Programming- NC I, II, III, & IV

Qarbon Aerospace Inc•Milledgeville, GA

17h

About The Position

Qarbon Aerospace is a premier manufacturer of cutting-edge composite components and assemblies at all levels of complexity, with products installed on the industry’s most advanced commercial and military aircraft. As a US-based company with a global footprint of more than 1,650,000 ft² of state-of-the-art facilities, Qarbon Aerospace has the capabilities and resources to solve the market’s toughest challenges with Quality Assured. With more than 100 years of experience, we build quality into every fiber, letting your ideas take flight. Analyzes engineering drawings to define configuration of parts and determine type and sequence of machine operations. Develops programs for machining parts, tools, or sheet metal on numerically controlled machine tools. Makes proper cutter selections for each part, taking into consideration such factors as speeds, types of cutters, feeds, and control system limitations. Selects program routines for the most efficient computer calculation of dimensional and machining requirements for each part. Tests and modifies existing parts programs for engineering changes or program improvements. Excludes CNC Machine Operators.

Requirements

Must be a US Citizen or a Permanent resident per ITAR (International Traffic in Arms Regulations) guidelines.
This position is not eligible for Visa sponsorship or a foreign person per ITAR.

Nice To Haves

Level I Bachelor's degree or equivalent and 0-2 years of related experience.
Level II Bachelor's degree or equivalent and 3-5 years of related experience.
Level III Bachelor's degree or equivalent and 6-9 years of related experience.
Leve IV Bachelor's degree or equivalent and 10+ years of related experience.

Responsibilities

Analyzes engineering drawings to define configuration of parts and determine type and sequence of machine operations.
Develops programs for machining parts, tools, or sheet metal on numerically controlled machine tools.
Makes proper cutter selections for each part, taking into consideration such factors as speeds, types of cutters, feeds, and control system limitations.
Selects program routines for the most efficient computer calculation of dimensional and machining requirements for each part.
Tests and modifies existing parts programs for engineering changes or program improvements.