Mexican University Team Develops Portable Robotics Education Platform
RoboMeshA brings hands-on robotics and AI learning to under-resourced classrooms.
1Addressing STEM resource gaps
High schools in Guadalajara lack access to advanced robotics labs despite having motivated students and teachers. The RoboMeshA platform, developed by ITESO University's EPICS team, solves this by providing portable robotics and AI experiences. The project involves 15 engineering students, faculty advisors, and IEEE volunteers. Unlike traditional labs requiring dedicated spaces, RoboMeshA operates as an all-in-one mobile network accessible via web browser.
2Integrated technical solution
RoboMeshA combines mechanical design, embedded systems, control engineering, computer vision, and AI in one system. Students can manually interact with robots or use control modes for movement and obstacle detection. The platform demonstrates how different engineering disciplines integrate in practice. Team member José González notes it makes interdisciplinary concepts tangible for students who've never worked with combined mechanical-electronic-software systems.
3Design challenges overcome
The team faced significant structural design hurdles, requiring a chassis with proper stability, rigidity, and weight distribution while protecting accessible electronics. Another challenge was creating an intuitive interface for varying skill levels. Students can power the robot, connect to its network, and begin interacting without software installation or complex configuration. The design minimizes internal dependencies between components.
4Modular expansion capabilities
Currently two units exist, with a modular coupling framework in development to expand capabilities. The system's structured design allows four robots to operate together for research and demonstrations. This scalability makes RoboMeshA suitable for both classroom use and advanced research applications. The team continues refining the platform based on classroom testing feedback.
5Educational validation
The team partnered with CETI Colomos and Prepa ITESO high schools for real-world testing. Initial interactions were designed to be simple and intuitive, focusing on immediate hands-on experience rather than technical setup. Faculty advisor Jorge Lizarraga emphasizes how the project moves digital models into physical systems, providing invaluable practical learning for both developers and student users.
6Student development benefits
Participating ITESO students gained practical experience in project management, system integration, and user-centered design. They presented research at the Engineering Congress of the Jesuit University System. Team member Fernando Vidal Luna highlights how the project blends technical development with understanding real user needs, a critical engineering skill often lacking in academic curricula.
7Social impact engineering
Project lead Luis Fernando Luque-Vega views RoboMeshA as a blueprint for combining technical innovation with community engagement. The EPICS in IEEE initiative demonstrates how academic concepts can become real-world solutions through targeted support. By connecting engineering talent with educational needs, the project shows students how technology can directly improve lives and inspire others.
8Future adoption potential
The team hopes RoboMeshA will be adopted by schools and IEEE student branches across Mexico and internationally. Its mobile nature makes it particularly valuable for institutions lacking permanent lab infrastructure. As STEM education becomes increasingly crucial, portable solutions like RoboMeshA could help democratize access to hands-on robotics and AI learning worldwide.