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Vibration engineer vs principal engineer

The differences between vibration engineers and principal engineers can be seen in a few details. Each job has different responsibilities and duties. While it typically takes 2-4 years to become a vibration engineer, becoming a principal engineer takes usually requires 4-6 years. Additionally, a principal engineer has an average salary of $130,213, which is higher than the $98,853 average annual salary of a vibration engineer.

The top three skills for a vibration engineer include MATLAB, data analysis and NVH. The most important skills for a principal engineer are java, architecture, and python.

Vibration engineer vs principal engineer overview

Vibration EngineerPrincipal Engineer
Yearly salary$98,853$130,213
Hourly rate$47.53$62.60
Growth rate6%2%
Number of jobs21,285312,683
Job satisfaction--
Most common degreeBachelor's Degree, 74%Bachelor's Degree, 66%
Average age4441
Years of experience46

Vibration engineer vs principal engineer salary

Vibration engineers and principal engineers have different pay scales, as shown below.

Vibration EngineerPrincipal Engineer
Average salary$98,853$130,213
Salary rangeBetween $69,000 And $140,000Between $95,000 And $177,000
Highest paying CityFremont, CASan Mateo, CA
Highest paying stateCaliforniaCalifornia
Best paying companyAppleGrubhub
Best paying industry-Telecommunication

Differences between vibration engineer and principal engineer education

There are a few differences between a vibration engineer and a principal engineer in terms of educational background:

Vibration EngineerPrincipal Engineer
Most common degreeBachelor's Degree, 74%Bachelor's Degree, 66%
Most common majorMechanical EngineeringElectrical Engineering
Most common collegeMassachusetts Institute of TechnologyMichigan Technological University

Vibration engineer vs principal engineer demographics

Here are the differences between vibration engineers' and principal engineers' demographics:

Vibration EngineerPrincipal Engineer
Average age4441
Gender ratioMale, 94.0% Female, 6.0%Male, 92.6% Female, 7.4%
Race ratioBlack or African American, 3.8% Unknown, 4.3% Hispanic or Latino, 9.1% Asian, 19.2% White, 63.3% American Indian and Alaska Native, 0.3%Black or African American, 3.1% Unknown, 4.5% Hispanic or Latino, 7.8% Asian, 16.6% White, 67.9% American Indian and Alaska Native, 0.1%
LGBT Percentage8%5%

Differences between vibration engineer and principal engineer duties and responsibilities

Vibration engineer example responsibilities.

  • Manage Jenkins security by providing specific access to authorize developers/testers using project base matrix authorization strategy.
  • Perform transfer path analysis to root cause dominant paths and contributions to NVH performance issues.
  • Create and review dynamic FEA models in PATRAN/NASTRAN.
  • Develop comparisons of competition for vehicle air bind using LMS software.
  • Develop a frequency-base stencil for condition base monitoring and accepting/rejecting transmissions and torque converters base on NVH.
  • Develop simulation strategies for designing and evaluating ultrasonic horns and transducers using vibration finite element analysis (FEA).
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Principal engineer example responsibilities.

  • Develop test plans and procedures, and lead the test effort on Windows.CE porting.
  • Provide analytical direction, reasoning, and manage lipid extraction experiments done as a team.
  • Identify, develop and implement action items to manage & improve software releases and develop guidelines in JavaScript coding.
  • Lead a group of 9 engineers responsible for technology development for handling electronic packages (computer CPU) during HVM.
  • Provide consultation to the ISO team in achieving certification, and enable company to win many more deals as a result.
  • Create process control systems in LabView.
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Vibration engineer vs principal engineer skills

Common vibration engineer skills
  • MATLAB, 16%
  • Data Analysis, 16%
  • NVH, 14%
  • FEA, 11%
  • Modal Analysis, 9%
  • Acquisition Systems, 8%
Common principal engineer skills
  • Java, 13%
  • Architecture, 8%
  • Python, 8%
  • Software Development, 4%
  • Azure, 4%
  • Linux, 3%

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