On Saturday, February 21st, the University of Advancing Technology (UAT) VEX Robotics Team put their skills to the test at the Tussle for the Southwest robotics competition, delivering an impressive performance that showcased their technical expertise, teamwork, and dedication to innovation.
Competing against a strong field of talented teams from across the region, UAT finished second in match play with an overall record of 3-2-1. Each match brought new challenges, requiring quick thinking, strategic adjustments, and seamless communication between drivers, programmers, and support members. The team’s consistent performance throughout the day reflected countless hours of preparation, testing, and refinement leading up to the event.
One of the most exciting highlights of the competition was the team earning the prestigious Innovation Award. This recognition was presented for their highly unique and forward-thinking design on their “big bot.” The award celebrates teams that demonstrate exceptional creativity and engineering excellence, and UAT’s design stood out for its originality and effective execution. By focusing on efficiency, adaptability, and smart mechanical integration, the team developed a robot that not only performed well in competition but also exemplified inventive problem-solving.
Led by Marcus Frazier, the team followed the engineering design process from start to finish. Rather than relying on guesswork, they approached the season methodically—identifying challenges, brainstorming solutions, prototyping designs, testing subsystems, and iterating based on performance data. This structured approach allowed them to continuously improve both of the robots they built and programmed for the competition.
Building and programming two robots required significant coordination and technical depth. Mechanical design, sensor integration, coding logic, and driver control strategies all had to work in harmony. The team divided responsibilities strategically while maintaining strong collaboration across disciplines. Regular testing sessions ensured that both robots were competition-ready and capable of adapting to real-time match conditions.
The Tussle for the Southwest competition was more than just a tournament; it was an opportunity for UAT students to apply classroom knowledge in a fast-paced, real-world environment. From design sketches to final match play, the experience reinforced the value of persistence, teamwork, and innovation.
With a second-place finish and an Innovation Award in hand, the team demonstrated not only competitive excellence but also the creative spirit that drives technological advancement.
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