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Optoelectronics engineer vs industrial engineer

The differences between optoelectronics engineers and industrial engineers can be seen in a few details. Each job has different responsibilities and duties. It typically takes 2-4 years to become both an optoelectronics engineer and an industrial engineer. Additionally, an optoelectronics engineer has an average salary of $82,951, which is higher than the $76,501 average annual salary of an industrial engineer.

The top three skills for an optoelectronics engineer include MATLAB, and . The most important skills for an industrial engineer are continuous improvement, lean manufacturing, and sigma.

Optoelectronics engineer vs industrial engineer overview

Optoelectronics EngineerIndustrial Engineer
Yearly salary$82,951$76,501
Hourly rate$39.88$36.78
Growth rate10%10%
Number of jobs18,75546,756
Job satisfaction--
Most common degreeMaster's Degree, 57%Bachelor's Degree, 78%
Average age4242
Years of experience44

Optoelectronics engineer vs industrial engineer salary

Optoelectronics engineers and industrial engineers have different pay scales, as shown below.

Optoelectronics EngineerIndustrial Engineer
Average salary$82,951$76,501
Salary rangeBetween $65,000 And $105,000Between $59,000 And $97,000
Highest paying City-Seattle, WA
Highest paying state-Alaska
Best paying company-Apple
Best paying industry-Technology

Differences between optoelectronics engineer and industrial engineer education

There are a few differences between an optoelectronics engineer and an industrial engineer in terms of educational background:

Optoelectronics EngineerIndustrial Engineer
Most common degreeMaster's Degree, 57%Bachelor's Degree, 78%
Most common majorElectrical EngineeringIndustrial Engineering
Most common collegeNorthwestern UniversityNew York University

Optoelectronics engineer vs industrial engineer demographics

Here are the differences between optoelectronics engineers' and industrial engineers' demographics:

Optoelectronics EngineerIndustrial Engineer
Average age4242
Gender ratioMale, 93.8% Female, 6.3%Male, 80.2% Female, 19.8%
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, 4.8% Unknown, 4.0% Hispanic or Latino, 11.8% Asian, 12.9% White, 66.4% American Indian and Alaska Native, 0.2%
LGBT Percentage4%4%

Differences between optoelectronics engineer and industrial engineer duties and responsibilities

Optoelectronics engineer example responsibilities.

  • Lead a group of 9 engineers responsible for technology development for handling electronic packages (computer CPU) during HVM.
  • Mask design, fabrication and testing of inp-base optoelectronic high speed and high power VCSELs
  • Conduct geotechnical and environmental subsurface investigations.
  • Develop optomechanical test station for mapping photoelectric sensor TX/RX overlap fields to determine lens defects and manufacturing problems.
  • Develop unique JavaScript framework that allows collaborative modules to be develop and instantiate dynamically for asynchronous single page applications.

Industrial engineer example responsibilities.

  • Plan, manage, lead and execute projects from conception to successful completion using the DMAIC methodology.
  • Manage development of equipment, which include electrical systems, PLC programming, pneumatic circuits, hydraulic systems and fixtures.
  • Lead PDCA project to reduce order sizing defects that impact customer product delivery, avoiding $230K in lose revenue.
  • Utilize AutoCad for plant layout modifications or capital projects.
  • Train new IE's in the work group in labor reporting, equipment cycle timing and labor standards.
  • Lead for manufacturing relate continuous improvement activities including Kaizen events to improve production efficiency b
  • Show more

Optoelectronics engineer vs industrial engineer skills

Common optoelectronics engineer skills
  • MATLAB, 100%
Common industrial engineer skills
  • Continuous Improvement, 9%
  • Lean Manufacturing, 7%
  • Sigma, 5%
  • Project Management, 5%
  • Logistics, 5%
  • Lean Six Sigma, 4%

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