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Microelectronics engineer vs planning engineer

The differences between microelectronics engineers and planning engineers can be seen in a few details. Each job has different responsibilities and duties. It typically takes 2-4 years to become both a microelectronics engineer and a planning engineer. Additionally, a planning engineer has an average salary of $82,521, which is higher than the $68,752 average annual salary of a microelectronics engineer.

The top three skills for a microelectronics engineer include circuit boards, microelectronics and ASM. The most important skills for a planning engineer are project management, infrastructure, and transmission planning.

Microelectronics engineer vs planning engineer overview

Microelectronics EngineerPlanning Engineer
Yearly salary$68,752$82,521
Hourly rate$33.05$39.67
Growth rate10%10%
Number of jobs19,47056,792
Job satisfaction--
Most common degreeBachelor's Degree, 64%Bachelor's Degree, 75%
Average age4242
Years of experience44

Microelectronics engineer vs planning engineer salary

Microelectronics engineers and planning engineers have different pay scales, as shown below.

Microelectronics EngineerPlanning Engineer
Average salary$68,752$82,521
Salary rangeBetween $50,000 And $94,000Between $61,000 And $110,000
Highest paying City-San Francisco, CA
Highest paying state-California
Best paying company-Meta
Best paying industry-Energy

Differences between microelectronics engineer and planning engineer education

There are a few differences between a microelectronics engineer and a planning engineer in terms of educational background:

Microelectronics EngineerPlanning Engineer
Most common degreeBachelor's Degree, 64%Bachelor's Degree, 75%
Most common majorElectrical EngineeringElectrical Engineering
Most common collegeNorthwestern UniversityNorthwestern University

Microelectronics engineer vs planning engineer demographics

Here are the differences between microelectronics engineers' and planning engineers' demographics:

Microelectronics EngineerPlanning Engineer
Average age4242
Gender ratioMale, 92.3% Female, 7.7%Male, 83.2% Female, 16.8%
Race ratioBlack or African American, 3.6% Unknown, 3.8% Hispanic or Latino, 8.7% Asian, 10.5% White, 73.3% American Indian and Alaska Native, 0.2%Black or African American, 4.3% Unknown, 3.9% Hispanic or Latino, 10.6% Asian, 15.6% White, 65.5% American Indian and Alaska Native, 0.2%
LGBT Percentage4%4%

Differences between microelectronics engineer and planning engineer duties and responsibilities

Microelectronics engineer example responsibilities.

  • Define, manage, and maintain processes to improve KPI's: AHT, MTTR, NPS and FCR.
  • Increase overall CMOS and MNOS performance and yield by improving gate oxide uniformity.
  • Establish and maintain IP dashboard, promoting tracking key patent metrics for GE Energy/PrimeStar and competition.
  • Characterize aqueous and UV ink formulations used in DOD (drop on demand) and piezo print heads.
  • Used customizable integrate array microelectronics technology to emulate design function of aging non-procurable field military components ..
  • Prepare soil data in geotechnical software and graphical figures to be used and review by professional engineering project managers.
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Planning engineer example responsibilities.

  • Create and automate customize KPI dashboard reports using a combination of SQL and visual basic scripts.
  • Manage retrofit projects for progressive stamping equipment.
  • Manage IP address inventory and bandwidth capacity.
  • Manage multiple projects involving both internal and vendor resources affecting national production infrastructure.
  • Manage Jenkins security by providing specific access to authorize developers/testers using project base matrix authorization strategy.
  • Configure OSPF and BGP on the L3 switches, route redistribution.
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Microelectronics engineer vs planning engineer skills

Common microelectronics engineer skills
  • Circuit Boards, 34%
  • Microelectronics, 30%
  • ASM, 18%
  • DOD, 13%
  • Mil-Std-883, 6%
Common planning engineer skills
  • Project Management, 11%
  • Infrastructure, 10%
  • Transmission Planning, 8%
  • NERC, 7%
  • Cost Estimates, 4%
  • Transmission Systems, 4%

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