Advanced Machine Tool Technology

G&M Code Programming is the study of the alpha-numeric language executed by Computer Numerically Controlled (CNC) machines. The fundamentals studied in this course will include the format of CNC programs, common G-Codes, M-Codes, as well as materials and speeds & feeds.  This course will also introduce applicable machine shop related math.  The lab is furnished with EMCO CNC turning and milling centers.  Students will also use simulation software for the mill and lathe.

This course is intended as an introduction to understanding blueprints and being able to visualize and understand the intent of the designer or draftsman as presented in a blueprint. The first step in making quality parts or assemblies is interpreting the drawing correctly and applying the given information to the final product.

This course will include a comprehensive guide to interpreting drawings commonly found in manufacturing beginning with the background of blueprints, looking at the types of lines used on a drawing, and how parts are shown in different views. Dimensioning and tolerances are explained with an emphasis on "Geometric Dimensioning and Tolerancing" (GD&T) using the "ASME Y14.5M-1994" standard.

This specialty class highlights the math in "everyday use" in manufacturing and seeks to develop competencies in applied machine tool mathematics. Select topics from basic arithmetic, algebra, geometry, and trigonometry will be taught. The student will also learn how to use a Scientific Calculator. The structure of this class will emphasize the relevance of the course material to industry by using "real-world" examples and problems. This course will be led by instructors with strong manufacturing experience who will focus on the math topics needed for a successful career in manufacturing.

This course is intended as an introduction to Inspection using mechanical measuring instruments. The student will gain the skill and knowledge to perform basic measurements and calculations.  They will learn how to use precision measuring tools such as micrometers, calipers, dial indicators, and the steel rule.  Students will become proficient at reading mechanical blueprints and will learn how to select the proper tool for measurement and for preparing quality control documents and inspection reports. Students will also learn the basics of related topics such as statistical sampling and quality control. Dimensioning and tolerances are explained with an emphasis on "Geometric Dimensioning and Tolerancing" (GD&T) using the "ASME Y14.5M-1994" standard.

Machining Processes 1 covers the machining theory which comprises both manual and CNC (computer-numerical controlled) machining practices. This course outlines the practical applications of safety, measurement and inspection, blueprint reading, metallurgy, and turning/milling technologies as they relate to both manual machining and CNC machining.

G&M Code Programming is the study of the alpha-numeric language executed by Computer Numerically Controlled (CNC) machines. The fundamentals continued in this course will include the format of CNC programs, common G-Codes, M-Codes, as well as materials and speeds & feeds with more focus on the Lathe.  This course will also introduce applicable machine shop related math.  The lab is furnished with EMCO CNC turning and milling centers.  Students will also use simulation software for the mill and lathe. Additionally, the student will be introduced to Solidworks 3D solid modeling software, Mastercam programming software and 3D solid model printing.

Machining Processes II covers the advanced machining theory which comprises both manual and CNC (computer-numerical controlled) machining practices. This course teaches safe work habits, advanced set-ups, and develops student confidence and imagination. Emphasis is on advanced machine operations and closer tolerances with projects are introduced. This course is designed to make the student more aware of the importance of efficient use of time in the machining process and advanced set-ups.