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Course · AL
Computer Integrated Production
Career and Technical Education, Alabama State Department of Education (ALSDE)
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Computer Integrated Production highlights the technologies and production principles utilized in modern, clean production environments. The course emphasizes effective and energy-efficient control of conveyors and pneumatic control systems; the design and troubleshooting of data acquisition, programmable logic control, process monitoring, and automation and robotic systems; incorporating sensing and vision systems; and utilizing cameras and sensors to control automated systems.
Apply Cartesian coordinates to create toolpaths for machine toolsResearch and apply proper cutting tool speeds, feeds, and directions for manufacturing specified materials or productsCreate simple Numeric Control (NC) part programs using a text editor or a Computer-Aided Manufacturing packageAnalyze Numeric Control part program files to identify and correct errorsAnalyze part geometry to select appropriate cutting toolsEdit the tool library of a CNC machine program to establish tool offset values. to Create ProblemDesign and prepare 3D models with appropriate units for use in toolpath generationSet up a CAM package by editing the material and tool librariesGenerate tool paths from a CAD program and edit NC part program files to identify and correct errors. with Controllers (Design and analyze an efficient electrical system to convert, transform, and transmit electricityResearch and specify electrical devices necessary to fulfill power requirementsApply machine control systems, sensory feedbackUse flow charts and state diagrams to apply logic in the design of control programs. 114 to CreateDesign a system of elements that manage power to accomplish a task involving defined movementDesign a control system that uses feedback from the system to vary the speedFormulate a system to utilize data collection and analysis to maintain and improve product qualityDesign and analyze the application of machine control systems, sensory feedbackConstruct systems that efficiently utilize a fluid (liquid or gas) under pressure to generate, transmitDesign an integrated system of machines, machine tools, jigs, fixtures, instrumentsCreate jigs, fixtures, alignment and drill guides, gauges, and other manufacturingResearch, construct, and evaluate a plan for an assembly line or work cellIdentify systems, sub-systems, and typical components of an automated manufacturing operationApply the necessary safety precautions associated with a fully automated system. ofResearch and categorize the activities that a business conducts to make discoveries that may lead to the development ofResearch and evaluate the new approaches to rapid development and deployment of products that save timeCreate a strategy to receive inventory just in time for the production processEvaluate the use of production, organization, planning, human and capital resourcesCreate a quality management plan for an advanced manufacturing environment, including quality planning, quality controlCreate a plan for protecting the health and safety of the people employed in a manufacturing environment