Mobile Solutions To Hold Digital Design Master Class
The three-day, hands-on class walks fabricators & installers through a complete scan-to-CAD workflow…
Mobile Solutions announced the Digital Design – Master Class, a three-day, hands-on training experience designed to help fabricators, installers, custom builders and shop owners transition from traditional fabrication methods into today’s advanced digital design workflows, company officials said in a press release.
Held Sept. 11-13 at Mobile Solutions HQ in Tempe, Arizona, the Master Class will focus on transforming a raw 3D scan into a clean, production-ready CAD model.
“Rather than simply watching demonstrations, students work side-by-side with industry-leading instructors through every stage of the process, absorbing proven workflows that eliminate guesswork, accelerate productivity, and dramatically shorten the learning curve,” said Bryan Schmitt, president of Mobile Solutions.
What the Master Class Covers
During the class, students will gain hands-on experience with today’s advanced digital manufacturing technologies, including:
- 3D scanning
- Autodesk Fusion CAD modeling
- Parametric design strategies
- Complete Scan-to-CAD workflows
- Advanced surface and solid modeling
- Production-ready body creation
- 3D printing calibration, slicing and optimization
- CNC routing and laser manufacturing strategies
- Modern automotive interior design methodologies
- CAD organization techniques for faster revisions and repeatable production
“For many professionals, converting scan data into an accurate CAD model is the single greatest obstacle to adopting digital fabrication,” Schmitt continued. “This Master Class breaks that barrier down through a structured, repeatable workflow that students can immediately implement in their own shops.”
Throughout the three-day experience, attendees follow a complete digital manufacturing workflow from concept and design to fabrication-ready production files. Beyond the software, the Master Class also explores the principles that separate average designs from professional-level work. Students learn how proportion, balance, styling, engineering intent and manufacturing strategy work together to produce parts that fit with OEM-level precision while maintaining exceptional aesthetics, noted the release.
