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Propulsion systems engineer vs stress engineer

The differences between propulsion systems engineers and stress engineers can be seen in a few details. Each job has different responsibilities and duties. It typically takes 2-4 years to become both a propulsion systems engineer and a stress engineer. Additionally, a stress engineer has an average salary of $107,036, which is higher than the $102,136 average annual salary of a propulsion systems engineer.

The top three skills for a propulsion systems engineer include MATLAB, engine performance and DOD. The most important skills for a stress engineer are finite element analysis, structural analysis, and autocad.

Propulsion systems engineer vs stress engineer overview

Propulsion Systems EngineerStress Engineer
Yearly salary$102,136$107,036
Hourly rate$49.10$51.46
Growth rate6%6%
Number of jobs112,87436,117
Job satisfaction--
Most common degreeBachelor's Degree, 75%Bachelor's Degree, 75%
Average age4444
Years of experience44

Propulsion systems engineer vs stress engineer salary

Propulsion systems engineers and stress engineers have different pay scales, as shown below.

Propulsion Systems EngineerStress Engineer
Average salary$102,136$107,036
Salary rangeBetween $75,000 And $138,000Between $73,000 And $156,000
Highest paying CityEverett, WASeattle, WA
Highest paying stateRhode IslandWashington
Best paying companyCirrus AircraftCTS
Best paying industry-Professional

Differences between propulsion systems engineer and stress engineer education

There are a few differences between a propulsion systems engineer and a stress engineer in terms of educational background:

Propulsion Systems EngineerStress Engineer
Most common degreeBachelor's Degree, 75%Bachelor's Degree, 75%
Most common majorAerospace EngineeringMechanical Engineering
Most common collegeStanford UniversityGeorgia Institute of Technology

Propulsion systems engineer vs stress engineer demographics

Here are the differences between propulsion systems engineers' and stress engineers' demographics:

Propulsion Systems EngineerStress Engineer
Average age4444
Gender ratioMale, 90.0% Female, 10.0%Male, 89.7% Female, 10.3%
Race ratioBlack or African American, 4.2% Unknown, 4.4% Hispanic or Latino, 11.1% Asian, 11.0% White, 69.0% American Indian and Alaska Native, 0.3%Black or African American, 3.8% Unknown, 4.3% Hispanic or Latino, 8.9% Asian, 19.8% White, 63.0% American Indian and Alaska Native, 0.3%
LGBT Percentage8%8%

Differences between propulsion systems engineer and stress engineer duties and responsibilities

Propulsion systems engineer example responsibilities.

  • Develop Perl scripts to automate object model and functional mapping into the application metadata and database.
  • Monitor OS optimization; test, evaluate product processing and accuracy performance within environment before operational implementation are performed with SCCM.
  • Introduce a new change process and documentation to improve speed and efficiency of problem identification during a rapid prototyping to manufacturing.

Stress engineer example responsibilities.

  • Lead CFD analyses on various aircraft types.
  • Manage the development and design data in PDM to ensure successful completion.
  • Manage Jenkins security by providing specific access to authorize developers/testers using project base matrix authorization strategy.
  • Develop Perl, TCL, and Bourne shell tools to improve the CFD process.
  • Perform FEA static analysis on primary and secondary MLG structural parts using ABAQUS as solver.
  • Perform mission analysis using PATRAN, ABAQUS, and NASTRAN as well as basic hand calculations.
  • Show more

Propulsion systems engineer vs stress engineer skills

Common propulsion systems engineer skills
  • MATLAB, 33%
  • Engine Performance, 11%
  • DOD, 9%
  • Technical Support, 7%
  • NASA, 6%
  • FAA, 6%
Common stress engineer skills
  • Finite Element Analysis, 10%
  • Structural Analysis, 9%
  • Autocad, 6%
  • Fatigue Analysis, 5%
  • MRB, 5%
  • Ansys, 4%

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