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TEAM: History

 

How We Began

The WarHawks made their debut at Brunswick Eruption 6.0 where Team Mercury (1089) lent a robot to play Rack N' Roll. The WarHawks got a first-hand experience of the FIRST Robotics Competition. Head Coach Paul sekuler memorably stated: " We should definitely do FIRST. It seems that FIRST has a great community that believes in sharing. This looks like a unique experience."

The WarHawks, partnered with Nemesis (2590) were awarded "Mike's Favorite" in honor of the late Mike Wade, a FIRST mentor who was part of numerous teams and claims his greatest achievement in the FIRST community was pioneering the Chesapeake Regional at the United States Naval Academy.

The WarHawks received help from Raider Robotics (25) and Team Mercury (1089). Both teams were gracious enough to invite the WarHawk membership to their respective schools and present, teach and advise the fledgling WarHawks.

Upon applying and receiving NASA's Program Growth Grant for rookie teams, The WarHawks signed up for the FIRST Robotics Season 2008 and became Team 2554. As a result of sending Holiday Funddrive letters to local businesses in Edison, The Edison Custodial and Maintenence Union became a Bronze Level sponsor. The WarHawks went on Winter Break with one coach and a strong membership of High School Students, and were happy to welcome Mr. Narahari, an electronics engineer from IIT who is a local resident of Edison, NJ.

2008 Season

Kickoff

The WarHawks attended Kickoff 2008 at the New Jersey Institute of Technology (NJIT) in Newark, NJ. The 2008 game, Overdrive, was announced to all the teams around the country. Members of the WarHawks, after learning of the new game Overdrive, began immediately brainstorming. Most team members attended lectures in the afternoon ranging from team management to pneumatics. At the end of the first day of Build Season, the WarHawks went home with a better understanding of the principles of robotics, a Kit of Part, and a 6-week-long challenge.

Build Season

During the 6-Week Build Period, the WarHawks met 6 to 7 times a week in order to design, build and test Dingary, the 2008 robot. The team was glad to welcome two mechanical engineers to the WarHawks, Mr. Van Hoesen and his son, Mr. Van Hoesen. With the guidance of Head Coach Sekuler and mentors Mr. Narahari, Mr. Van Hoesen and Mr. Van Hoesen, the WarHawks were able to successfully ship off their robot at the end of 6 weeks to the New York City Regional.


New York City Regional

On April 4, 2008, the WarHawks arrived at the Jacob Javits center, wet from the downpour and determined to make a stand at the New York City Regional. With the help of JP Stevens teacher, Dr. Geis, a crew of three other students crossed the threshold into the pits and uncrated the robot. The WarHawks prepared for the practice rounds, and spent numerous hours fixing Dingary before passing inspection. Learning to control Dingary, the Drivers were given an opportunity to drive on a full playing field for the first time.

On the second day of competition, the WarHawks returned to the Javits center ready to compete in the qualification rounds. The WarHawks were unable to compete in Qualification Match 8 because of technical problems with Dingary. StuyPulse (694), from Stuyvesant High School in New York City, came to the rescue and helped the WarHawks get ready for Qualification Round 19. The WarHawks would get the chance to ally with StuyPulse in Qualification Round 29, and would ironically oppose StuyPulse in Qualification Round 37. This bizarre, but not so rare occurrence, epitomizes the importance of being professional and gracious towards all allies and opponents because a team's opponent one round can be their ally the next.

The WarHawks faced many challenges throughout the competition. Dingary's claw, made of aluminum, could not hold up on the field. Match after match Dingary's claw would come back the The WarHawks pit to get fixed up. Along with claw problems, Dingary experienced a drive train problem that caused it to deviate towards the right. With the help of numerous teams such as StuyPulse and Bronx Science (1155), The WarHawks were able to return onto the playing field on Day 3 to compete in the final qualification matches. Seeded number 4, the WarHawks and their family members at home watching an internet broadcast were ecstatic. In Qualification Match 73, Dingary was badly damaged; the axle for the claw irreparibly snapped. The WarHawks scrambled to prepare Dingary for the last qualification match. In the Pits, students and mentors from all different teams collaborated to come up with a modification for the claw. The members of the WarHawks scrambled to make the adjustments, and got Dingary onto the field for the final Qualification Match. After returning from an anticlimactic lunch due to technical problems on the field, Dingary took the field for the last time. Tipping over in the last few seconds in a desperate attempt to knock the opponent's ball off the overpass, the WarHawks season ended on a tender note. The teachers, engineers and students that made up the WarHawks had embarked on a seemingly impossible journey unlike that of any organization in JP Stevens. The team worked hard those three days constantly repairing Dingary, scouting other teams, taking pictures and networking, and truly learning about the sense of accomplishment involved with teamwork.

Teachers Dr. Geis and Mr. Brizan were so enthralled by the competition that they have become apart of the team as coaches for the 2009 season.

2009 Season

Brunswick Eruption

Determined to start the year out with enthusiasm and purpose, the Robotics team recruited many new members during the school Club Fair on September 25, 2008. New and senior members met together with the task to prepare the robot Dingary for Brunswick Eruption on November 1. Initially, the team wanted to start from scratch with a new design, but due to complications, the team fell behind schedule and no longer had sufficient amount of time to do so. The backup plan became the repair of Dingary for use at the competition. Senior members used this opportunity to teach the new members skills required for Robotics, especially ones that can only be learned by hands-on experience. The entire team worked together, with the first official meeting on October 6, to complete tuning the robot in time for Brunswick Eruption.

On November 1, excited team members met at North Brunswick High School, many for their first experience at a Robotics competition. After arranging tools and personal belongings in the pit, the team split into groups—some continued to tweak the robot, some ventured around to visit other teams for any future ideas or advice, and some watched early matches for strategies and possible allies. Though the WarHawks only competed in around 10 matches, the team gained very valuable experience as well as fervor for the new season.

Training

In order to build a stronger team and a better robot, after Brunswick Eruption, the team decided to hold a Training Session which started in mid November and lasted to mid December. During the month, team members met in subteams: design, electrical, mechanical, and programming, in which subteam leaders led discussions aimed to train new members as well as refresh and update senior members. Build Season

The WarHawks commenced Build Season on January 3, 2009—Kickoff. After receiving the new problem for the year and attending learning sessions to aid teams with the problem, the team stocked up on supplies and tools that were deemed vital to the team’s success. The WarHawks met at a general meeting to brainstorm ideas for the design. This meeting helped the members that were unable to go to Kickoff understand the game and be able to assist the design process by contributing new ideas. In then next few days, the team split up into groups to discuss the most probable ideas. After dividing into the different subteams the WarHawks team, with the help of mentors Mr. Narahari, the Van Hoesens, Mr. Huang, Mr. Sekuler, Dr. Geis, Mr. Geis, Mr. Neleketani, and Mr. Drondrula, worked hard to accomplish the magnificent feat of building, programming, testing and finally shipping the robot in 6 weeks.