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Module II: Conventional Mills I & Lathe I <br />Students will be able to demonstrate a level of competency in basic algebraic <br />expressions, operations, proportions, ratios, cutting speeds and feeds. Blueprint reading is <br />demonstrated through the identification of various dimensional methods, first and third <br />angle projections, and identifying various views in a multi -view drawing. Upon completion <br />of this module, the students will be able to demonstrate a level of competency in <br />fasteners, cutting fluids, lathe safety, lathe operation and setup, mill safety, mill operation <br />and setup. <br />Module III: Conventional Mills 11, Lathe 11, & Surface Grinders <br />Students will be able to demonstrate a level of competency in basic mathematic analysis <br />of circles, tangents circles, angles and sides of right triangles through trigonometric <br />functions. Application of this understanding is demonstrated by reading various <br />multi -view drawings of threaded parts, reference dimensions, finish symbols, <br />processing secondary operations of various materials and heat treat. Upon completion <br />of this module, students will be able to demonstrate a level of competency in cutting <br />threads, precision grinding wheel composition and application, and advanced conventional <br />mill and lathe operation. <br />Module IV: CNC Mills & CNC Lathes <br />Students demonstrate a level of competency of mathematics in practical machine <br />applica- tion.As an introductory course to Computer Numerical Control (CNC), <br />students will develop spatial recognition using the Cartesian coordinate system to <br />demonstrate setup and operates a CNC Machine. Complex and practical machine <br />applications will utilize absolute and incremental programming positioning. Repetitive <br />features and detailed drawings are reviewed for advanced blueprint reading techniques <br />in thread identification, inclined and oblique planes, auxiliary views, and the interpretation <br />of blueprint revisions. Upon completion of this module, students will be able to <br />demonstrate the use of jigs and fixtures, quality control, CNC milling programming, setup, <br />and operation. Nontraditional machining techniques and occupations will be discussed in <br />CNC operations. <br />Module V: CNC Mills 11, CNC Lathes 11, EDM & Robotics <br />Students demonstrate a level of competency of mathematics in advanced blueprint <br />reading of analytical geometry. Basic understanding of Geometric Dimensioning and <br />Tolerancing (GD&T) is applied by identifying datums, material conditions, form toleranc- <br />es, locational tolerances, and run out tolerances in part setup and operation of a CNC <br />machine. Upon completion of this module, the students will be able to demonstrate a <br />level of competency in CNC Milling and Lathe programming, setup, and operation for the <br />first article inspection. CNC Wire Electrical Discharge Machining (Wire EDM), and an <br />introduction to automated manufacturing in robotics and portable coordinate measuring <br />machine (CMM) devices. <br />® Scan to visit our vrehsite and social media pages. <br />Registration Information: Santa Fe Springs • 562-921-3722 • httpdtralningcenters.org.admissions/gainful-employment <br />