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Test engine evaluator vs industrial engineer

The differences between test engine evaluators 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 a test engine evaluator and an industrial engineer. Additionally, a test engine evaluator has an average salary of $85,143, which is higher than the $76,501 average annual salary of an industrial engineer.

The top three skills for a test engine evaluator include mathematics, test results and test procedures. The most important skills for an industrial engineer are continuous improvement, lean manufacturing, and sigma.

Test engine evaluator vs industrial engineer overview

Test Engine EvaluatorIndustrial Engineer
Yearly salary$85,143$76,501
Hourly rate$40.93$36.78
Growth rate2%10%
Number of jobs20,17046,756
Job satisfaction--
Most common degreeBachelor's Degree, 70%Bachelor's Degree, 78%
Average age4442
Years of experience44

Test engine evaluator vs industrial engineer salary

Test engine evaluators and industrial engineers have different pay scales, as shown below.

Test Engine EvaluatorIndustrial Engineer
Average salary$85,143$76,501
Salary rangeBetween $57,000 And $125,000Between $59,000 And $97,000
Highest paying CityCupertino, CASeattle, WA
Highest paying stateCaliforniaAlaska
Best paying companyAppleApple
Best paying industryMediaTechnology

Differences between test engine evaluator and industrial engineer education

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

Test Engine EvaluatorIndustrial Engineer
Most common degreeBachelor's Degree, 70%Bachelor's Degree, 78%
Most common majorBusinessIndustrial Engineering
Most common collegeNew York UniversityNew York University

Test engine evaluator vs industrial engineer demographics

Here are the differences between test engine evaluators' and industrial engineers' demographics:

Test Engine EvaluatorIndustrial Engineer
Average age4442
Gender ratioMale, 57.5% Female, 42.5%Male, 80.2% Female, 19.8%
Race ratioBlack or African American, 6.2% Unknown, 4.7% Hispanic or Latino, 8.8% Asian, 12.0% White, 67.7% American Indian and Alaska Native, 0.5%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 Percentage11%4%

Differences between test engine evaluator and industrial engineer duties and responsibilities

Test engine evaluator example responsibilities.

  • Manage the testing of all functions of mining and industrial equipment, from PLC and electrical control simulation to mechanical operation.
  • Subject matter includes English, social studies, reading comprehension, geography, math, physics and biology.
  • Read and evaluate open-ended student responses to test questions in reading, writing, math, science, and history.
  • Proofread and grade essay questions.
  • Process request for media containing missile testing data.
  • Coordinate with other DOD agencies on live fire issues.
  • Show more

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

Test engine evaluator vs industrial engineer skills

Common test engine evaluator skills
  • Mathematics, 11%
  • Test Results, 9%
  • Test Procedures, 8%
  • Test Data, 7%
  • Test Reports, 7%
  • DOD, 7%
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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