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Seoul Nationwide College wins MassRobotics Kind & Perform Problem


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The Seoul National University team with their winning system.

The Seoul Nationwide College workforce with its profitable system. | Supply: MassRobotics

MassRobotics introduced the winners of its second Kind & Perform College Robotics Problem on the Robotics Summit & Expo final week. A panel of judges on the present picked Seoul Nationwide College because the first-place winner. 

Twelve groups from throughout the globe showcased their robotics and automation initiatives for the problem and competed for money prizes. Opponents within the problem are tasked with making a robotic that appears good, the “kind” half, and that works, the “perform” half. 

The Seoul Nationwide College’s workforce constructed a deployable gantry system for the problem. Guests on the present might watch the system 3D print on the concrete flooring of the conference heart. You’ll be able to try the workforce’s challenge flyer right here (PDF).

The judges awarded the Harvard College workforce second place with its Hydrocube able to shifting particles in liquid with out touching them. The Wentworth Institute of Know-how’s workforce gained third place with its underwater inspection robotic. 

The College of British Columbia workforce gained this 12 months’s Viewers Selection award. The workforce created a robotic that may detect and monitor embers after wildfires. 

MassRobotics says it leaves the challenges duties deliberately imprecise to encourage creativity and innovation from the groups that compete. MassRobotics companions AMD, Analog Units, Danfoss, Festo, Lattice Semiconductor, Mitsubishi Electrical, Novanta, Solidworks, and igus donated the parts and software program used within the problem. This allowed the groups to make the most of a few of the newest and best choices within the business. 

Concerning the profitable workforce 

The Seoul Nationwide College’s workforce was made up of Solar-Tablet Jung, Jaeyoung Track, Chan Kim, Haemin Lee, Inchul Jeong, and Kyu Jin Cho. The workforce got down to construct a extremely inflexible extendable growth utilizing a corrugated construction for a deployable cell gantry robotic system. 

The workforce wished to deal with future house and transportation points. Whereas NASA has early plans for taking the primary steps in the direction of creating buildings on celestial our bodies, it’s nonetheless a comparatively unexplored space of innovation. 

The Seoul Nationwide College workforce created a deployable cell gantry robotic system with a dangle 3D printer. The construction makes use of Slide-and-Fold Enabling (SaFE) joints to create extendable legs. This permits the workforce to make use of the 3D printer to create a variety of objects of various styles and sizes. 

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