1. Assess the CATIA tools, workbenches, func ons, and opera ons used to create and edit 3D part models, products, and drawings.

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1 1 of 5 5/1/2014 2:38 PM MFGT 142 CATIA II Approval Date: 02/20/2014 Effec ve Term: Fall 2014 Department: MANUFACTURING TECHNOLOGY Division: Career Technical Educa on Units: 3.00 Grading Op on: Le er Grade Transferability: CSU Transferable Course is: AA/AS Degree Repeatability: Not Repeatable Contact Hours per Term: Lecture/Discussion: Associate Degree GE Applicability: Elec ve Recommended Class Size: 15 Ra onale: This class is taught at ADI. The classroom that has the CATIA so ware only holds 15 students. Discipline/Minimum Qualifica ons: Manufacturing Technology Catalog Descrip on: Presents advanced topics in 3D modeling using CATIA so ware, including sketching, part design modeling, wire frame and surface design, assembly design, DMU Kinema cs, part prepara on for manufacturer, and an introduc on to Finite Element Analysis (FEA). Schedule Descrip on: Presents advanced topics in 3D modeling using CATIA so ware, including sketching, part design modeling, wire frame and surface design, assembly design, DMU Kinema cs, part prepara on for manufacturer, and an introduc on to Finite Element Analysis (FEA). Student Learning Outcome: 1. Assess the CATIA tools, workbenches, func ons, and opera ons used to create and edit 3D part models, products, and drawings. 1. Create and manipulate complex 3D solid, surface, and wireframe part models, and products (assemblies). Course Objec ves: 1. Explain the CATIA commands and how they are used to produce complex parts, products (assemblies) and drawings in "Bo om Up" assembly design. 2. Explain the CATIA commands and how they are used to produce complex parts, products (assemblies) and drawings in the DMU Kinema cs workbench. 3. Iden fy CATIA advanced sketch and part design features that are used to create and edit various 3D model part files. 4. Differen ate between complex engineering and manufacturing 2D drawings are created and edited using views of 3D parts. 5. Evaluate advanced applica ons of product files created from inserted parts and sub assemblies in both the "Bo om Up" and "Top Down" assembly design processes.

2 2 of 5 5/1/2014 2:38 PM Analyze the commands and applica ons of the wireframe and surface design features and func ons and explain how they are applied to create basic and complex 3D wireframe and surface models. Assess the process steps and the applica on of features in the Finite Element Analysis (FEA) workbench. Explain the process steps and features in the Prisma c Milling workbench. Explain the process steps and features in the Lathe Machining workbench. 1. Design, draw, and edit complex 3D parts, drawings, and products (assemblies). 2. Construct and edit part models u lizing advanced applica ons of the sketcher and part design workbenches. 3. Assemble and edit 2D drawing files from 3D part views, u lizing the advanced applica ons, tools, and features in the dra ing workbench. 4. Create and edit product assembly design models in the "Bo om Up" assembly design process. 5. Create and edit product assembly design models in the "Top Down" assembly design process. 6. Produce and edit complex 3D wireframe and surface models using the appropriate workbenches. 7. Create a 3D model and an output file u lizing the Finite Element Analysis (FEA) workbench. 8. Produce a 3D model and output a manufacturing CNC file u lizing the Prisma c Machining workbench. 9. Produce a 3D model and output a manufacturing CNC file u lizing the Lathe Machining workbench. Course Content Outline: 1. CATIA "Bo om Up" Assemly Design a. Top level assemblies and product file structures b. Inser on of parts and sub products (subassemblies) in Assembly Modeling c. Assembly modeling constraints 2. CATIA DMU Kinema cs a. Crea ng kinema c simula ons in the CAITA DMU kinema cs workbench b. Crea ng mechanisms c. Inser on of mechanism joints d. Crea ng dynamic simula ons showing moving parts 3. Wireframe and Surfacing I a. 3D wireframe and surface models b. Inser ng 3D points and splines used for crea ng complex 3D models c. Fill, Thickness, and Join surface features 4. Wireframe and Surfacing II a. 3D wireframe and surface models b. Mul Sec on surface feature c. Split surface feature d. Sweep surface feature 5. Wireframe and Surfacing III a. 3D Helix curve b. Extrude surface feature c. Offset surface feature d. Transform surface features 6. CATIA "Top Down" Assembly Design a. The Top Down design environment b. 3D parts from within a product file c. Sub assembly.product files from within a product file 7. Advanced Dra ing Features and Applica ons

3 3 of 5 5/1/2014 2:38 PM a. Assembly and part drawing views b. Exploded views with bubbled leaders c. Bill of materials and tables d. GD&T callouts and symbols 8. Finite Element Analysis (FEA) a. 3D part files in FEA b. FEA process c. FEA features d. FEA output 9. Prisma c Machining a. Crea ng and edi ng of 3D part files in Prisma c Machining b. Prepara on of parts for crea on of CNC milling tool paths c. CNC milling tool paths and opera ons d. Output CNC milling tool path files 10. Lathe Machining a. Crea ng and edi ng of 3D part files in Lathe Machining b. Prepara on of parts for crea on of CNC lathe tool paths c. CNC lathe tool paths and opera ons d. Output CNC milling tool path files 1. Crea ng and saving parts, a top level and a sub product level product/assembly file in a "Bo om Up" assembly design 2. Crea ng various DMU Kinema c simula ons using previously created parts and products 3. Crea ng 3D wireframe/surface models using sketches and the fill, thickness, and join features. 4. Crea ng 3D wireframe/surface models using the mul sec on, split, and sweep surface features 5. Crea ng 3D wireframc5/surface models using the extrude, helix, and close wireframe/surface features. 6. Crea ng and saving parts, a top level and a sub product level product/assembly file in "Top Down" assembly design 7. Create a drawing u lizing advanced applica ons of CATIA Dra ing including drawing notes, dimensions, GD&T callouts, Bill of Materials, and manufacturing symbols. 8. Design and crea ng a 3D solid model u lizing the FEA workbench a. Show stress distribu on from a given force load on the part 9. Design and crea ng a 3D model u lizing the Prisma c Machining workbench a. Apply tool paths b. Create an outpu ed milling machining file 10. Design and crea ng a 3D model u lizing the Lathe Machining workbench a. Apply tool paths b. Create an outpu ed lathe machining file Methods of Instruc on: Lab, Discussion and Educa onal so ware. Methods of Evalua on:

4 4 of 5 5/1/2014 2:38 PM Problem Solving Projects Skill Demonstra ons Exams/Tests/Quizzes Typical Assignments: Reading: Textbooks, handouts, drawings, online resources Wri ng, Problem Solving or Performance: 1. Explaing the tools and func ons found in the Parts Design Workbench and how they would be applied to drawings/parts models. 2. Describe how you would create a 2 D drawing used for manufacturing a part from a previously modeled 3D part in the Dra ing Workbench. 1. Model a Boeing 737 airplane by measuring a scale plas c model with calipers, rulers and graph paper. Make each wing a part, the fuselage a part, the ver cal and horizontal stabilizers a part, and the engines a part. Then create an assembly with the engine(s) on the wing(s) and put that int the top assembly. 2. Create a 3D model part from a given dimensioned mechanical drawing (provided) in the Part Design Workbench. Other: Required Materials Examples: Book 1 Author: Sham Tickoo Publica on Date: 2012 Edi on: 2012 Title:CATIA VS 6R2012 for Designers Publisher: CADCIM Technologies Course Prepara on: Prerequisite(s): MFGT 141 Co Requisite(s): Recommended: None None Document Content Review Target Course Skills Condi on on Enrollment

5 5 of 5 5/1/2014 2:38 PM Renewed Faculty Regina Blasberg Basic Content Review Students who have completed MFGT 141 have met the following SLO's: 1) Assess the CATIA tools, workbenches, func ons, and opera ons used to create and edit basic 2D and 3D part models, products, and drawings. 2) Create basic 2D and 3D part models, products (assemblies), and drawings. These are founda onal skills required for success in MFGT 142.