Computer Numerically Controlled Machine Tool Programmers, Metal and Plastic
Career Snapshot
Manufacturing is becoming more efficient and productive as a result of automation. Numerical tool and process control programmers deserve some of the credit for this. These individuals create programmes for computer-controlled machine tools, sometimes known as robots, which cut and shape metal or plastic parts.
The programmer creates the code that tells a computer which tools to use and how to utilise them. The programmer may create a programme for a whole machine system or for a single piece of equipment. He or she goes over the task specifications and creates an efficient operating plan for the machinery that will be used to make the parts.
Plotting reference points, cutting lines, and hole positions are all part of the process. It necessitates the computation of geometrical dimensions such as angles and curves. Before the programmer enters the coordinates into a programme, the patterns are evaluated for maximum tool speed, efficiency, and accuracy. The programme is then tested again on trial runs.
The machines must meet exceedingly high standards, with specifications frequently measured in microns. A micron is defined as 40 millionths of an inch. The programme must enable the machine operator to make minute adjustments during the production process by entering commands that effectively allow the machine to adjust itself.
Employers prefer candidates who have a college degree and good math and computer skills, and they frequently provide on-the-job training with experienced programmers. Although it may appear that this vocation is geared to make other jobs obsolete, it shows man's true power over technology in many respects.
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Key Abilities
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Information Ordering
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Mathematical Reasoning
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Near Vision
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Oral Comprehension
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Perceptual Speed
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Problem Sensitivity
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Selective Attention
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Visualization
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