Videos
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MacArthur with Jennie Chiu
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Mechanical Wave Form Demonstration
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Imagine. Design. Create. Construct. (With Robert Berry)This video is an overview of digital fabrication. |
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Dr. Smolkin: The Principle of Least ChangeDr. Laura Smolkin discusses the principle of least change. |
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Printed CircuitThis is a functioning electrical circuit that was printed using the Fab@Home 3D printer. |
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Prototype of Digitally Fabricated CircuitThis is a demonstration of a prototype of a digitally fabricated circuit. |
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Mechatronics and Digital Fabrication: Synchronized Sound and LightsThis is a demonstration of the integration of mechatronics with digital fabrication in a project incorporating synchronized sound and lights. |
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3D Printed Circuits using Play-Doh as an Electrical ConductorThis is a demonstration of a series of 3D printed circuits that use Play-Doh as an electrical conductor to light up LEDs. |
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Make To Learn: Wind PowerThis video shows students at a middle school in central Virginia participating in the Fab@School project "Make to Learn: Wind Power". |
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Skier Controlled with ArduinoThis is a demonstration of a toy skier that is controlled with an Arduino, and was created using digital fabrication. |
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Using Computer-Controlled Fabrication Systems to Facilitate Visualization SkillsUsing digital fabrication to facilitate visualization skills. |
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Preservice Elementary Teachers Fabricating SpeakersPreservice elementary teachers using digital fabrication to create paper speakers. |
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Arduino Controlled Rack and PinionThis is a demonstration of an Arduino controlled rack and pinion that uses a stepper motor. |
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Converting Digital Manipulatives to Physical Models
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5th Grade Students Designing and Fabricating Wind TurbinesThis video shows 5th grade students at an elementary school in central Virginia designing and fabricating wind turbines. |
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Slow Motion Video of Mechatronic Wind TurbineThis is a demonstration of a mechatronic wind turbine created in Fab@School Designer. A single rotation of the assembly is slowed down to 25%, 10%, and then 5% of actual ... |
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M-Cubed 2011: The Wind Turbine ProjectOverview of the wind turbine engineering project completed by the students at the M-Cubed: Math / Men / Mission program. |
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Automata and CircuitsThis video showcases the work of fifth grade students in Albemarle County Public Schools. The students digitally fabricated simple machines (automata) out of card stock paper and then attached LEDs ... |
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Laser Cut and 3D Printed Wind Turbine Base DemonstrationAt the 2011 M-Cubed Workshop, the Fab@School team demonstrated a wind turbine assembly, created entirely by digital fabrication techniques, including 2D fabrication via a Silhouette, 3D printing, and laser-cut acrylic. ... |
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Motorized Papercraft Zoetrope with Variable SpeedDemonstration of a variable speed motorized papercraft zoetrope. Constructed using digital fabrication, a Lego WeDo motor, and Scratch. |
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Mechatronic Toy Bus Prototype: Papercraft Bus with Flashing Brake Lights Controlled by ArduinoThis is an example of how digital fabrication (in this case using 110 lb. cardstock as the material) can be combined with microcontrollers such as the Arduino to create mechatronic ... |
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Creating a Paper ZoetropeDemonstration of how to create a paper zoetrope. |
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Conversation with Karen Cator at NTLS XIIConversation with Karen Cator at NTLS XII on the topic of children's engineering. |
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Digital Fabrication Catapult (Slow-motion at 10% normal speed)Slow-motion (at 10% normal speed) demonstration of a catapult created using digital fabrication. |
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Digitally Fabricated DioramasCreating dioramas with digital fabrication, powered by Diorama Designer. |
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Mechatronics: Combining Mechanical Engineering and ElectronicsAn explanation of mechatronics, using digital fabrication, a Lego WeDo motor, and Scratch. |
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Digital Fabrication at Punahou, HawaiiDigital Fabrication taking place at Punahou School, Hawaii during January 2010. |
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Electric MotorElectric motor constructed with cardstock & paper. |
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Paper SpeakerThis is a paper speaker that was constructed by Monty Jones. |
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Imagine. Design. Create. Construct.MacArthur Submission |
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