CNC Operations and Programming Certificate

This course covers the basic programming, operation, interfacing, troubleshooting and OSHA safety standards for industrial robots and work-cell systems. The primary focus is on the use of automatic parts-handling equipment, contour applications and interfacing with emphasis on design for manufacturing. Topics include the use of conveyors, parts feeders, positioning equipment and safety systems. Hands-on laboratory experiences include operation of robots using the teach pendant.

The student will use current parametric modeling software to create 3D models and produce various drawing views such as orthographic, isometric, sectional and auxiliary views from these models and generate a bill of materials as well as demonstrate the ability to bi-directionally associate between the model and the drawing. The student will also determine the basic physical properties of the model such as area, mass and volume. The student will also apply rigid body animation techniques to a solid model. 

This course is a study of basic algebra, basic geometry, and an introduction to trigonometry. The class will review signed numbers and their operations, exponents, scientific notations, logarithms and systems of measurements. This class will also cover algebraic expressions and solving equations with one variable using shop problems and shop formulas and also will use shop problems for statements of comparison and mixture proportions. The basic geometry will cover points, planes, lines, polygons, triangles, circles and the application of these concepts. We will use key definitions in trigonometry to solve sides and angles of a triangle.

Blueprint interpretation is a core skill for Engineers and Apprentices. Students will learn the fundamentals of orthographic projection, arrangement of views, application of dimensions and tolerances, machining and finishing processes, and more. Materials presented conform to the latest ANSI standards and ISO specifications. Sample prints in both standard and metric format.

This course offers an introduction to manufacturing methods and basic machine tool operation. Students will be provided the background needed to read and interpret technical drawings and proper use of a variety of inspection and measuring tools. Students will also develop and use shop documents such as job plans and blueprints. Lab activities include Soldering, Electroplating, CNC Engraving, Mold making, Polymer Resin and Sheet Metal fabrication. Diligent attention is given to safety in the modern manufacturing environment. OET010 Manufacturing Process.

This course covers basic manufacturing concepts of Quality Control, SPC (Statistical Process Control), Lean Manufacturing, and other principles, objectives and influencing factors of production control. Students learn about planning and scheduling applications as well as interpretation and application of GDT to prints and inspection settings. Students may take NIMS (National Institute for Metalworking Skills) certification exam in Materials, Measurement and Safety. 

This course is designed to introduce the student to fundamentals of Computer Aided Drafting and 3D Modeling. The student will create single-view, multi-view, sectional, and auxiliary view drawings with dimensions and tolerances. The student will also draw a multiple sheet/multiple part assembly drawing complete with a bill of materials. TAG: OET012CAD - CTAG: CTMET005

An introduction to computer numerical control (CNC) practices, equipment, setup and operation. This course will concentrate on both mills and lathes. Students will build and qualify tooling, set up jobs, load programs, and fab parts. A series of lab projects are included.

Students will use simulation software to verify programs written in G and M codes. HAAS mill and lathe trainers will be used in conjunction with a HAAS CNC Mill for select lab exercises. Students will complete supporting documents such as lettered prints, tool drawings, set up sheets and code. 

Tool design is the process of designing and developing the tools, methods, and techniques necessary to improve manufacturing efficiency and productivity. Students use Solid Modeling software to design tools used in fabricating, welding, and inspection applications. Tool design is an ever-changing, growing process of creative problem solving which addresses quality and economy to produce a competitive product to solve manufacturing situations. 

Students will design and produce prototypes at the Kehoe FABLAB. Students will use Subtractive, Powder, and 3D Printers, CO2 Laser, Optical Laser Scanner, large format Digital Printer, and a variety of small shop and hand tools. Students will develop shop documents such as job plans, production schedules, and blueprints. Diligent attention is given to safety and prototype design, following the Form, Fit and Function Industrial design standard.

Students will build on fundamental programming skills and knowledge of machine tools to write programs using MASTERCAM X5 for milling and turning machines. CAD/CAM/CNC combines CAD skills to create geometry with CAM software to generate G and M codes for fabrication of parts on CNC machine tools. Students will have the option to test for NIMS certifications in CNC disciplines. 

This course builds on the basic skills presented in MFGT1110. Students who complete this course will focus on the NIMS certification exams available for Vertical Milling, Drill Press, Grinding, and Turning Operations including chucking and between centers. Focus will be on safety throughout the course.