In our last issue, we announced the Grant Imahara VEXplorer Robot Challenge, sponsored by Revell, Innovation First, Inc. (IFI), Solidworks Corporation and Robot magazine. The contest, which was broadly announced on robotics news websites, gave 25 robot enthusiasts a chance to compete for a $5,000 scholarship grand prize and a $2,000 second-place prize. Ten more contestants were given a chance to win $200 gift certificates redeemable at www.vexrobotics.com. Many dozens applied, and we selected 25 to build their robots.
We are pleased to announce the overall winner: Gustavo Goretkin’s ChemBot took first place. Gustavo, congratulations on winning the $5,000 scholarship prize! In second place were Jared Schwartz and Tom Lundberg with their Walking Quadruped Dinosaur. Although the second prize was initially set at $2,000, Grant and the contest sponsors were so impressed by Tom and Jared’s robot that they awarded each a $2,000 scholarship.
CHEMBOT
1ST—$5,000 SCHOLARSHIP GRAND PRIZE!
Gustavo Goretkin, a student of the Broward Virtual School, has participated in the FIRST robotics program of Dillard High School for the past three years. He has also mentored a FIRST Lego League team at Hallandale Elementary for two years. His interests lie in computer intelligence, robotics engineering and in technology, generally. Chembot can be viewed at www.youtube.com
Gustavo notes “Chembot is remotely operated and designed to conduct experiments from a safe distance from the experimenter. The onboard camera allows the robot to relay images of the materials it is manipulating and allows the researcher to observe the experiment. The robot’s arm assembly is mounted on a Cartesian coordinate system. The base moves in a single axis (both sides of the drivetrain are linked by an axle), and a linear slider system is mounted perpendicularly to the base’s axis. The shoulder, which is mounted on the sliding base, supports the rest of the components.
“A wrist was added; it provides the gripper with two additional degrees of freedom. The tilting angle of the wrist allows the gripper to always remain parallel to the horizontal plane so that materials are not spilled while moving from one vertical position to another. The rotational degree of freedom rotates about the grabbing axis, and it allows the robot to pour materials from a container.”
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