The Computer-Integrated Machining curriculum prepares students with the analytical, creative and innovative skills necessary to take a production idea from an initial concept through design, development and production, resulting in a finished product.
Coursework may include manual machining,
computer applications, engineering design, computer-aided drafting (CAD), computer-aided machining (CAM), blueprint interpretation, advanced computerized numeric control (CNC) equipment, basic and advanced machining operations, precision measurement and high-speed multi-axis machining.
Graduates should qualify for employment as machining technicians in high-tech manufacturing, rapid-prototyping and rapid-manufacturing industries, specialty machine shops, fabrication industries, and high-tech or emerging industries such as aerospace, aviation, medical, and renewable energy, and to sit for machining certification examinations.
Admission to this program requires that students be high school graduates or have a recognized equivalency.
Program Learning Outcomes
Graduates of this program will be able to:
- Demonstrate an ability to interpret mechanical work drawings, and develop/produce complex parts from these drawings, using a variety of machining tools and CNC equipment
- Demonstrate proficiency in the use of CNC tools and equipment to include programming the CNC machine, set-up, operation, control functions, and inspection
- Demonstrate proficiency in set-up and operation of advanced CNC machining techniques to include, turning, milling, wire EDM machining, and CNC programming
- Demonstrate proficiency in CNC Graphics and Multi-Axis Machining to include the use of CAD/CAM software, tool path and part geometry, operations sequencing, speed, feed and cutting depth.
Graduates should qualify for employment in:
- aerospace product and parts manufacturing
- motor vehicle parts manufacturing metalworking machinery manufacturing
- machine shops
- other industrial settings
While the AAS is a degree leading to immediate job placement upon graduation, Craven Community College has a special relationship for transfer to a BS degree in Industrial Technology with East Carolina University.
Executive Director of Career Programs
Courses in this program
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This course introduces the concepts and capabilities of computer numerical control machine tools. Topics include setup, operation, and basic applications. Upon completion, students should be able to explain operator safety, machine protection, data input, program preparation, and program storage.
This course introduces the application of basic types and uses of compound angles. Emphasis is placed on problem solving by tilting and rotating adjacent angles to resolve an unknown compound angle. Upon completion, students should be able to set up and develop compound angles on parts using problem-solving techniques.
This course covers advanced programming, setup, and operation of CNC turning centers and CNC milling centers. Topics include advanced programming formats, control functions, program editing, and part production and inspection. Upon completion, students should be able to manufacture complex parts using CNC turning and milling centers.
This course provides concentrated study in advanced programming techniques for working with modern CNC machine tools. Topics include custom macros and subroutines, canned cycles, and automatic machining cycles currently employed by the machine tool industry. Upon completion, students should be able to program advanced CNC functions while conserving machine memory.
This capstone course provides students the opportunity to apply skills learned throughout the curriculum. Emphasis is placed on production of parts and assemblies using modern CNC machine tools. Upon completion, students should be able to manufacture complex parts using a variety of CNC machine tools.
This course includes multi-axis machining using machining centers with multi-axis capabilities. Emphasis is placed on generation of machining, center input with a CAM system and setup of pallet changer and rotary system for multi-axis machining fixtures. Upon completion, students should be able to convert CAD to output for multi-axis, machining centers, including tooling, setup, and debugging processes.