Creative problem-solvers competing at the highest level of Destination Imagination - from Regional to Global Finals.
A global educational program where student teams solve open-ended challenges and present their solutions at tournaments.
Teams tackle challenges that blend STEM, arts, and social entrepreneurship. No two solutions are alike - creativity is king.
Our specialty. Build mechanisms, automate systems, engineer solutions - all while integrating them into a live performance.
Compete at Regional, State, and Global Finals against thousands of teams from around the world.
Think on your feet! Quick-fire team challenges that test creative thinking, collaboration, and improvisation under pressure.
Every technical solution is woven into a story performed live. Engineering meets theater on stage.
Project management, teamwork, public speaking, budgeting, time management - skills that last a lifetime.
Technical Challenge: "Win It Big!" - a musical game show performance featuring a taxi-to-limousine transformation, a DDR dance pad, a 100ft moving scene, and a robotic conductor - all built and performed live on stage.
Our team created "Win It Big!" - a musical-themed game show featuring characters like Mozart, Piano, Saxophone, and Kazoo. The performance integrated seven ambitious technical projects built entirely by students, from automated color-changing vehicles to 100-foot scrolling painted scenes.
Advanced through Regional and State (LSF) to compete at Global Finals 2026. Top 10 in the world.
Seven students, seven ambitious projects, one incredible performance.
Illustrated all scenes for the 100ft scroll, designed character costumes (Mozart, Piano, Sax, Kazoo), and managed the visual creative direction.
Overall costume and set designer. Created an extraordinary piano costume with heat-molded foam, musical symbol cut-outs, and a stunning black-and-white piano key assemblage.
Redesigned the entire conductor gimmick for Global Finals - a tall structure with automatically moving arms, spinning head, and autonomous chest movement.
Engineered a DDR-style dance pad that registers steps and synchronizes with lights and sound during the performance.
Created a 100-foot scrolling scene on duck canvas, motorized with a single-gear mechanism on PVC pipes to show a moving backdrop during the performance.
Engineered the second team choice element, contributing to the conductor mechanism and collaborative technical builds.
Built an automated taxi-to-limousine transformation with scissor stretch expansion, color-changing blinds mechanism, and rotating fabric belt system.