Design and Digital Fabrication
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Give students a platform to imagine, invent, collaborate and create
Teaching engineering design process has changed with the advent of new digital fabrication technologies. Students at all levels can now solve complex, real-world problems through project-based learning in creatively stimulating learning environments.
Elementary education is the opportune tie to introduce students to basic robotics principles and 3D CAD design software so that they are fully prepared to operate the 3D printers, laser cutters and CNC machine tools in their middle and high school education.
At the university level, digital fabrication technologies have far reaching applications from architecture to art and design to medical research.
No matter what the area of study, students with access to 3D modeling, reverse engineering and rapid prototyping technologies that push the boundaries of invention and creation will find ways to bridge the gap between their ideas and physical representations of their ideas.
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Discover engineering and digital fabrication technologies that inspire
innovation and creativity.
- 3D CAD SoftwareTeach 3D mechanical CAD, design validation and data management
- 3D PrintersCultivate tomorrow’s engineers, designers and problem solver
- 3D ScannersBring 3D modeling and to the next level
- CNC Lathes, Mills, Routers & Machine ToolsExpose students to industrial quality, cutting-edge technologies
- Industrial RobotsShape the next generation of robotic engineers and technologists
- Injection MoldingPractice efficient injection molding with thermoplastics, ceramics and waxes