Top Aeronautical Engineer Skills

Below we've compiled a list of the most important skills for an Aeronautical Engineer. We ranked the top skills based on the percentage of Aeronautical Engineer resumes they appeared on. For example, 7.7% of Aeronautical Engineer resumes contained Catia as a skill. Let's find out what skills an Aeronautical Engineer actually needs in order to be successful in the workplace.

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

1. Catia

high Demand
Here's how Catia is used in Aeronautical Engineer jobs:
  • Wire Harness installation: Designed wire routing for F16 program for Production and Retrofit programs using E3D, CATIA V4.
  • Improved proficiency with CATIA V5 by taking complex surfacing, advanced part design, and sheet metal training classes.
  • Combine CATIA models and Multi-Program Release System II (MPRSII) to implement harness assembly drawing release process.
  • Designed fixture and aircraft loading hardware using CATIA V4.
  • Created, Prepared (2D) and Released Engineering drawing using CATIA Designed detail brackets to support wire harness installations.
  • Work included making changes to 3D models of details and assemblies in CATIA V4 (800 hrs.
  • Created 3D models and 2D drawings of composite and metallic structure using Catia V5, GD&T and Fibersim.
  • Utilize CATIA V4/V5, ACAD, Metaphase, PDM, VAS, Enovia, Microsoft Project & other Microsoft Office tools.

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2. Launch Vehicle

high Demand
Here's how Launch Vehicle is used in Aeronautical Engineer jobs:
  • Participated on investigation panels for operational failures of launch vehicles (Challenger and Columbia).
  • Performed launch vehicle trajectory simulations using FASTPASS software.
  • Performed analysis, design, and tests for multiple launch vehicles and compiled findings in technical reports.
  • Defined environmental and system requirements for satellite missions from ground, launch vehicle, through mission flight for various space-based systems.
  • Integrated requirements, design, and verification activities between Upper Stage Product Teams/Subsystems of Ares 1 Launch Vehicle.
  • Populated database with dimensional and mass property data of past, present, and future launch vehicles.

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3. Airframe

high Demand
Here's how Airframe is used in Aeronautical Engineer jobs:
  • Worked in airframe and systems aircraft design, field & production support, and new product development.
  • Provided engineering technical support for rework of the Sikorsky H 3 helicopter airframe and components.
  • Inspect general Aircraft systems including Engines, APU, and Airframes.
  • Test and integrate hardware into UAS airframes and certify airworthiness.

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4. F-35

high Demand
Here's how F-35 is used in Aeronautical Engineer jobs:
  • Led 30 flight test events as a Test Conductor to expand F-35 BF4 ordinance capability at subsonic and supersonic speeds.
  • Evaluated F-35 noise impact in the vicinity of airports utilizing Integrated Noise Model and NOISEMAP software packages.
  • Performed structural analysis and integrity checks for F-35 Joint Strike Fighter (JSF) aircraft.
  • Led in the development and testing of the F-35 Joint Strike Fighter Flight Test program.
  • Flight Test Control Engineer for Marine Corps F-35B Mission Systems and Flight Science test aircraft.
  • Provided Ground and Flight Operations engineering support for F35B STOVL Variant F-35 aircraft.
  • Project Lead on F-35 test program.
  • Compiled, wrote and electronically stored analysis reports to substantiate F-35 design airworthiness.
  • Generate flight clearance forms for all F-35 configurations flown at NAS Patuxent River, MD.
  • Analyzed Forward Fuselage and related airframe structure and subsystems installation for F-35 project.
  • Received the "Most Valuable Teammate" award for contributing to the completion of 2B testing on F-35 BF-2.

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5. Stress Analysis

high Demand
Here's how Stress Analysis is used in Aeronautical Engineer jobs:
  • Completed engineering drawings, material selection and stress analysis for fixture.
  • Complete engineering drawings, material selection and stress analysis during design.
  • Performed stress analysis and durability and damage tolerance analysis in support of drawing release for all three variants of the F-35.
  • Generated linear and non-linear flight loads for the Stress analysis and the Design groups using NLDS.
  • Developed finite element models for stress analysis using ANSYS 14.5 and FEMAP 10 with NASTRAN software.
  • Stress Analysis Engineer, highly proficient in MSC/NASTRAN, MSC/PATRAN, and hand analysis.
  • Used multi-body contact stress analysis feature in Nastran to analyze load distribution between contacting parts in a sub-assembly.
  • Stress Analysis JSF-F35 Program Built the Patran/Nastran models of Refueling Probe, Closeout, Frame - SF205, SF236, SF270.

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6. Structural Analysis

high Demand
Here's how Structural Analysis is used in Aeronautical Engineer jobs:
  • Performed structural analysis on structural designs using fundamental engineering theories.
  • Performed structural analysis on structural designs and created 2D production and installation drawings of such designs.
  • Performed structural analysis on hardware for the Human Research Facility on the International Space Station.
  • Performed structural analysis tasks in support of Boeing 747-8 and 787-9 and the Dassault SMS programs.
  • Performed structural analysis for fall protection equipment and structural crane components.
  • Utilized classical analysis methods to perform structural analysis on several components of the Lower Support Structure and the Fuel Tank Vessel.

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7. C-130

high Demand
Here's how C-130 is used in Aeronautical Engineer jobs:
  • Design Engineer responsible for the layout and detail design of primary mission equipment integrated into the C-130 Shadow Harvest platform.
  • Carried out Loads System Checkout for various customers of C-130 aircraft using Lockheed in-house DaDT codes and load spectra.
  • Used FEM to compute Stress/Load ratios at different analysis points on C-130 wings for DaDT analysis.
  • Developed maneuver and ground loads for the C-130J using 3690 and UNIX based programs.
  • Reviewed, created, and provided direction for C-130J Nacelle Service Bulletins and TCTOs.
  • Modified the engine HMU model from a C-130 Allison T-56-A-15 engine.

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8. FAA

high Demand
Here's how FAA is used in Aeronautical Engineer jobs:
  • Contributed to internal studies to develop CFD capability and FAA certification at L-3.
  • Trace Engines LT, (Midland, TX) PC - (FAA Production Certification) for piston engines.
  • Networked multiple flight deck simulators into a Nextgen FAA air traffic control simulator to perform proof of concept human factors experiments.
  • Coordinate directly with the FAA representatives to ensure compliance with all Code of Federal Regulations.
  • Position also included engineering liaison to resolve technical and mechanical installation issues and vendor and FAA DER coordination for documentation issues.
  • Reviewed and evaluated technical document to determine appropriate action to ensure compliance with applicable FAA regulations.

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9. IPT

high Demand
Here's how IPT is used in Aeronautical Engineer jobs:
  • Performed antenna and harness installation designs, produced drawings, and completed Build-To-Packages for the J-UCAS Aft Fuselage IPT.
  • Define and organize management and customer reviews and represent IPT manager when required.

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10. CAD

high Demand
Here's how CAD is used in Aeronautical Engineer jobs:
  • Produced engineering drawings using AutoCAD and Pro/Engineer.
  • Designed and modified secondary aircraft structures and cabin equipment with the CADAM system.
  • Designed and analyzed a prototype of flapping wing model using AutoCAD.
  • Created 3-D models and drafted manufacturing plans with SolidWorks CAD software Supported research on improved methods of device cooling during manufacturing operations
  • Created simulation-capable CAD solid model designs for hand and finger prototypes in SolidWorks and managed their rapid prototyping and conventional fabrication
  • Utilized CAD to incorporate specified materials and components from documentation into product drawings to successfully build products.

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11. JSF

high Demand
Here's how JSF is used in Aeronautical Engineer jobs:
  • Developed external static flight loads to support JSF A1 first flight and A1-SSOR.
  • Coordinated with JSF program partners to review and evaluate designs.
  • mass properties analysis for X-33 Venture Star, JSF, U-2, and Cleopatra.
  • Create JSF configuration design drawings, resolve configuration and equipment integration issues with minimal weight, fuel, and lines impact.
  • Perform configuration group drawing and trade study tasks to ensure successful JSF aircraft development.

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12. Flight Control Systems

high Demand
Here's how Flight Control Systems is used in Aeronautical Engineer jobs:
  • Introduced state-of-the-art weapons, navigation, displays and fly-by-wire flight control systems.
  • Programmed and implemented flight control systems.
  • Perform modifications and installations of communication and flight control systems to conform to Jordanian and Medivac standards.

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13. Structural Integrity Program

high Demand
Here's how Structural Integrity Program is used in Aeronautical Engineer jobs:
  • Joined the Integrated Fighter Group Structural Integrity Program at Lockheed Martin immediately after graduation.

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14. FEM

average Demand
Here's how FEM is used in Aeronautical Engineer jobs:
  • Performed quality control and refinement of the FEM and prepared documentation for customer utilization.
  • Oversee development of Air Vehicle Finite Element Models (FEM) and strain gage predictions.
  • Prepare integrity reports correlating strain gage and load cell test results to FEM analysis predictions.
  • Prepared thorough and concise FEM reports and PPoint slides highlighting outcome of analyses.
  • Coordinate with test and certification teams to locate FEM correlation strain gages.
  • Develop finite element, finite difference, and Thermal models using PATRAN, FEMAP, and Thermal Desktop.

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15. CFD

average Demand
Here's how CFD is used in Aeronautical Engineer jobs:
  • Directed CFD validations with wind tunnel data and incorporated CFD data into 6-dof analyses.
  • Developed Perl, TCL, and Bourne shell tools to improve the CFD process.
  • Performed structural, thermal, CFD, failure mode analysis for the designs in ANYS workbench.
  • Supported in checking efficiency using CFD for components to be machined.
  • Led CFD analyses on various aircraft types.

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16. MRB

average Demand
Here's how MRB is used in Aeronautical Engineer jobs:
  • Provided design guideline and MRB repairs to ensure the airworthiness of aircraft structural modifications.
  • Maintained MRB MARS tags with Microsoft Excel Mass Properties Engineer.
  • Provide MRB support for F402 engine components.
  • Documented results in technical memos and presented to customers at PDR, CDR, MRR, TSRR.Engineering representative for MRB.

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17. Test Procedures

average Demand
Here's how Test Procedures is used in Aeronautical Engineer jobs:
  • Organized/created/updated status, including Acceptance Test Procedures/Reports and Qualification Test Reports/Procedures for preparation in final sell of product(s).
  • Developed and carried out test procedures for ultrasonic transducers.
  • Conducted installation test procedures for newly developed systems.
  • Devised specifications and flight test procedures.
  • Coordinated with contract manufacturers to set up supply chains, as well as relay assembly and test procedures.
  • Authored Aircraft Flight Manual Supplements, flight and ground test procedures, and engineering orders required for certification.

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18. Aircraft Parts

average Demand
Here's how Aircraft Parts is used in Aeronautical Engineer jobs:
  • Provided oversight of manufacturing processes of contractors selected to manufacture aircraft parts, paint and maintain aircraft, to ensure compliance.
  • Managed projects to reverse engineer various aircraft parts, saving the company and the government time and money.
  • Implemented SolidWorks 2008 to model 3D aircraft parts for CNC laser cutting from balsa & aircraft ply.
  • Generated engineering instructions to maintain, repair, and overhaul aircraft parts, including dispositioning aircraft damage.

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19. Test Cases

average Demand
Here's how Test Cases is used in Aeronautical Engineer jobs:
  • Block level verification involving developing diagnostic firmware in C and test cases in TCL.
  • Validated an unstructured multiphysics solver on a variety of classic test cases.

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20. Matlab

average Demand
Here's how Matlab is used in Aeronautical Engineer jobs:
  • Incorporate MATLAB algorithms into the model and exported simulation results to MATLAB for further analysis.
  • Developed a model for the F-35's optical targeting system in MATLAB.
  • Developed a program using MATLAB for design of experiments and statistical analysis of experimental results based on statistical sampling theory.
  • Developed long term MATLAB programs that are able to model flight data of current and future programs for analysis and decision-making.
  • Designed User Interface for signal & health parameter display and data logging system in MATLAB.
  • Created a MATLAB script to examine sources of vibration affecting engine nozzles during operation.

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21. Customer Requirements

average Demand
Here's how Customer Requirements is used in Aeronautical Engineer jobs:
  • Performed Pretest Planning and defined Data Reduction Procedures to accommodate customer requirements.
  • Analyzed, processes, and formats data to customer requirements.
  • Perform quality check analysis on computed data, work with customer to ensure facility and data is meeting customer requirements.
  • Performed functional analysis, requirements allocations, and interface definition studies to translate customer requirements into hardware specifications.
  • Coordinated manufacturing, construction, installation and maintenance projects for engineering team to complete per customer requirements.
  • Implemented process engineering changes to meet customer requirements and maximize production efficiency.

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22. F-16

average Demand
Here's how F-16 is used in Aeronautical Engineer jobs:
  • Provided fleet loads analyses for fatigue, durability and damage tolerance, and crack growth analyses of international F-16 fleets.
  • Developed aerodynamic and kinematic models for store separation 6-dof trajectory simulations from the F-16 and F- 35 aircraft.
  • Manage the repair aspect of the F-16 Full Scale Durability Test.
  • Participated in several engine related F-16 mishap investigations.
  • Provided meeting support and helped with formal presentations to attendees from fifteen participating F-16 user countries.
  • Lead the F-16 structural maintenance support team for the Israeli Air-Force Engineering unit.

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23. Assembly Drawings

average Demand
Here's how Assembly Drawings is used in Aeronautical Engineer jobs:
  • Create AuxView2 complex harness assembly drawings (HAD).
  • Generated furnace hoist assembly drawings.
  • Design new custom electronic display signs Maintain engineering files, assembly drawings, Bill of Materials and instruction manuals
  • Designed several components, created assemblies, conducted failure analysis, and created assembly drawings.
  • Created new, and updated old assembly drawings based on changes in the products from the previous seven years.
  • Managed and worked hand in hand with the assembly team to verify work orders were consistent with assembly drawings.

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24. F-22

average Demand
Here's how F-22 is used in Aeronautical Engineer jobs:
  • Model analysis resulted in standardized inspection and repair instructions for F-22 field service locations.
  • Conducted sonic fatigue analysis and testing of redesigned F-22 horizontal tail.
  • Model implementation standardized engineering analysis on three mid-fuselage F-22 components.
  • Reduced costs by updating the F-22 Force Structural Maintenance Plan (FSMP) to reduce occurrences of expensive maintenance intensive inspections.
  • Supported DADT (Durability and Damage Tolerance) group and F-22 fatigue test.
  • Prepared Engineering Test Requests for F-22 Static Pylon Flight Loads.
  • Damage and Durability Tolerancing -Developed physical damage models of critical F-22 structural components.

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25. PDM

average Demand
Here's how PDM is used in Aeronautical Engineer jobs:
  • Manage model data usingProject Data Management(PDM) software by creating and saving file object per processes provided.
  • Navigated the PDMS model to check the accuracy of line breaks, deck breaks on the P&ID.
  • Managed the development and design data in PDM to ensure successful completion.

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26. Design Changes

average Demand
Here's how Design Changes is used in Aeronautical Engineer jobs:
  • Performed engineering design analysis and coordinated design changes to responsible systems.
  • Required communication between different groups and cooperatively incorporating any design changes that affected the product.
  • Recommended design changes based on engineering analysis and test results.
  • Captured various design changes and updated drawings accordingly.
  • Analyzed and developed wind-tunnel data from these tests and presented these results to upper level management with recommended aircraft design changes.
  • Solved engineering calculations to guide design changes to meet customer specifications, such as fluid flow and stress analysis.

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27. Engineering Support

average Demand
Here's how Engineering Support is used in Aeronautical Engineer jobs:
  • Provide design liaison engineering support for CSAR program and coordinate changes with LMCO engineering.
  • Provided engineering support to Maintenance for selected systems, Communications, Navigation and Electrical.
  • Provided engineering support and service plant wide and ensuring maximum quality and productivity.
  • Provided on-site engineering support at aircraft modification facility and participated in review meetings.
  • Provided engineering support to Asia-based manufacturing plants performing various metal forming and machining processes.
  • Traveled to overseas customer site for 3-month duration providing facilities engineering support

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28. Nasa

low Demand
Here's how Nasa is used in Aeronautical Engineer jobs:
  • Supported NASA/Langley mainly in the areas of jet noise, propeller noise and signal processing.
  • Provided analyses and presentations (Space Shuttle External Tank propulsion system) for NASA Propulsion Systems Integration Group meetings and telecons
  • Designed and fabricated mechanisms for 250 length strategic vehicle for DARPA funded Skunk project while overseen by NASA Ames Research Center.
  • Audited technical documentation related to launch window and trajectory design to meet NASA contract specifications for safety mission requirement constraints.
  • Developed software to support development of graphical telemetry displays for NASA Enhanced Telemetry Display System.
  • Completed Preliminary Design Review and Critical Design Review with complete concurrence from NASA Engineering.

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29. Dadt

low Demand
Here's how Dadt is used in Aeronautical Engineer jobs:
  • Performed shear web panel analysis including stability, static, and DaDT checks.

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30. Technical Reports

low Demand
Here's how Technical Reports is used in Aeronautical Engineer jobs:
  • Provided periodic contractually required technical reports to the customer.
  • Prepared technical reports of design trades and analyses 4.
  • Published a technical paper and authored 8 major internal technical reports documenting process innovations and significant findings from analyses.
  • Prepare technical reports regarding flight-test data and aircraft discrepancy issues for senior staff and other engineering disciplines.
  • Develop technical reports summarizing aerodynamic study results.
  • Prepared technical reports and correspondence.

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31. UAV

low Demand
Here's how UAV is used in Aeronautical Engineer jobs:
  • Designed a cargo fixed-wing UAV.
  • Designed and fabricated a Carbon Composite UAV to delivery with a team of engineers on accelerated time frame.
  • Worked hands on in groups and as individuals to complete various aspects of UAV construction
  • Directed development and implementation the multidisciplinary project for design and manufacture of UAVs for multispectral remote sensing.
  • Derived and wrote real-time, Guidance, Navigation andConrtol algorithms, comprising a multi-mode autopilot system for a fixed-wing UAV.

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32. Design Reviews

low Demand
Here's how Design Reviews is used in Aeronautical Engineer jobs:
  • Conducted design reviews with management, Project Engineer, customer representatives.
  • Conduct product design reviews, maintain customer relations, and provide project status updates to management and customers.
  • Prepared presentations for customer updates in critical design reviews by interfacing with IPT leads to obtain mass properties data.
  • Conduct design reviews of products taken from the conceptual phase thru design andproduction phases.
  • Performed design reviews, operations procedural reviews, and failure mode investigations of concept NASA launch vehicles/propulsion systems.
  • Conducted and aided design reviews with management and manufacturing engineers for new product components.

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33. Finite Element Analysis

low Demand
Here's how Finite Element Analysis is used in Aeronautical Engineer jobs:
  • Research & Design Strengths -Design, Analyze and Validate -Manufacturing Processes -Finite Element Analysis -Statistical Analysis
  • Assisted product design team with Finite element analysis to develop new improved engine valve for a heavy duty engine.
  • Assist CAE team in modeling, Finite Element analysis and documentation of mechanical systems for the agricultural industry.
  • Evaluated accuracy of Finite Element Analysis (FEA) results compared to theory and test correlation.
  • Created Finite Element Analysis of steel structures such as web frames and vertical diverters for clients to ensure integrity of structure.
  • Performed FEA( Finite Element Analysis) for a stress test on product's various components.

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34. Data Analysis

low Demand
Here's how Data Analysis is used in Aeronautical Engineer jobs:
  • Received Special Recognition Award for time sensitive use of automated methods and data analysis.
  • Provided technical assistance to testing areas and performed data analysis for verification.
  • Experience with FAA documentation, testing, and data analysis.
  • Developed flight test plans, and performed test data analysis.
  • Performed post-flight environment (shock and vibration) data analysis.
  • Presented data analysis and recommendations for aircraft/missile changes to upper level management and government agencies on this classified secret missile program.

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35. Fortran

low Demand
Here's how Fortran is used in Aeronautical Engineer jobs:
  • Steered conversion of existing Fortran programs to Excel/VBA format, enabling simplified input/output of data.
  • Developed FORTRAN program to perform shock response spectrum analysis on Space Shuttle payload components.
  • 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.
  • Developed FORTRAN code to analyze flight test data.A-12: * Determined Carrier SuitabilityF-18: * Wind Tunnel Testing* Determined Carrier Suitability

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36. FEA

low Demand
Here's how FEA is used in Aeronautical Engineer jobs:
  • Assessed proposals for airport projects to determine if they are technically and financially feasible
  • Support interdepartmental engineering product reviews and feasibility studies.
  • Analyzed project proposals and engineering data regarding aeronautical products and aviation structures to determine feasibility, production time and costs.
  • Evaluated and documented feasibility of different basing and radar configurations for a missile defense system.
  • Trained inspectors to receive reverse engineered components based on critical to quality features.
  • Analyze engineering data regarding aircraft systems and structures to determine feasibility and production time.

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37. Design Phase

low Demand
Here's how Design Phase is used in Aeronautical Engineer jobs:
  • Maintained constant dialogue between all support organizations during the design phase to minimize changes during the sign-off cycle.

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38. Engineering Analysis

low Demand
Here's how Engineering Analysis is used in Aeronautical Engineer jobs:
  • Conduct engineering analysis on sophisticated aircraft components.
  • Identified system issues and risks, perform engineering analysis, recommend solutions and implement plans to resolve system issues and risks.
  • Provided structural engineering analysis support to Lockheed Martin Special Operations Forces Contractor Logistics Support Services (SOF-CLSS).
  • Created memos that documented and summarized engineering analysis and test results.

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39. Airbus

low Demand
Here's how Airbus is used in Aeronautical Engineer jobs:
  • Provide customer support for Aerospace Quality Research & Development Provide Maintenance on Dassault Falcon 2000, Hawker 560/750, Airbus A320/A321.
  • Performed static and fatigue analysis updates to engine nacelle certification reports for various Airbus programs.
  • Assigned to Airbus A320 fleet at Minneapolis interiors engineering group and worked on A320 passenger entertainment systems.
  • Worked also on similar projects, including Airbus A320-200, Airbus A340-500, Boeing 757-200 and BBJ.
  • Performed Boeing/Airbus aircraft avionics (TCAS/TAWS/RWS/transponder) environmental qualification activities to support FAA certification (TSO/TC/STC).
  • Communicated on a regular basis with major air-framers Boeing and Airbus.

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40. Model Development

low Demand
Here's how Model Development is used in Aeronautical Engineer jobs:
  • Develop and promote quality standards during model development.

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41. Asip

low Demand
Here's how Asip is used in Aeronautical Engineer jobs:
  • Developed external static flight loads to support F22 BOS08, Weight Growth and ASIP Task.
  • Support critical tri-company ASIP issues by providing technical resolution to structures issues identified by fleet usage and production.

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42. Oversaw

low Demand
Here's how Oversaw is used in Aeronautical Engineer jobs:
  • Provided technical support to mechanics and oversaw the build-up of the test structure.

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43. R

low Demand
Here's how R is used in Aeronautical Engineer jobs:
  • Investigated aerodynamic and flight characteristic discrepancies and developed engineering solutions, including the design and development of requisite parts and assemblies.
  • Provide cross-functional support to other members of the engineering organization as necessary to ensure safe and efficient product delivery.
  • Evaluated military specifications and Sikorsky specifications for the development of the CRH Design Criteria in Shelton, Connecticut.
  • Performed damping measurements for composite solid laminate and composite sandwich panels using impact hammer modal tests.
  • Developed components and assemblies for lighting electronics and optics packaging to achieve uniform cockpit illuminated environment.
  • Led teams in root cause analysis and implementation of appropriate corrective action to improve product reliability.
  • Provide technical direction and guidance (especially for composite analysis) to less experienced engineers.
  • Performed analysis for interface problems between systems/segments and recommended alternative solutions to resolve these problems.
  • Generated fatigue analysis of structures subjected to vibration and acoustic environments common to fighter aircraft.
  • Prepare static/fatigue/environmental qualification test specifications; review test plans/test reports and witness qualification tests.
  • Conducted structural analysis for trade studies to improve the efficiency of direct manufacturing processes.
  • Analyzed new market pursuits that resulted in recommendations for strategic partnerships and company acquisitions.
  • Supported on-site and off-site customers to ensure accurate resolution of avionic and electrical issues.
  • Developed and processed aging aircraft fleet management engineering applications for the Air Force.
  • Provided maximum predicted environments for flight termination components for target and reentry vehicles.
  • Coordinated with outside vendors to acquired parts and materials for design implementation.
  • Review all structural analysis and final reports for accuracy and completeness.
  • Experienced flight test engineer ensuring mission safety and data acquisition integrity.
  • Communicate technical issues and solutions through continuous improvement and technical expertise.
  • Prepared versatile technical documentation such as procedures and process maps.

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44. Hand Calculations

low Demand
Here's how Hand Calculations is used in Aeronautical Engineer jobs:
  • Performed structural analysis using finite element methods and classical hand calculations for developing, integrating, and documenting structural requirements.
  • Performed stress analyses on antenna supporting structure by using hand calculations.
  • Verified analyses using classical hand calculations.
  • Stress and dynamic analyses on electric box support brackets using NASTRAN finite element models and hand calculations.
  • Perform hand calculations using OEM stress methods and industry standards to substantiate primary and secondary structural repairs.
  • Performed thermal analysis on RLV program using TAK 2000, Excel models, and hand calculations.

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45. C-5

low Demand
Here's how C-5 is used in Aeronautical Engineer jobs:
  • Completed thermal integration project to install infrared countermeasures in the C-5 from SRR through final verification.
  • Supported efforts to perform the extreme environmental testing of the C-5 at the McKinley Lab.
  • Lead engineer of the Thermodynamics and Acoustics analysis group for the C-5 modernization program.

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46. Fibersim

low Demand
Here's how Fibersim is used in Aeronautical Engineer jobs:
  • Trained in use of FiberSIM and Generative Sheetmetal Design.

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20 Most Common Skill for an Aeronautical Engineer

Catia11.7%
Launch Vehicle8.4%
Airframe6.5%
F-356.2%
Stress Analysis6%
Structural Analysis5.7%
C-1305%
FAA4.8%

Typical Skill-Sets Required For An Aeronautical Engineer

RankSkillPercentage of ResumesPercentage
1
1
Catia
Catia
7.7%
7.7%
2
2
Launch Vehicle
Launch Vehicle
5.5%
5.5%
3
3
Airframe
Airframe
4.2%
4.2%
4
4
F-35
F-35
4.1%
4.1%
5
5
Stress Analysis
Stress Analysis
3.9%
3.9%
6
6
Structural Analysis
Structural Analysis
3.8%
3.8%
7
7
C-130
C-130
3.3%
3.3%
8
8
FAA
FAA
3.1%
3.1%
9
9
IPT
IPT
3%
3%
10
10
CAD
CAD
3%
3%
11
11
JSF
JSF
2.7%
2.7%
12
12
Flight Control Systems
Flight Control Systems
2.7%
2.7%
13
13
Structural Integrity Program
Structural Integrity Program
2.7%
2.7%
14
14
FEM
FEM
2.5%
2.5%
15
15
CFD
CFD
2.4%
2.4%
16
16
MRB
MRB
2.4%
2.4%
17
17
Test Procedures
Test Procedures
2.4%
2.4%
18
18
Aircraft Parts
Aircraft Parts
2.4%
2.4%
19
19
Test Cases
Test Cases
2.2%
2.2%
20
20
Matlab
Matlab
1.9%
1.9%
21
21
Customer Requirements
Customer Requirements
1.9%
1.9%
22
22
F-16
F-16
1.9%
1.9%
23
23
Assembly Drawings
Assembly Drawings
1.9%
1.9%
24
24
F-22
F-22
1.9%
1.9%
25
25
PDM
PDM
1.7%
1.7%
26
26
Design Changes
Design Changes
1.7%
1.7%
27
27
Engineering Support
Engineering Support
1.7%
1.7%
28
28
Nasa
Nasa
1.6%
1.6%
29
29
Dadt
Dadt
1.4%
1.4%
30
30
Technical Reports
Technical Reports
1.4%
1.4%
31
31
UAV
UAV
1.3%
1.3%
32
32
Design Reviews
Design Reviews
1.3%
1.3%
33
33
Finite Element Analysis
Finite Element Analysis
1.3%
1.3%
34
34
Data Analysis
Data Analysis
1.3%
1.3%
35
35
Fortran
Fortran
1.3%
1.3%
36
36
FEA
FEA
1.1%
1.1%
37
37
Design Phase
Design Phase
1.1%
1.1%
38
38
Engineering Analysis
Engineering Analysis
1.1%
1.1%
39
39
Airbus
Airbus
1.1%
1.1%
40
40
Model Development
Model Development
1.1%
1.1%
41
41
Asip
Asip
0.9%
0.9%
42
42
Oversaw
Oversaw
0.9%
0.9%
43
43
R
R
0.9%
0.9%
44
44
Hand Calculations
Hand Calculations
0.9%
0.9%
45
45
C-5
C-5
0.9%
0.9%
46
46
Fibersim
Fibersim
0.8%
0.8%

5,460 Aeronautical Engineer Jobs

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