They become protagonists in it, not spectators
En el oriente antioqueño, donde la industria y el territorio juvenil raramente se tocan, un programa de robótica ha decidido borrar esa distancia. Ciento veinticinco jóvenes no aprenderán tecnología en abstracto, sino que recibirán problemas reales de empresas reales y deberán resolverlos con prototipos funcionales. Es una apuesta por convertir la educación en consecuencia: lo que se construye importa porque alguien lo necesita.
- Más de 120 empresas del Oriente Antioqueño tienen hasta el 12 de junio para someter sus problemas operativos reales —logística, automatización, seguridad— a equipos de jóvenes que los resolverán con código y diseño 3D.
- La tensión central del programa es deliberada: los estudiantes no compiten por puntos abstractos, sino que entregan prototipos que una compañía puede usar, lo que convierte cada error en una lección con peso real.
- Dos pistas paralelas estructuran el programa —un torneo competitivo en octubre y una pista de resolución industrial— exigiendo a los participantes dominar tanto la ingeniería como la gestión de proyectos.
- Cinco municipios y empresas ancla como Compañía Nacional de Chocolates y Grupo Familia respaldan la iniciativa, señalando que la región apuesta institucionalmente por tender puentes entre talento joven y necesidad industrial.
- Si un prototipo funciona, un joven puede señalarlo y decir que construyó algo que importa —y esa posibilidad está redefiniendo lo que significa aprender tecnología en esta región.
En el corazón industrial del Oriente Antioqueño, la Corporación Empresarial del Oriente lanzó BotZone 2026 con una premisa tan sencilla como ambiciosa: 125 jóvenes no construirán robots para competencias abstractas, sino para resolver los problemas cotidianos que enfrentan empresas reales en sus plantas y bodegas. Las compañías afiliadas —más de 120— tienen hasta el 12 de junio para someter sus desafíos operativos. Los estudiantes, armados con Python y herramientas de diseño 3D, pasarán los meses siguientes convirtiendo esos problemas en prototipos funcionales.
El programa se articula en dos vías. La primera es un torneo competitivo, Combat BotZone 2026, programado para octubre. La segunda —y quizás la más significativa— es la pista de resolución industrial, donde el criterio de éxito no es ganar puntos sino entregar algo que una empresa pueda utilizar: automatizar una línea de ensamble, optimizar el rastreo de inventario, mejorar la inspección de productos. La formación acompaña ese recorrido en dos niveles, desde fundamentos de programación y mecánica hasta gestión de proyectos de ingeniería, electrónica y Python avanzado.
Ana Cecilia Díaz Arbeláez, especialista en responsabilidad social de la corporación, describió el cambio de fondo: las empresas dejan de ser patrocinadoras pasivas para convertirse en protagonistas. Traen sus retos reales, acompañan a los equipos y comprueban de primera mano lo que los jóvenes pueden hacer cuando se les confía trabajo con consecuencias.
El respaldo institucional es amplio: cinco municipios —Marinilla, Guarne, La Ceja, El Carmen de Viboral y Rionegro— y empleadores regionales de peso como Compañía Nacional de Chocolates, Grupo Familia y New Stetic. Lo que distingue a BotZone de la educación tecnológica convencional es precisamente esa negativa a separar el aprendizaje de la aplicación. El fracaso enseña algo más afilado que una mala nota. Y si el prototipo funciona, un joven puede señalarlo y decir: construí algo que importa.
In the industrial heartland of Eastern Antioquia, a regional business coalition has opened the doors of a robotics program to 125 young people, asking them to do something most students never get to attempt: solve actual problems that real companies face every day on the factory floor.
The Corporación Empresarial del Oriente, a network of more than 120 affiliated businesses, launched the BotZone 2026 robotics clubs initiative with a simple but ambitious premise. Instead of building robots to compete in abstract challenges, these young people will design working prototypes in Python and 3D modeling to address genuine operational headaches—inventory control, product inspection, process automation, logistics bottlenecks, workplace safety. Companies have until June 12 to submit their problems. The students will then spend the coming months turning those problems into solutions.
The program operates on two tracks. The first is Combat BotZone 2026, a competitive robotics tournament scheduled for October where student teams will represent their corporate sponsors. The second, and perhaps more consequential, is the industrial problem-solving track. Here, the work is not about winning points but about delivering something a company can actually use. A manufacturing firm might propose a challenge around automating part of its assembly line. A logistics company might need help optimizing how it tracks inventory. The students take the problem, design a solution, build a prototype, and hand it over.
The training itself is structured in two levels. Students beginning in the basic cycle learn foundational programming, then move into the mechanical fundamentals—gears, pulleys, the physics of how machines move. Those advancing to the expert level encounter more sophisticated terrain: engineering project management, 3D design software, electronics, and Python programming at a depth that mirrors what they would encounter in a technical career.
Ana Cecilia Díaz Arbeláez, the social responsibility specialist at the CEO, framed the initiative as a shift in how the business community engages with youth talent. Rather than companies simply sponsoring a program from the sidelines, she said, they become protagonists in it. They bring their real challenges. They mentor the teams. They see, firsthand, what young people can do when given meaningful work.
The program carries backing from five municipalities—Marinilla, Guarne, La Ceja, El Carmen de Viboral, and Rionegro—and from major regional employers including Compañía Nacional de Chocolates, Grupo Familia, Avinal, and New Stetic. Devimed serves as the official sponsor. This is not a small initiative. It is a coordinated effort to thread young talent into the actual machinery of regional industry.
What makes this different from conventional robotics education is the refusal to separate learning from application. The students are not building robots to pass a test. They are building robots because a company needs them to work. That distinction matters. It means the stakes are real. It means failure teaches something sharper than a low grade. And it means that if a prototype succeeds, a young person can point to it and say: I built something that matters.
Citações Notáveis
We want affiliated companies to become protagonists of this commitment to youth talent and innovation. This initiative seeks to connect young people with real challenges from businesses.— Ana Cecilia Díaz Arbeláez, social responsibility specialist at the CEO
A Conversa do Hearth Outra perspectiva sobre a história
Why does it matter that companies propose actual problems instead of students just competing in a standard robotics tournament?
Because the moment a student knows a real company is waiting for their solution, the work stops being theoretical. They're not optimizing for points anymore—they're optimizing for something that has to function in the world. That changes how you think, how you problem-solve, how seriously you take the details.
Are these companies getting free labor, or is there something in it for the students beyond experience?
Both things are true, but the students get something harder to quantify than a paycheck. They get to see what engineering actually looks like in practice. They get mentorship from people who've spent years in industry. And they get a portfolio piece that isn't hypothetical—it's a working prototype built for a real client. That opens doors.
What happens to the prototypes after the students finish them?
That's the question the program is trying to answer. Some will probably sit on shelves. But some—the ones that actually work, that solve a real problem—those companies might actually use them or build on them. That's the possibility the program is betting on.
How does this change the relationship between industry and education in the region?
Normally they operate in separate worlds. Schools teach theory. Companies hire people and train them on the job. This program collapses that distance. The company isn't waiting five years for a graduate. The student isn't waiting until after graduation to understand what real work looks like. They meet in the middle, on a problem that matters to both of them.