OBJECTIVE: Enable users and designers to learn advanced tools of Modeling using complex Solid and Surface features of CATIA V5 to enhance their productivity by reducing modeling time and better control over design modifications. Also learn advanced assembly functions to control complex assembly structures, top to down and down to top assembly concept and modeling in assembly context as per industry standards and practices.

• Price: $2,500/ student
• Duration: 5 days
• Student Profile:CATIA V5 Users
• Prerequisites: V5 Fundamentals

OBJECTIVE: KIN: the students will be able to understand the capabilities and the General Process followed in DMU Kinematics workbench, define mechanism using an existing assembly, give the motion commands to the mechanism and impart movement to the various components of your mechanism, perform various analyses when the mechanism is getting simulated, sequence multiple mechanisms and run them in proper time intervals. SPA: perform measurements in the context of a digital mock-up, create sectional views to see the inner details of complex assemblies, perform interference checks to identify clashes and contacts, and to verify component clearances, compare different versions of the components to identify and highlight changes. FIT: understand the general process of fitting simulation to study assembly/ disassembly operations, define shuttles and groups, create tracks to move components or a group of components, define the order in which the tracks and actions will take place, find the time duration for each track and action, perform clash analysis during sequence and tracks simulation.

• Price: $1,200/ student
• Duration: 2 days
• Student Profile:CATIA V5 Users
• Prerequisites: V5 Fundamentals

• Price: $1,200/ student
• Duration: 2 days
• Student Profile:CATIA application engineer
• Prerequisites: V5 Fundamentals

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