MCH 226 - Advanced CAD/CAM

Credit(s): 3

Prerequisite(s): MCH 122 or instructor’s consent.
This is an advanced course in the study of computer aided manufacturing through the implementation of computer software for the design and creation of machine codes used in operating computer numerical control systems. Topics include 3D component and surface creation, development of advanced tool paths for machining advanced 3D components and surfaces, interface with advanced manufacturing systems with 4 axis or more, as well as Swiss CNC and Mill/Turn systems, simulation of tool paths, and instruction on live tooling synchronization. This course leads to an advanced understanding in design and programming for higher level machine tools. (Fall and Spring Semesters)

Course Learning Outcomes: Upon completion of the course, students will be able to

Demonstrate advanced concepts and techniques associated with MASTERCAM CAD/CAM or comparable software for 3D wireframe and solids design.
Demonstrate advanced machining operations performed on CNC machining centers in 4-axis and higher environment, turning centers, Swiss CNC, and Mill/Turn systems.
Describe the advanced graphics environment of a Computer Assisted Machining Software for 3D surfaces and component design.
Generate advanced tool paths for surface or complex 3D components using advanced MASTERCAM or comparable CAM software tools.
Demonstrate concepts and techniques of modifying existing geometric designs using MASTERCAM Computer Assisted Machining or comparable software.
Demonstrate the use of MASTERCAM Computer Assisted Machining software material and tool library files
Create advanced or new tool/holder configurations.
Generate tool paths with existing geometric designs utilizing MASTERCAM Computer Assisted Machining software.
Describe concepts of live tooling synchronization and scheduling for manufacture of designed components.
Demonstrate use of simulation tools for validation of toolpaths for creation of designed components.
Demonstrate use of simulation tools for verification of tool collision avoidance.