The VEX National Championship represents the pinnacle of Korea’s VEX V5 robotics season, bringing together top qualifying teams from across the country. This high-intensity competition challenges students to demonstrate not only their engineering and programming skills, but also their ability to think strategically and adapt under pressure. After months of preparation, teams arrive ready to compete with robots designed to perform in fast-paced, ever-changing match conditions, where success depends as much on real-time decision-making as it does on technical design.

For the Dwight School Seoul robotics team, the journey to Nationals was defined by persistence, problem-solving, and continuous improvement. Their season unfolded through long afternoons in the robotics lab, often extending into evenings filled with testing, rebuilding, and refining. Progress was rarely straightforward. Intakes failed to secure game elements, wiring systems required reorganization, and pneumatic mechanisms that worked in theory sometimes faltered during practice. Rather than viewing these challenges as setbacks, the team treated them as opportunities to learn, each issue guiding the next iteration of their design.

This process of iteration quickly became the rhythm of the season. Through repeated cycles of building, testing, and refining, both the robot and its operators grew more reliable and efficient. Early prototypes gradually evolved into a competitive machine capable of performing under tournament pressure.

Balancing robotics with academic responsibilities added another layer of challenge. With limited access to lab space in a busy school environment, the team carefully coordinated schedules, communicated effectively with teachers and administrators, and maximized every available practice session. This level of organization proved to be a key advantage in a competition where time and preparation are critical.

Despite being a small team, Dwight’s students brought a diverse range of strengths. Team captain Hyun Jun (Grade 10) provided leadership and strategic direction throughout the season. Daniel contributed strong technical expertise and a deep commitment to the engineering process, while senior Woochan demonstrated consistency and determination during both testing and competition. Channy, Juno, and Jiho played essential supporting roles, assisting with testing, refining systems, and helping the team adapt quickly when challenges arose. Together, they built a disciplined and collaborative workflow that prepared them well for the championship.

Teamwork was at the heart of their success. In VEX robotics, collaboration is essential at every stage, from defining roles and troubleshooting problems to making data-driven design decisions. These practices closely reflect the International Baccalaureate (IB) approach emphasized at Dwight School Seoul, where students develop communication, collaboration, and self-management skills through real-world applications. In this context, problem-solving was immediate and tangible, with every decision directly impacting performance on the competition field.

At the VEX National Championship, Dwight School Seoul achieved a remarkable milestone, earning the title of Tournament Champion. This accomplishment reflects not only their technical success, but also months of resilience, teamwork, and disciplined effort. While the trophy marks a proud moment for the school community, the lasting achievement lies in the skills and experiences the students gained throughout the season.

With the national title secured, the team now sets its sights on the VEX World Championship in St. Louis, Missouri, taking place April 21–24. There, they will compete against top teams from around the globe. As they return to the lab to refine their final design, they carry forward the same spirit of determination and innovation, ready to represent both Dwight School Seoul and South Korea on the world stage.