Mexican EPICS in IEEE Team Builds Portable Educational Platform
Project brings hands-on robotics lessons to high-school students
By Ashley Moran, program manager for EPICS in IEEE
Guadalajara, Mexico โ A team of engineering students and volunteers affiliated with EPICS in IEEE has developed a portable educational robotics platform designed to bring hands-on STEM learning to high-school students across the region. The project, known as RoboMeshA, aims to lower the barrier to entry for robotics education by delivering a compact, adaptable, and cost-effective teaching tool.
A Portable Solution for Hands-On Learning
RoboMeshA is built around a modular, hexagonal-cylinder robot that students can assemble, program, and operate. The platform is intentionally portable, allowing educators to transport it between classrooms, community centers, and underserved schools where access to laboratory equipment is limited.
As of 2026, demand for scalable, low-cost robotics kits continues to grow, particularly in emerging markets where STEM curricula are expanding but hardware budgets remain constrained. Platforms like RoboMeshA reflect a broader trend toward modular, open-source educational tools that can be replicated and adapted by local institutions.
Development and Testing at ITESO
Participants in the EPICS in IEEE project, together with members of ITESO's Applied Professional Projects program (ITESO/Universidad Jesuita de Guadalajara), took part in development and handling tests on RoboMeshA prior to its deployment. The collaboration combined academic mentorship with hands-on engineering practice, giving students direct experience in designing, prototyping, and validating a real-world educational product.
Images from the testing phase show four young adult students laughing together while one of them holds the robot โ a hexagonal-cylinder design that reflects the platform's emphasis on approachability as well as functionality.
Photo credit: ITESO/Universidad Jesuita de Guadalajara
About EPICS in IEEE
EPICS in IEEE (Engineering Projects in Community Service) connects student teams with community organizations to design and deploy technology-based solutions for local challenges. The program emphasizes service learning, technical skill development, and sustainable community impact โ principles clearly reflected in the RoboMeshA initiative.
Looking Ahead
As robotics and automation continue to reshape the global workforce in 2026, initiatives like RoboMeshA play a critical role in preparing the next generation of engineers. By making robotics education portable, accessible, and engaging, the Mexican EPICS in IEEE team is helping ensure that high-school students โ regardless of their school's resources โ can participate in the technologies shaping their future.