Experimental machinist vs computer numerical controller machinist

The differences between experimental machinists and computer numerical controller machinists can be seen in a few details. Each job has different responsibilities and duties. It typically takes 2-4 years to become both an experimental machinist and a computer numerical controller machinist. Additionally, an experimental machinist has an average salary of $44,108, which is higher than the $41,685 average annual salary of a computer numerical controller machinist.

The top three skills for an experimental machinist include CNC, haas and machine shop. The most important skills for a computer numerical controller machinist are calipers, micrometers, and manual lathes.

Experimental machinist vs computer numerical controller machinist overview

	Experimental Machinist	Computer Numerical Controller Machinist
Yearly salary	$44,108	$41,685
Hourly rate	$21.21	$20.04
Growth rate	1%	1%
Number of jobs	9,128	32,345
Job satisfaction	-	-
Most common degree	Associate Degree, 50%	High School Diploma, 39%
Average age	48	48
Years of experience	4	4

Experimental machinist vs computer numerical controller machinist salary

Experimental machinists and computer numerical controller machinists have different pay scales, as shown below.

	Experimental Machinist	Computer Numerical Controller Machinist
Average salary	$44,108	$41,685
Salary range	Between $33,000 And $58,000	Between $30,000 And $56,000
Highest paying City	-	Coon Rapids, MN
Highest paying state	-	New Mexico
Best paying company	-	Amphenol
Best paying industry	-	Technology

Differences between experimental machinist and computer numerical controller machinist education

There are a few differences between an experimental machinist and a computer numerical controller machinist in terms of educational background:

	Experimental Machinist	Computer Numerical Controller Machinist
Most common degree	Associate Degree, 50%	High School Diploma, 39%
Most common major	Precision Metal Working	Precision Metal Working
Most common college	-	-

Experimental machinist vs computer numerical controller machinist demographics

Here are the differences between experimental machinists' and computer numerical controller machinists' demographics:

	Experimental Machinist	Computer Numerical Controller Machinist
Average age	48	48
Gender ratio	Male, 98.6% Female, 1.4%	Male, 93.6% Female, 6.4%
Race ratio	Black or African American, 4.0% Unknown, 3.7% Hispanic or Latino, 15.1% Asian, 6.4% White, 70.2% American Indian and Alaska Native, 0.5%	Black or African American, 4.0% Unknown, 3.7% Hispanic or Latino, 15.1% Asian, 6.4% White, 70.3% American Indian and Alaska Native, 0.5%
LGBT Percentage	3%	3%

Differences between experimental machinist and computer numerical controller machinist duties and responsibilities

Experimental machinist example responsibilities.

Design and build tooling, jig and fixtures to accomplish particular jobs.
Manage tooling responsibilies, provide tool/fixture design and fabrication which improve productivity and consistent quality.
Programme and operate a CNC lathe to produce engine parts.
Set and run Prototrack milling machines, Prototrack lathes, surface grinders.
Involve in the setup and operation of manual and CNC machines fabricating parts for the space station and space shuttle.
Work directly with engineering students and professors in designing and producing prototype components.

Computer numerical controller machinist example responsibilities.

Calculate dimensions and tolerances using instruments such as micrometers and calipers.
Set up and operate OKUMA CNC lathe and MAZAK CNC lathe to machine various high pressure cylinders.
Have had experience and handle deburr and clipping work on the 446 and lit operations on the drill press of 413.
Fulfill calculating requirements, including basic math, geometry, and trigonometry.
Verify dimensions of parts machine using micrometers, calipers and other precision measuring instruments.
Verify conformance of finish work pieces to specifications using measuring instruments including microscopes, gauges, calipers and micrometers.

Experimental machinist vs computer numerical controller machinist skills

Common experimental machinist skills

CNC, 30%
Haas, 11%
Machine Shop, 10%
Jigs, 8%
Mastercam, 8%
Grinders, 6%

Common computer numerical controller machinist skills

Calipers, 7%
Micrometers, 7%
Manual Lathes, 6%
Math, 5%
G Code, 4%
Grinders, 4%

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Experimental Machinist
Experimental Machinist vs Computer Numerical Controller Machinist

Updated January 8, 2025

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