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Advisory engineer vs principal engineer

The differences between advisory 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 an advisory 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 $94,314 average annual salary of an advisory engineer.

The top three skills for an advisory engineer include API, javascript and technical support. The most important skills for a principal engineer are java, architecture, and python.

Advisory engineer vs principal engineer overview

Advisory EngineerPrincipal Engineer
Yearly salary$94,314$130,213
Hourly rate$45.34$62.60
Growth rate10%2%
Number of jobs41,456312,683
Job satisfaction--
Most common degreeBachelor's Degree, 60%Bachelor's Degree, 66%
Average age4241
Years of experience46

Advisory engineer vs principal engineer salary

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

Advisory EngineerPrincipal Engineer
Average salary$94,314$130,213
Salary rangeBetween $73,000 And $120,000Between $95,000 And $177,000
Highest paying CityOakland, CASan Mateo, CA
Highest paying stateLouisianaCalifornia
Best paying companyGoldman SachsGrubhub
Best paying industryTechnologyTelecommunication

Differences between advisory engineer and principal engineer education

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

Advisory EngineerPrincipal Engineer
Most common degreeBachelor's Degree, 60%Bachelor's Degree, 66%
Most common majorElectrical EngineeringElectrical Engineering
Most common collegeCalifornia State Polytechnic University, PomonaMichigan Technological University

Advisory engineer vs principal engineer demographics

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

Advisory EngineerPrincipal Engineer
Average age4241
Gender ratioMale, 92.3% Female, 7.7%Male, 92.6% Female, 7.4%
Race ratioBlack or African American, 4.2% Unknown, 3.9% Hispanic or Latino, 10.4% Asian, 15.1% White, 66.3% American Indian and Alaska Native, 0.2%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 Percentage4%5%

Differences between advisory engineer and principal engineer duties and responsibilities

Advisory engineer example responsibilities.

  • Lead development of lithographic techniques for sub-micron technologies and develop processes to support manufacturing transition from bipolar to cmos.
  • Develop processes producing features and leverage IBM technology into RF and MEMS devices.
  • Develop system design budgets for RF gain, noise figure and phase noise.
  • Design custom ASIC base IR transceiver option cards for PCMCIA, ISA and MCA computing platforms.
  • Prepare designs for pack columns dealing with distillation, absorption, stripping, and direct contact heat transfer.
  • Translate customer objectives into PCB requirements.
  • Show more

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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Advisory engineer vs principal engineer skills

Common advisory engineer skills
  • API, 23%
  • JavaScript, 17%
  • Technical Support, 7%
  • Technical Leadership, 6%
  • Development Environment, 6%
  • Java, 5%
Common principal engineer skills
  • Java, 13%
  • Architecture, 8%
  • Python, 8%
  • Software Development, 4%
  • Azure, 4%
  • Linux, 3%

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