The Manufacturing Fundamentals course introduces students to basic procedures and operations encountered in the machine shop and various manufacturing industries. Topics include essential safety practices, measuring and hand tools, pedestal grinding, and sawing operations.

Mill Concepts introduces students to essential material-cutting concepts using a milling machine. Topics to be covered include clamping and locating workpieces; selecting cutting tools and holders; milling speeds and feeds; cutting depth, width, and direction; part production; and inspection.

The CNC Mill Concepts course introduces students to computer numerical control (CNC) milling. Topics include safety, CNC terminology, preparing a CNC program, setting up and operating CNC milling machines, part production, and inspection.

The Lathe Concepts course introduces students to essential material cutting concepts using a precision lathe machine. Topics covered include holding and locating workpieces; selecting cutting tools and holders; turning speeds and feeds; applying cutting depth, width, and direction; part production; and inspection.

The CNC Lathe Concepts course introduces students to computer numerical controlling (CNC) turning. Topics include safety, computer numerical control (CNC) terminology, preparing a CNC program, setting up and operating CNC turning machines, part production, and inspection.

The Computer Numerical Control (CNC) Mill Programming course teaches the fundamentals of CAD/CAM systems. Topics covered in CNC Mill Programming include software operating systems, drawing commands, editing commands, tool-path generation, and posting a program.

The CNC Lathe Programming course teaches the fundamentals of CAD/CAM systems. The CNC Lathe Programming course covers topics such as software operating systems, drawing commands, editing commands, tool-path generation, and posting a program.

Advanced Print Reading teaches students to interpret information on blueprints used in manufacturing. Topics include mathematical calculations, symbols, terms, datum, material condition modifiers, and the application of tolerance zones.

Process Control provides practice reading blueprints and technical drawings to create and inspect a part or assembly. This class will teach practical theory and provide hands-on experience in the proper use of common and advanced measuring tools found in the inspection room.

Multi-Axis introduces computer numerical control (CNC) multi-axis machine operations. Topics include procedures and practices for safe machine setup and operation, tool-holding and work-holding selection, programming in CAD/CAM software for multi-axis machines, part production, and inspection.