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MCC <br /> MACHINIST CAIIU COLLIGI <br /> Machinist Career College Machinist Apprenticeship Program Overview <br /> Modular Breakdown <br /> Module I: Introduction to Machine Technology I <br /> This foundational module introduces students to the basic principles of machining and <br /> manufacturing technology. Emphasis is placed on fundamental shop mathematics, <br /> blueprint reading, and essential shop theory. Students will develop proficiency in <br /> performing basic math operations including fractions and mixed numbers, and learn to <br /> interpret orthographic projections using both standard and metric blueprints. The module <br /> introduces students to precision measuring instruments such as calipers and <br /> micrometers, and students practice rounding decimal equivalents for combined <br /> operations. Safety training and hands-on learning with basic hand tools, drilling machines, <br /> and saws prepare students for working confidently and safely in a machine shop <br /> environment. <br /> Module Il.Conventional Machining &Basic CNC Fundamentals <br /> This module expands on the basics by introducing students to key conventional machining <br /> processes and the fundamentals of CNC operations. Students begin applying algebraic <br /> expressions, proportions, and ratios to determine cutting speeds and feeds. Blueprint <br /> reading is advanced through the introduction of first and third angle projection methods, <br /> dimensional tolerances, and multi-view drawing interpretation. Students gain practical <br /> experience with fasteners and cutting fluids, and deepen their knowledge of lathe and mill <br /> setup, safety procedures, and operational controls. Additionally, students are introduced <br /> to thread cutting techniques, the composition and use of grinding wheels, and <br /> foundational trigonometry as applied to machining operations involving angles, circles, <br /> and triangles. <br /> Module III; Intermediate to Advanced Conventional & CNC Machining <br /> In this module, students transition into more advanced machining processes and <br /> concepts, continuing their development in both manual and CNC technologies. Students <br /> explore secondary machining operations, material properties, and heat treatment <br /> processes. <br />