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Structural analysis engineer skills for your resume and career

Updated January 8, 2025
4 min read
Quoted experts
Marco Salviato Ph.D.,
Saeed Khan
Below we've compiled a list of the most critical structural analysis engineer skills. We ranked the top skills for structural analysis engineers based on the percentage of resumes they appeared on. For example, 13.9% of structural analysis engineer resumes contained structural analysis as a skill. Continue reading to find out what skills a structural analysis engineer needs to be successful in the workplace.

15 structural analysis engineer skills for your resume and career

1. Structural Analysis

A structural analysis is a type of method or process determining the condition and situation of a particular structure. Engineers, architect and other related professional often use it to study and review the behavior, dynamics, issues, and failures encountered during a project. It is the key to engineering design structure that identifies the system's performance and integrity and its effect. The purpose of the analysis is to assess the stresses, deformations, acceleration, internal forces, and stability.

Here's how structural analysis engineers use structural analysis:
  • Led a structural analysis team substantiating FAR Part 25 certification requirements for design modifications within a composite technology development program
  • Performed finite element structural analysis in considering complex loading phenomena associated with major piping ruptures.

2. Analysis Tools

Analysis tools primarily help an aerodynamics engineer ensure facilities and equipment function efficiently and safely according to industry standards and safety regulations. An aerodynamics engineer is skilled at utilizing analysis tools to conduct research and analyses, test the design and structure of products, check the pressure and gauge levels of machines, and identify the strengths and weaknesses of different areas, developing strategies to improve the equipment.

Here's how structural analysis engineers use analysis tools:
  • Used VBA to program several analysis tools to make tasks more efficient, reduce cost, and standardize the analysis.
  • Used VBA to fix, rewrite, and update stress analysis tools to speed up analysis.

3. Structural Integrity

Here's how structural analysis engineers use structural integrity:
  • Performed analysis in a variety of fields to provide customers with a verification of structural integrity.
  • Reviewed analyzed and coordinated with Liaison Engineering to find functionality and structural integrity of parts.

4. Test Results

Here's how structural analysis engineers use test results:
  • Defined and documented certification and test results to substantiate for customers and regulatory agencies that requirements were satisfied.
  • Analyzed test results to verify accuracy of developed models.

5. Finite Element Analysis

Finite Element Analysis is a simulated or computerized method of predicting a product's reaction to real-world forces, such as heat, vibration, fluid flow and other physical effects. FEA runs a computer simulation to determine whether a product will effectively work, break, or wear out based on the way it's designed. Developers can test the efficiency or durability of a product through FEA before going into mass-production.

Here's how structural analysis engineers use finite element analysis:
  • Utilized hand calculations to develop thermal boundary conditions for finite element analysis of the global assembled rig.
  • Employed finite element analysis, hand calculations and similarity for analysis and proposed design changes.

6. System Design

System design refers to the electronic structural component of a system.

Here's how structural analysis engineers use system design:
  • Developed, integrated, and documented structural requirements to establish the system design.
  • Developed thermal control system designs for Space Shuttle propulsion and power subsystems.

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7. Product Design

Product design can be described as a process of imagining, creating, and iterating products that solve user's problems and talk about the specific needs of users in the market. Product design is an engineering disciple and it is the basic design and idea that goes before the mass production of the product.

Here's how structural analysis engineers use product design:
  • Analyzed and simulated drive axle components, improved new product design and modified existing product to meet customer requirements.
  • Improved product design, reduced cost of prototype and time of testing by simulating lab fixture tests.

8. Finite Element Models

Here's how structural analysis engineers use finite element models:
  • Created and analyzed finite element models under both kinematic and dynamic conditions.
  • Developed finite element models to generate interface loads for interiors structures.

9. Python

Python is a widely-known programming language. It is an object-oriented and all-purpose, coding language that can be used for software development as well as web development.

Here's how structural analysis engineers use python:
  • IMPACT: Developed several Python scripts to greatly increase the productivity and insure the checking results.
  • Developed scripts and Tools using ABAQUS/Cae, Python and MS-Excel.

10. MATLAB

Here's how structural analysis engineers use matlab:
  • Explored a mathematical model to predict power loss for horizontal axis wind turbine with MATLAB.
  • Performed structural reliability analysis of simple truss structure in fire effect using MATLAB.

11. Abaqus

Here's how structural analysis engineers use abaqus:
  • Performed nonlinear analysis using NASTRAN and ABAQUS to determine permanent Deformations and residual strains and develop guidelines for the same.
  • Design and Analysis of assembly tooling and support structure using SolidWorks and ABAQUS.

12. Stress Analysis

Here's how structural analysis engineers use stress analysis:
  • Performed static/dynamic stress analysis of metallic structures, including linear and non-linear analysis using ANSYS to ensure structure safety.
  • Performed stress analysis for structural substantiation of 787 aircraft interior commodities including fairings, closets and secondary structures.

13. Airframe

Airframes are a type of mechanical structure used for an aircraft. This part usually consists of the wings, tail assembly, fuselage, undercarriage, and landing gear. It has a monolithic component in it that has ribs, frames, stringers, bulkheads and others. The Airframe is created, designed, and used to endure all the air force every time the aircraft takes off. It helps withstand the aerodynamics as well the pressure of the payload, crew, and the fuel.

Here's how structural analysis engineers use airframe:
  • Support Thermoplastic Welding Project and Test Matrix development Support Composite Airframe Life Extension - Durability Program
  • Coordinated with design and manufacturing engineers to optimize the airframe design of the JSF concept demonstration and existing F-16 aircraft.

14. CAD

Here's how structural analysis engineers use cad:
  • 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.

15. Ansys

Ansys is a company that offers software that facilitates engineering simulation for product design, service and quality tests, and system development.

Here's how structural analysis engineers use ansys:
  • 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.
top-skills

What skills help Structural Analysis Engineers find jobs?

Tell us what job you are looking for, we’ll show you what skills employers want.

What skills stand out on structural analysis engineer resumes?

Marco Salviato Ph.D.Marco Salviato Ph.D. LinkedIn profile

Assistant Professor in Aeronautics & Astronautics, Adjunct Assistant Professor in Materials Science and Engineering, University of Washington

I ask and I get asked this question a lot. Of course excellent academic performance goes a long way but it is not enough to be competitive. Most of the industrial partners I collaborate with tell me they are looking for "problem solvers", engineers who have strong fundamentals and who know how to apply them to solve engineering problems. They also look for "soft skills" such as project management experience, excellence in reporting scientific results and outcome of projects, leadership skills, and ability to work in a team.

My advice to students to nurture these skills is to engage as early as possible with student clubs such as UW Design Build Fly (DBF) or SARP (Society for Advanced Rocket Propulsion). Another good idea is to get involved as soon as possible in research activities conducted by faculty in the Department. Finally, I cannot stress enough the importance of participating in summer internships at aerospace companies. For all these activities to be relevant, it is important to make sure there are tangible outcomes and the contribution of the student is evident. A sentence such as, "I worked in a team of twenty people to design a new concept of bracket for an aerospace hydraulic fuel system. I was the leader of a team of five people in charge of the structural design. Leveraging Finite Element Analysis we were able to reduce the weight of the bracket of more than 50 percent compared to legacy design. In addition to the FEM simulations, my responsibilities included organizing weekly meetings with the team to discuss progress, deliverables, and timeline, presenting the results to the company, and writing monthly scientific reports" really stands out in a resume. All the industrial partners I work with told me that having these experiences with tangible outcomes in the resume is one of the key deciding factors for a new hire.

What structural analysis engineer skills would you recommend for someone trying to advance their career?

Saeed Khan

Professor of Engineering Technology, Website

Keeping up with the latest technology in materials, control systems, airframes, and communication systems as it relates to their responsibility is essential alongside development of people skills and communication facilities that help them market their ideas to their team.
Do you want to know more?
Read more about what experts have to say about structural analysis engineer

List of structural analysis engineer skills to add to your resume

Structural analysis engineer skills

The most important skills for a structural analysis engineer resume and required skills for a structural analysis engineer to have include:

  • Structural Analysis
  • Analysis Tools
  • Structural Integrity
  • Test Results
  • Finite Element Analysis
  • System Design
  • Product Design
  • Finite Element Models
  • Python
  • MATLAB
  • Abaqus
  • Stress Analysis
  • Airframe
  • CAD
  • Ansys
  • Structural Design
  • Static Analysis
  • FEMAP
  • PowerPoint
  • Fatigue Analysis
  • Data Analysis
  • Calculation
  • Hypermesh
  • VBA
  • Analysis Results
  • Structural Components
  • Design Reviews
  • Damage Tolerance Analysis
  • Dynamic Analysis
  • Composite Materials
  • Emerging Technologies
  • Thermal Analysis
  • Fortran
  • FE
  • NASA
  • Solidworks
  • Test Data
  • Nastran
  • Patran
  • CAE
  • Internal Loads
  • Catia V5
  • FAA
  • Java
  • Trade Studies
  • Failure Analysis
  • Post Processing
  • Technical Reports

Updated January 8, 2025

Zippia Research Team
Zippia Team

Editorial Staff

The Zippia Research Team has spent countless hours reviewing resumes, job postings, and government data to determine what goes into getting a job in each phase of life. Professional writers and data scientists comprise the Zippia Research Team.

Updated January 8, 2025

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