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Principal hardware engineer vs computer hardware developer

The differences between principal hardware engineers and computer hardware developers can be seen in a few details. Each job has different responsibilities and duties. It typically takes 1-2 years to become both a principal hardware engineer and a computer hardware developer. Additionally, a principal hardware engineer has an average salary of $131,734, which is higher than the $99,546 average annual salary of a computer hardware developer.

The top three skills for a principal hardware engineer include RF, architecture and C++. The most important skills for a computer hardware developer are firmware, hardware development, and python.

Principal hardware engineer vs computer hardware developer overview

Principal Hardware EngineerComputer Hardware Developer
Yearly salary$131,734$99,546
Hourly rate$63.33$47.86
Growth rate5%5%
Number of jobs88,049116,915
Job satisfaction--
Most common degreeBachelor's Degree, 70%Bachelor's Degree, 70%
Average age4444
Years of experience22

Principal hardware engineer vs computer hardware developer salary

Principal hardware engineers and computer hardware developers have different pay scales, as shown below.

Principal Hardware EngineerComputer Hardware Developer
Average salary$131,734$99,546
Salary rangeBetween $98,000 And $176,000Between $74,000 And $133,000
Highest paying CitySeattle, WARedmond, WA
Highest paying stateWashingtonWashington
Best paying companyMicrosoftApple
Best paying industryTelecommunicationTechnology

Differences between principal hardware engineer and computer hardware developer education

There are a few differences between a principal hardware engineer and a computer hardware developer in terms of educational background:

Principal Hardware EngineerComputer Hardware Developer
Most common degreeBachelor's Degree, 70%Bachelor's Degree, 70%
Most common majorElectrical EngineeringElectrical Engineering
Most common collegeNortheastern UniversityHarvard University

Principal hardware engineer vs computer hardware developer demographics

Here are the differences between principal hardware engineers' and computer hardware developers' demographics:

Principal Hardware EngineerComputer Hardware Developer
Average age4444
Gender ratioMale, 95.0% Female, 5.0%Male, 76.4% Female, 23.6%
Race ratioBlack or African American, 5.0% Unknown, 2.9% Hispanic or Latino, 10.2% Asian, 29.9% White, 51.5% American Indian and Alaska Native, 0.4%Black or African American, 8.2% Unknown, 2.8% Hispanic or Latino, 9.0% Asian, 29.6% White, 50.0% American Indian and Alaska Native, 0.4%
LGBT Percentage4%4%

Differences between principal hardware engineer and computer hardware developer duties and responsibilities

Principal hardware engineer example responsibilities.

  • Design activity lead to performing PCB layout using an outside vendor and then debugging the initial prototypes.
  • Supervise and manage compliance testing and debugging of emissions.
  • Generate synthesis reports and automate simulation using Perl scripts.
  • Train senior and principal engineers in signal integrity, microwave, and RF design methodology.
  • Interface with analogue and digital sensors using ADC and serial communications (RS232, SPI, I2C, RS485 )
  • Work as liaison for EMC at NTS.
  • Show more

Computer hardware developer example responsibilities.

  • Work in LabView to control instruments and automate tests.
  • Analyze and manage the project throughout SDLC, written/review specification documents.
  • Experience in optimizing high-speed real-time ASIC design.
  • Modify firmware DSP algorithms to optimize power consumption.
  • Perform signal quality on the L4 cache signals.
  • Design a test system using Java for the traffic-sign detection algorithm.
  • Show more

Principal hardware engineer vs computer hardware developer skills

Common principal hardware engineer skills
  • RF, 12%
  • Architecture, 9%
  • C++, 5%
  • FPGA, 5%
  • GPS, 4%
  • Design Reviews, 4%
Common computer hardware developer skills
  • Firmware, 37%
  • Hardware Development, 24%
  • Python, 13%
  • Design Verification, 8%
  • C++, 6%
  • Java, 2%

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