By Tessa Raebeck
After coming in second place last year—and losing the championship on a technicality—the Pierson High School Robotics Team is returning to the FIRST Robotics Competition this year with a vengeance—and a “very fast robot,” according to Shane Hennessy, a junior who is in his fourth season with the team.
This weekend, the 30 members of the Pierson Whalers team will attend the 2014 Long Island Regional FIRST Robotics Competition at Hofstra University. An international program, FIRST challenges student teams, aided by mentors, to build a 130-pound robot in six weeks using a standard “kit of parts” and common guidelines.
This year’s game, Aerial Assist, is similar to basketball. The robot must be able to lift, throw and catch a “yoga ball,” 2 feet in diameter. Compared to previous competitions, Aerial Assist has a catch: The team must form an alliance with two other competitors, resulting in two teams of three robots each competing against each other on the court.
The competition is more challenging this year, said Abi Gianis, a junior who is in her second year on the team.
“We have to build a robot that is capable of not only completing the task, but also can cooperate and work with other robots that we will have had never worked with before,” she said. “Teamwork between different teams is really focused on this year.”
Abi said the Whalers have scouted other team’s websites and YouTube pages, but cannot form official alliances until they arrive at the competition today, Thursday, March 27
As leader of the team’s scouting division for the second year in a row, Shane is finding his role has become “much more important because of that focus.”
“Last year,” he said, “it was more to figure out strategy, but this year it is integral to our success.”
At the competition, Shane must “know everything about every team there.” He will coordinate with the 12 members of the scouting division to find out information on their opponents and potential allies.
“Since we all have to work together as teams, we need to know which teams work well with us,” Shane said. “Also, we want to be able to prep for the matches where we don’t get to choose our alliance. If we have data on them, we can work together more efficiently.”
Pierson’s robot is fast this year because it has a mecanum wheel drive train, a way the motors are connected to the wheels that allows the robot to quickly go in any direction with ease.
“But our speed also means that we can be pushed around easily,” Shane said. “This means that a good teammate would be one that could block the opposing team for us.”
The robot has pincers that enable it to pick up and throw the ball, using pneumatics to open and close the mechanical arms, which were designed by programmers Liam Rothwell-Pessino and Ben Klinghoffer, with help from Rob Coe, a former electrical engineer—a team mentor—and Lucas Pickering, who captains the team along with Alex Cohen.
Liam, who joined the team last year as a sophomore, said, “Last year, I was kind of lost—as is everyone else I’m told, their first year—but then the second year, you get the hang of it and you really start to contribute. Then it really starts to get interesting and you feel like you’re part of the team.”
“I’d say that the struggling in the first year and being taught by the seniority on the team definitely helps bring the team closer together,” he added.
“We have received a lot more community support in the last few years, and the program has become more than just building a robot, in the sense that we’re really a team and robotics has become an enriching learning experience,” said Shane. “We worked really hard this year, and I think we’ll do well.”