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Materials acceptance engineer vs metallurgical engineer

The differences between materials acceptance engineers and metallurgical engineers can be seen in a few details. Each job has different responsibilities and duties. Additionally, a materials acceptance engineer has an average salary of $95,889, which is higher than the $82,916 average annual salary of a metallurgical engineer.

The top three skills for a materials acceptance engineer include technical issues, and . The most important skills for a metallurgical engineer are aluminum, failure analysis, and corrective action.

Materials acceptance engineer vs metallurgical engineer overview

Materials Acceptance EngineerMetallurgical Engineer
Yearly salary$95,889$82,916
Hourly rate$46.10$39.86
Growth rate6%6%
Number of jobs4,70334,491
Job satisfaction--
Most common degreeBachelor's Degree, 70%Bachelor's Degree, 76%
Average age4141
Years of experience--

Materials acceptance engineer vs metallurgical engineer salary

Materials acceptance engineers and metallurgical engineers have different pay scales, as shown below.

Materials Acceptance EngineerMetallurgical Engineer
Average salary$95,889$82,916
Salary rangeBetween $62,000 And $148,000Between $63,000 And $107,000
Highest paying City-Hayward, CA
Highest paying state-Washington
Best paying company-Tesoro
Best paying industry-Manufacturing

Differences between materials acceptance engineer and metallurgical engineer education

There are a few differences between a materials acceptance engineer and a metallurgical engineer in terms of educational background:

Materials Acceptance EngineerMetallurgical Engineer
Most common degreeBachelor's Degree, 70%Bachelor's Degree, 76%
Most common majorCivil EngineeringMetallurgical Engineering
Most common collegeMassachusetts Institute of TechnologyUniversity of Washington

Materials acceptance engineer vs metallurgical engineer demographics

Here are the differences between materials acceptance engineers' and metallurgical engineers' demographics:

Materials Acceptance EngineerMetallurgical Engineer
Average age4141
Gender ratioMale, 77.8% Female, 22.2%Male, 83.8% Female, 16.2%
Race ratioBlack or African American, 1.3% Unknown, 3.4% Hispanic or Latino, 7.2% Asian, 14.0% White, 73.7% American Indian and Alaska Native, 0.3%Black or African American, 2.0% Unknown, 3.5% Hispanic or Latino, 8.0% Asian, 19.2% White, 67.0% American Indian and Alaska Native, 0.3%
LGBT Percentage10%10%

Differences between materials acceptance engineer and metallurgical engineer duties and responsibilities

Materials acceptance engineer example responsibilities.

  • Manage and successfully complete carbon/epoxy material qualification and gain approval from FAA to use in manufacturing of composite aircraft parts.
  • Expedite and simplify the quotation process for solar water heating systems by accurately representing solar water heating system performance through MATLAB models
  • Diagnose computer relate problem, troubleshoot, refer and coordinate with other information technology departments in order to resolve situation.

Metallurgical engineer example responsibilities.

  • Lead several independent, cross-functional projects and improve manufacturing quality, reduce cost, ensure environment are supported and FDA compliant.
  • Perform maintenance on robots and CNC machines that include programming and touch-ups.
  • Increase awareness, utilization, and cost reductions associate with FCAW for structural and pipeline applications.
  • Monitor welding activities, perform visual weld inspections, coordinate vendor NDE services, and initiate required welding documentation.
  • Modify existing visual inspection and introduce new NDE methods to ensure up-to-date inspection technology and techniques are used to improve production.
  • Review process and materials specifications for FAA 121 and FAA 145 certifications.
  • Show more

Materials acceptance engineer vs metallurgical engineer skills

Common materials acceptance engineer skills
  • Technical Issues, 100%
Common metallurgical engineer skills
  • Aluminum, 7%
  • Failure Analysis, 6%
  • Corrective Action, 5%
  • Technical Support, 5%
  • Continuous Improvement, 4%
  • ISO, 4%

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