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Advisory system engineer vs lead systems engineer

The differences between advisory system engineers and lead systems engineers can be seen in a few details. Each job has different responsibilities and duties. It typically takes 1-2 years to become both an advisory system engineer and a lead systems engineer. Additionally, an advisory system engineer has an average salary of $119,818, which is higher than the $119,705 average annual salary of a lead systems engineer.

The top three skills for an advisory system engineer include technical support, EMC and SAN. The most important skills for a lead systems engineer are systems engineering, architecture, and infrastructure.

Advisory system engineer vs lead systems engineer overview

Advisory System EngineerLead Systems Engineer
Yearly salary$119,818$119,705
Hourly rate$57.60$57.55
Growth rate5%5%
Number of jobs50,697186,392
Job satisfaction--
Most common degreeBachelor's Degree, 71%Bachelor's Degree, 66%
Average age4343
Years of experience22

Advisory system engineer vs lead systems engineer salary

Advisory system engineers and lead systems engineers have different pay scales, as shown below.

Advisory System EngineerLead Systems Engineer
Average salary$119,818$119,705
Salary rangeBetween $76,000 And $186,000Between $90,000 And $158,000
Highest paying CityMountain View, CASan Francisco, CA
Highest paying stateRhode IslandCalifornia
Best paying companySyniverseMeta
Best paying industryTelecommunicationAutomotive

Differences between advisory system engineer and lead systems engineer education

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

Advisory System EngineerLead Systems Engineer
Most common degreeBachelor's Degree, 71%Bachelor's Degree, 66%
Most common majorComputer ScienceElectrical Engineering
Most common collegeMassachusetts Institute of TechnologyCalifornia State University - Long Beach

Advisory system engineer vs lead systems engineer demographics

Here are the differences between advisory system engineers' and lead systems engineers' demographics:

Advisory System EngineerLead Systems Engineer
Average age4343
Gender ratioMale, 89.6% Female, 10.4%Male, 88.1% Female, 11.9%
Race ratioBlack or African American, 8.6% Unknown, 5.1% Hispanic or Latino, 12.3% Asian, 12.0% White, 61.6% American Indian and Alaska Native, 0.3%Black or African American, 8.7% Unknown, 5.1% Hispanic or Latino, 12.4% Asian, 12.5% White, 61.1% American Indian and Alaska Native, 0.3%
LGBT Percentage9%9%

Differences between advisory system engineer and lead systems engineer duties and responsibilities

Advisory system engineer example responsibilities.

  • Lead the installation of new physical and virtual Solaris and Linux servers and maintains reliability.
  • Manage QA teams in local and distribute international locations.
  • Maintain NIS and DNS maps and services for TCP/IP network.
  • Conduct desktop publishing and PC SW training.
  • Order and coordinate deployment of PC hardware and software.
  • Implement the client/server communications on top of TCP/IP socket connections.
  • Show more

Lead systems engineer example responsibilities.

  • Lead multiple audits for manufacturing/management processes to meet ISO and CMMI requirements.
  • Create, share and manage LUN's using EqualLogic, EMC and StoreSimple.
  • Convert legacy batch scripts to PowerShell scripts, and automate them using FIM management agents.
  • Manage QA teams in local and distribute international locations.
  • Manage security, which includes monitoring and controlling database access, assigning permissions to application owners.
  • Accomplish responsibility to configure, administer and support new infrastructure solutions on Microsoft platforms to meet enterprise level requirements.
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Advisory system engineer vs lead systems engineer skills

Common advisory system engineer skills
  • Technical Support, 13%
  • EMC, 11%
  • SAN, 10%
  • NAS, 9%
  • Linux, 7%
  • Customer Satisfaction, 7%
Common lead systems engineer skills
  • Systems Engineering, 10%
  • Architecture, 10%
  • Infrastructure, 6%
  • DOD, 5%
  • System Design, 4%
  • C++, 4%

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