Here's how Abaqus is used in Stress Analyst jobs:
  • Performed analysis on CFRP details/fittings on the 787 Section 11 using both classical and Finite Element Analysis, ABAQUS.
  • Perform mission analysis using PATRAN, ABAQUS, and NASTRAN as well as basic hand calculations.
  • Used ANSYS and ABAQUS for finite element analysis (FEA).
  • Used ANSYS and ABAQUS for FEA.
  • Stress and structural analyzing of the tube-support interaction in heat exchanger including traditional hand calculation and FEM modeling with ABAQUS.
  • Prepare FEM model of the Fan Cowl using Nastran, Hyper-Mesh, Abaqus.
  • Provided results using Abaqus Explicit and Nastran FE software.
  • Created Abaqus plug-ins to enable drastic reduction in creation of submodels based on overall airframe loads models.
  • Complete design and analysis on aircraft components by utilizing FEA software Patran Nastran, ABAQUS, Catia V5 (creating step.
  • Used Nastran, nCode DesignLife, Abaqus, LS-DYNA, Hypermesh, Hyperview, Ansa, & NX.

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32. Dynamic Analysis

low Demand
Here's how Dynamic Analysis is used in Stress Analyst jobs:
  • Experience also includes dynamic analysis of vibration/shock systems, induced loads definition and durability analysis of metallic parts.
  • Provided static and dynamic analysis in order to substantiate structure.
  • Used in-house computer code SPAR and NASTRAN data for static and dynamic analysis of large space structure meeting various operating conditions.
  • Designed Solar array structure for space applications - static and dynamic analysis using finite element analysis tools (Cosmos Works)
  • Completed static and dynamic analysis of tubing, supports, bonded structure and structural components.
  • Coordinated projects and led static and dynamic analysis work on SP206 and FAST spacecraft.
  • Perform linear, non-linear, static, and dynamic analysis.
  • Used CaesarII and AutoPIPE to run static and dynamic analysis.
  • Performed multi-body dynamic analysis on shipping and handling fixture used to transport the Merlin 1D engine.

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33. Boundary Conditions

low Demand
Here's how Boundary Conditions is used in Stress Analyst jobs:
  • Developed composite material and element properties, defined boundary conditions and developed load sets for models.
  • Defined boundary conditions developed composite panel as well as substructure definitions and properties.
  • Created 3D thermal and structural meshes for complex turbine components in ANSYS and developed macros to apply complex boundary conditions.

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34. Trade Studies

low Demand
Here's how Trade Studies is used in Stress Analyst jobs:
  • Support stress assessment and sizing requirements of structural trade studies using analysis tool IDAT.
  • Prepared and participated in Trade Studies, Presentations and Design Reviews.
  • Performed weight optimization trade studies on Boeing 787 Aft Pivot Fittings.
  • Analyzed trade studies as part of new product development.

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35. Feadms

low Demand

36. Primary Structure

low Demand
Here's how Primary Structure is used in Stress Analyst jobs:
  • Developed truss stress and thermal analysis protocol for primary structure in military aircraft.
  • Researched and developed new solutions for installing payloads to primary structure.
  • Analyze metallic and composite components for bonded and fastened primary structures as well as subsystem support structures and ground/test equipment.
  • Prepared structural substantiation for static strength, durability resistance, and damage tolerance on the primary structure for service requests.
  • Stress and fatigue analysis of fuselage and wing box composite / metallic primary structure in support of production rejection tags.
  • Create interface load coordination sheet for Guard Bracket when torque tube whirls or flails to primary structure.
  • Stress analysis for primary structures on new aircraft programs (wing group)

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37. JSF

low Demand
Here's how JSF is used in Stress Analyst jobs:
  • Determine stresses, displacements, thermal expansion, & fatigue life of fuel system parts on the JSF.
  • Provided support through the design layout and drawing release phases of the JSF SDD program.
  • Developed presentations for critical design reviews to the JSF government officials (JPO).
  • Assigned to Joint Strike Fighter Program (JSF) to Systems Stress Group.
  • Coordinated with design and manufacturing engineers to optimize the airframe design of the JSF concept demonstration and existing F-16 aircraft.

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38. Design Changes

low Demand
Here's how Design Changes is used in Stress Analyst jobs:
  • Performed modification to PATRAN / NASTRAN model to reflect design changes* Provided liaison stress support for the fuel system.
  • Interfaced with design and test engineers to evaluate design changes and made design revision recommendations.
  • Design changes were recommended for light assemblies that did not meet stress analysis standards.
  • Suggested piping design changes to limit equipment loads.
  • Supported ECO's and design changes for the CH-47 models.

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39. Solidworks

low Demand
Here's how Solidworks is used in Stress Analyst jobs:
  • Utilized SolidWorks to design 3D models of test bed components.
  • Use of MSC NASTRAN, PATRAN & Solidworks.

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40. F-35

low Demand
Here's how F-35 is used in Stress Analyst jobs:
  • Performed static, durability and damage tolerance analysis on metallic primary fuselage structure on the F-35B lift fan bay.
  • Shop support during manufacturing final production of F-16, F-35 and F-22.
  • Assess the design of the 3 bearing swivel module's grease shields on the F-35 Lightning II.
  • Lead stress engineer for the F-35C F1 tank.

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41. Dadt

low Demand
Here's how Dadt is used in Stress Analyst jobs:
  • Evaluated fwd fuselage assembly discrepancies/repairs for structural integrity (Static/DaDT).
  • Conduct nonlinear dynamic fatigue, FMEA and DaDT stress analysis of HVAC Aluminum/composite engine utility systems used on helicopters and aircraft.
  • Conduct nonlinear dynamic fatigue and DaDT stress analysis of outboard and inboard fairings used on the Bombardier C-series jet aircraft.
  • Performed DADT analysis of Inner Wing Components as follow:* Maintenance Critical Part Upper Canted Ribs.

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42. Analysis Results

low Demand
Here's how Analysis Results is used in Stress Analyst jobs:
  • 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.
  • Write engineering documents and developed presentations on stress analysis results.
  • Provided analysis results and sometimes, specific recommendations to pipe support designers as to the supports to be built.
  • Created stress isometrics and documented all analysis results for the final document created for BP Angola/Schlumberger.
  • Proposed strain gage locations on the Combustors based on analysis results.

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43. Aircraft Parts

low Demand

44. Stress Group

low Demand
Here's how Stress Group is used in Stress Analyst jobs:
  • Detailed Stress Analysis, Stress Group support of graphite composite Reflector fabrication & testing (static & dynamic).
  • Supervised coordination of the weekly stress group reports.
  • Assigned to the AAP Fuselage Stress group.
  • Created a FDT handbook for GDC Stress Group.

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45. Enovia

low Demand

46. Analysis Tools

low Demand
Here's how Analysis Tools is used in Stress Analyst jobs:
  • Verify integrity using analytical methods, finite element models/simulations and other analysis tools throughout product lifecycle.

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47. CDR

low Demand
Here's how CDR is used in Stress Analyst jobs:
  • Perform internal PDR and CDR prior to actual customer PDR and CDR dates to approve design by manufacturing department.
  • Prepared presentations and participated in Preliminary Design Review (PDR) and Critical Design Review (CDR).
  • Prepare PDR and CDR presentations of the preliminary and final design for customers.
  • Presented related materials at PDR and CDR.
  • Performed hand analysis in support of Flight Deck and Furnishings thru G650 IDR (intermediate) and CDR (critical).

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48. SRM

low Demand
Here's how SRM is used in Stress Analyst jobs:
  • Defined and published ICD loads for the Forward Skirt / RSRM attach joint.
  • Bonded Repair Solutions: Created solutions for the fuselage skin barrels as a part of the SRM activity.

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49. IPT

low Demand
Here's how IPT is used in Stress Analyst jobs:
  • Acted as the lead finite element model integrator for the Inner Wing IPT composite skins structural analysis team.
  • Used in-house analysis software and wrote various Perl programs and Unix shell scripts to post-process analysis results data.
  • Lead design team (IPT) with different disciplines to produce a feasible system for the project
  • Developed AWK scripts to automate bolted joint margin of safety calculations.
  • Scripted in ANSYS APDL and PYTHON.
  • Performed weight trade studies by assessing various structural arrangements and developed analytical methods for use by the forward fuselage IPT.
  • Designed and analyzed Oil Drilling Tools RBS III and IV Northrop Grumman Technical Services Subcontracted through Chipton Ross

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50. Technical Reports

low Demand
Here's how Technical Reports is used in Stress Analyst jobs:
  • Reviewed other analysts' technical reports to ensure accuracy.
  • Provided documentation in the form of letters, technical reports and specifications.
  • Interpret analytical results, assess design margins, and prepare technical reports.

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20 Most Common Skill for a Stress Analyst

Finite Element Analysis16.9%
Fatigue Analysis11.1%
Internal Loads10.2%
Nastran8%
Static Strength5.6%
Stress Analysis5.4%
Hand Calculations5.2%
Structural Analysis4.5%

Typical Skill-Sets Required For A Stress Analyst

RankSkillPercentage of ResumesPercentage
1
1
Finite Element Analysis
Finite Element Analysis
12.6%
12.6%
2
2
Fatigue Analysis
Fatigue Analysis
8.3%
8.3%
3
3
Internal Loads
Internal Loads
7.6%
7.6%
4
4
Nastran
Nastran
6%
6%
5
5
Static Strength
Static Strength
4.2%
4.2%
6
6
Stress Analysis
Stress Analysis
4%
4%
7
7
Hand Calculations
Hand Calculations
3.9%
3.9%
8
8
Structural Analysis
Structural Analysis
3.4%
3.4%
9
9
Fems
Fems
3%
3%
10
10
Catia
Catia
2.8%
2.8%
11
11
Ansys
Ansys
2.7%
2.7%
12
12
Tolerance Analysis
Tolerance Analysis
2.7%
2.7%
13
13
Classical Hand Calculations
Classical Hand Calculations
2.5%
2.5%
14
14
Airframe
Airframe
2.1%
2.1%
15
15
FAA
FAA
2%
2%
16
16
Test Cases
Test Cases
1.4%
1.4%
17
17
Asme B311
Asme B311
1.4%
1.4%
18
18
Static Analysis
Static Analysis
1.3%
1.3%
19
19
CAD
CAD
1.3%
1.3%
20
20
MRB
MRB
1.3%
1.3%
21
21
Structural Components
Structural Components
1.3%
1.3%
22
22
Analysis Methods
Analysis Methods
1.3%
1.3%
23
23
Composite Structures
Composite Structures
1.3%
1.3%
24
24
Nasa
Nasa
1.3%
1.3%
25
25
IAS
IAS
1.3%
1.3%
26
26
Multiple Load Cases
Multiple Load Cases
1.3%
1.3%
27
27
Caesar II
Caesar II
1.1%
1.1%
28
28
Interface Loads
Interface Loads
1.1%
1.1%
29
29
Airbus
Airbus
1.1%
1.1%
30
30
Secondary Structures
Secondary Structures
1.1%
1.1%
31
31
Abaqus
Abaqus
1.1%
1.1%
32
32
Dynamic Analysis
Dynamic Analysis
1%
1%
33
33
Boundary Conditions
Boundary Conditions
0.9%
0.9%
34
34
Trade Studies
Trade Studies
0.9%
0.9%
35
35
Feadms
Feadms
0.8%
0.8%
36
36
Primary Structure
Primary Structure
0.7%
0.7%
37
37
JSF
JSF
0.7%
0.7%
38
38
Design Changes
Design Changes
0.7%
0.7%
39
39
Solidworks
Solidworks
0.6%
0.6%
40
40
F-35
F-35
0.6%
0.6%
41
41
Dadt
Dadt
0.6%
0.6%
42
42
Analysis Results
Analysis Results
0.6%
0.6%
43
43
Aircraft Parts
Aircraft Parts
0.6%
0.6%
44
44
Stress Group
Stress Group
0.5%
0.5%
45
45
Enovia
Enovia
0.5%
0.5%
46
46
Analysis Tools
Analysis Tools
0.5%
0.5%
47
47
CDR
CDR
0.4%
0.4%
48
48
SRM
SRM
0.4%
0.4%
49
49
IPT
IPT
0.4%
0.4%
50
50
Technical Reports
Technical Reports
0.4%
0.4%

6,008 Stress Analyst Jobs

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