Course Duration: 24 Hours (3 days, 8 hours a day. Ask about our Week Long Surfacing Intensive)
Tuition: $1,500
Overview: In this near one-on-one instructor to student ratio, students have the option to customize this course to fit their requirements and modify the time from 3 days to as much as 5 days. Customization may include: custom tutorials and custom models or making the workshop more specific to plastics, industrial design, capturing form, or proving form.
Projects: Based upon student interests or job requirements.
Prerequisite: 500 hours or SolidWorks Level 1
Topics:
- 3D Curves and 2D curves together
- Surface Loft and surface boundary functions
- IGES and STEP imports and exports
- Surface Offsets and Copy Move functions
- Extend Surfaces, Surface Trims and Knits
- Manage Sweeping surfaces as Draft on complex Sweeps with respect to plastic part design
- Learn to create special tool curves and surfaces that will help manage surface geometry manipulations
- Project curves onto surfaces and and intersect surfaces to obtain curves. Learn to build geometry with those resultant curves
- Use composite curves
- Use the 3D curve tool to sketch spine on surface
- Import images to sketch over
- Share with examples the Freeform, Dent Tools
- Discuss surfacing methodologies with respect to Alias Studio and Rhino modeling techniques
- Learn techniques using surfacing of forcing rounds onto solid geometry
Discussions:
- Discuss Mid-Surfaces as a technique used with top down design
- Discuss techniques with respect to bringing in 2D and 3D IGES geometry
- Discuss overbuilding with respect to tools and functions inside SolidWorks
- Discuss plan of attack and modern day surfacing technique
- Manage over molding with respect to tools we learned in the class
- Discuss using curve tools to manage light reflections
- Discuss G1, G2 Continuity and light reflection with respect to product design and SolidWorks surfacing
- Discuss workflow with respect to capturing form (building a surface model from looking at a foam model)
- Discuss proving form by taking advantage of parent child relationships and maximizing equations in sketches
- Discuss with examples three methods for Top Down Design using SolidWorks
- Share SolidWorks options for optimizing a proving form methodology while surfacing
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