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Engineer, methods vs manufacturing engineer

The differences between engineers, methods and manufacturing engineers can be seen in a few details. Each job has different responsibilities and duties. While it typically takes 2-4 years to become an engineer, methods, becoming a manufacturing engineer takes usually requires 1-2 years. Additionally, an engineer, methods has an average salary of $79,296, which is higher than the $78,522 average annual salary of a manufacturing engineer.

The top three skills for an engineer, methods include aerospace, data collection and FMEA. The most important skills for a manufacturing engineer are lean manufacturing, CAD, and solidworks.

Engineer, methods vs manufacturing engineer overview

Engineer, MethodsManufacturing Engineer
Yearly salary$79,296$78,522
Hourly rate$38.12$37.75
Growth rate10%10%
Number of jobs43,320115,384
Job satisfaction--
Most common degreeBachelor's Degree, 67%Bachelor's Degree, 73%
Average age4243
Years of experience42

Engineer, methods vs manufacturing engineer salary

Engineers, methods and manufacturing engineers have different pay scales, as shown below.

Engineer, MethodsManufacturing Engineer
Average salary$79,296$78,522
Salary rangeBetween $61,000 And $102,000Between $60,000 And $102,000
Highest paying CityTucson, AZPalo Alto, CA
Highest paying stateWashingtonCalifornia
Best paying companyGeneral MotorsMeta
Best paying industryAutomotiveTechnology

Differences between engineer, methods and manufacturing engineer education

There are a few differences between an engineer, methods and a manufacturing engineer in terms of educational background:

Engineer, MethodsManufacturing Engineer
Most common degreeBachelor's Degree, 67%Bachelor's Degree, 73%
Most common majorMechanical EngineeringMechanical Engineering
Most common collegeNorthwestern UniversityGeorgia Institute of Technology

Engineer, methods vs manufacturing engineer demographics

Here are the differences between engineers, methods' and manufacturing engineers' demographics:

Engineer, MethodsManufacturing Engineer
Average age4243
Gender ratioMale, 86.5% Female, 13.5%Male, 88.8% Female, 11.2%
Race ratioBlack or African American, 4.9% Unknown, 4.0% Hispanic or Latino, 12.0% Asian, 10.8% White, 68.2% American Indian and Alaska Native, 0.2%Black or African American, 4.3% Unknown, 4.7% Hispanic or Latino, 10.8% Asian, 17.0% White, 62.8% American Indian and Alaska Native, 0.3%
LGBT Percentage4%5%

Differences between engineer, methods and manufacturing engineer duties and responsibilities

Engineer, methods example responsibilities.

  • Manage schedules and critical deliverables for prototyping and qualification activities for I/O programs.
  • Create CNC programs for part production.
  • Monitor and correct production manufacturing processes by applying SPC methods.
  • Prepare facility / department layouts and provide SPC support to manufacturing.
  • Develop and write all complex CNC shroud grind programs for ELB precision grinders.
  • Design related tooling and fixtures for turning, milling and grinding using CATIA V5.
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Manufacturing engineer example responsibilities.

  • Achieve 6 sigma process capability on a key manufacturing resource utilizing SPC and DFM principles.
  • Manage facility maintenance and repairs covering HVAC, plumbing, electric, chillers, and equipment maintenance and repairs.
  • Manage implementation of improve paste compounding (including extrusion) process.
  • Lead several independent, cross-functional projects and improve manufacturing quality, reduce cost, ensure environment are supported and FDA compliant.
  • Create process flows and PFMEA's for encapsulate, bonding, and assembly processes.
  • Develop equipment specifications to optimize OEE and meet quality standards with input from advance quality engineers and design team.
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Engineer, methods vs manufacturing engineer skills

Common engineer, methods skills
  • Aerospace, 19%
  • Data Collection, 16%
  • FMEA, 8%
  • Engineering Drawings, 6%
  • CAD, 5%
  • CATIA, 5%
Common manufacturing engineer skills
  • Lean Manufacturing, 9%
  • CAD, 6%
  • Solidworks, 4%
  • Sigma, 4%
  • Project Management, 4%
  • CNC, 4%

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