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Radio frequency engineer lead vs engineer

The differences between radio frequency engineers lead and engineers can be seen in a few details. Each job has different responsibilities and duties. It typically takes 4-6 years to become both a radio frequency engineer lead and an engineer. Additionally, a radio frequency engineer lead has an average salary of $100,054, which is higher than the $92,077 average annual salary of an engineer.

The top three skills for a radio frequency engineer lead include system design, test equipment and antenna. The most important skills for an engineer are python, cloud, and C++.

Radio frequency engineer lead vs engineer overview

Radio Frequency Engineer LeadEngineer
Yearly salary$100,054$92,077
Hourly rate$48.10$44.27
Growth rate3%2%
Number of jobs10,576618,207
Job satisfaction-4.33
Most common degreeBachelor's Degree, 66%Bachelor's Degree, 65%
Average age4541
Years of experience66

Radio frequency engineer lead vs engineer salary

Radio frequency engineers lead and engineers have different pay scales, as shown below.

Radio Frequency Engineer LeadEngineer
Average salary$100,054$92,077
Salary rangeBetween $71,000 And $140,000Between $65,000 And $130,000
Highest paying CityConcord, CAHuntsville, AL
Highest paying stateCaliforniaNew Hampshire
Best paying companyAppleFort Bend County
Best paying industryTelecommunicationAutomotive

Differences between radio frequency engineer lead and engineer education

There are a few differences between a radio frequency engineer lead and an engineer in terms of educational background:

Radio Frequency Engineer LeadEngineer
Most common degreeBachelor's Degree, 66%Bachelor's Degree, 65%
Most common majorElectrical EngineeringMechanical Engineering
Most common collegeNortheastern UniversityMichigan Technological University

Radio frequency engineer lead vs engineer demographics

Here are the differences between radio frequency engineers lead' and engineers' demographics:

Radio Frequency Engineer LeadEngineer
Average age4541
Gender ratioMale, 92.6% Female, 7.4%Male, 86.3% Female, 13.7%
Race ratioBlack or African American, 4.9% Unknown, 4.7% Hispanic or Latino, 11.4% Asian, 17.6% White, 61.2% American Indian and Alaska Native, 0.2%Black or African American, 3.3% Unknown, 4.6% Hispanic or Latino, 9.1% Asian, 15.0% White, 67.9% American Indian and Alaska Native, 0.1%
LGBT Percentage6%5%

Differences between radio frequency engineer lead and engineer duties and responsibilities

Radio frequency engineer lead example responsibilities.

  • Lead and manage a team of engineers and several GSM, UMTS and LTE projects.
  • Lead the receiver development including circuit design, system simulation and integration, compliance testing, and supervision of PCB layout.
  • Manage antenna construction on multiple towers and building rooftops in Philadelphia.
  • Manage all deliverable and oversee complete implementation of KPI improvement projects.
  • Maintain and manage a cluster of cloud-base and local performance servers for regional testing and optimization.
  • Process improvement efforts and/or other opportunities to automate these processes with computer applications with C++ and/or Java where applicable.
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Engineer example responsibilities.

  • Manage startup, trouble shooting and testing of PLC control equipment.
  • Lead project team to design and FDA validate 10-up extreme accuracy vial dosing system and CIP/SIP automate cleaning equipment.
  • Automate the creation of a WebLogic Admin and manage server deployment scheme within an installer for secure application deployment.
  • Install and test PLC in client own equipment on site - solve some logical and hardware issues to accomplish goal
  • Implement and manage continuous delivery systems and methodologies on AWS.
  • Manage Terraform and refactore from monolithic to application specific components.
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Radio frequency engineer lead vs engineer skills

Common radio frequency engineer lead skills
  • System Design, 8%
  • Test Equipment, 8%
  • Antenna, 8%
  • GPS, 7%
  • KPI, 6%
  • PCB, 6%
Common engineer skills
  • Python, 8%
  • Cloud, 6%
  • C++, 5%
  • C #, 5%
  • AWS, 5%
  • Java, 4%

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