U-TIMES U. City High School 7401 Balson Ave University City, MO 63130
U-Times February 2022 Volume 33 Issue 3
NEWSMAGAZINE
Robotics team prepares for competition thing called ‘Robot in 3 Days’ where it’s a bunch of college students who after the game is announced they try to build a robot in three days for the challenge. A lot of the time we use their robots for inspiration and we try to replicate some of their stuff.” This year’s competition features a basketballlike obstacle that requires the robot to shoot balls into a funnel-shaped goal. After the time is up, the points are tallied and the robots move onto the next obstacle: a variation of monkey bars. By creating a hook or crane, the robot must be able to latch onto the elevated bars and can earn extra points by latching onto higher bars. “We’re trying to modify our robot,” Carvajal said. “We’re trying to get a better climbing system and a better shoot system. We’re possibly looking into working with pneumatics which utilize air pressure, but we’re not sure about that yet.” With the competition coming up in March and April, the robotics team has been putting their practice time to use as they’re currently building their prototype. “It’s been pretty challenging because most of our team consists of sophomores and freshmen and most of the seniors weren’t really able to pass down what they knew,” Holahan said. Despite the challenges faced this year, the team will continue to dedicate themselves to building a robot that could potentially qualify them for the World Championship in Houston by exploring different ways to complete the obstacles. “We typically compete at the St. Louis Regional, which is held at Chaifetz Arena, March 31- April 2 this year,” Dorsey said. “The three teams that win this competition qualify for the World Championship.”
Gavin O’Leary, Brittany Woods eighth grader, and Kadjo Kakre, freshman, work on building a prototype climber that took them a few weeks to complete. “The prototype climber will lift the robot onto a rung above the field in order to score points in the upcoming competition,” Declan O’Leary, sophomore, said. PHOTOS COURTESY OF MICHAEL DORSEY
Emmett Feld, Adam Holahan, Elena Kellogg, Emma Scharff and Gabriella Carvajal collaborate to attach new parts onto pre-built robots to prepare for competition. “I was putting a gear housing on to a robot which takes the rotation of a motor and speeds it up or gives it more tork,” Feld said. In the back, Scharff, Kellogg and Carvajal put gear boxes together allowing the wheels of the robot to move.
Struggling at first, Emma Scharff, senior, attempts to make the inside of the pole ridged so it can screw onto their prototype. “It was a little challenging to get the threading of the poll started, but then it was a piece of cake,” Scharff said.
by Alara Stewart | Co-Editor
Concentration and collaboration fill the room as students employ hand saws, drills and rivet guns to build and design a robot for the upcoming robotics competition. “We meet almost every day after school and it takes a lot of work,” Gabriella Carvajal, sophomore, said. “The commitment is about the same as a sports team.” A lot of time and practice is put into high school sports: two hour practices five days a week. Robotics is left out of this category; however, the robotics team is considered its own sport rather than a school club. The work never stops as students apply their knowledge of coding, engineering, programming and problem solving year round. With the team consistently working, they utilize their “off time” in the fall to build skills, assign new roles and fundraise for competitions. “The fall is also a time where we can work on fundraising and securing sponsorships for the team,” Michael Dorsey, sponsor, said. “This is an important part of the process because robotics is expensive. It costs $4000-$5000 just to enter a competition. If we travel out of town for a competition, we also need to figure out how to pay for transportation, meals and hotel rooms.” During the normal season, robotics team members begin to design and assemble their robot that will match the requirements of that year’s competition. “You generally start with a prototype and you have to make the base code for it so you can run it,” Andrew Holahan, sophomore, said. “There’s this
IN THIS ISSUE
2-3
Opinions/Features • Streaming Services • Bias Against U. City • College Preparedness
4-5
Black History Month • African American History • Black-Owned Businesses
Reviews
6-7
• West Side Story • Spider-Man: No Way Home
Sports
8
• Winter Sports Wrap Up