EPICS in IEEE Team Develops Portable Robotics Platform for Schools
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 solves this by providing a portable, self-contained system that combines mechanical design, embedded systems, control engineering, computer vision, and AI. Developed by 15 ITESO engineering students and faculty, it eliminates the need for dedicated computer labs or complex software installations.
2Mobile laboratory design
RoboMeshA functions as an all-in-one mobile learning network accessible via web browser. Students can manually interact with robots or use control modes to observe obstacle detection and avoidance. The system's user-friendly approach allows immediate interaction without software installation or configuration, making it ideal for classroom settings. Two prototype units have already been built with modular expansion capabilities.
3Multidisciplinary integration
The platform uniquely demonstrates how mechanics, electronics, software, and control systems integrate in real-world applications. This tangible demonstration helps students understand interdisciplinary engineering principles. The team specifically designed the system to accommodate varying skill levels, with protected yet accessible electronics for maintenance and testing purposes.
4Structural design challenges
Developing RoboMeshA required solving complex mechanical challenges including chassis stability, rigidity, and weight distribution. The team needed to balance component protection with maintenance accessibility. These design considerations ensure durability in classroom environments while allowing for future modifications and upgrades as the platform evolves.
5Classroom validation
Partnering with CETI Colomos and Prepa ITESO high schools, the team tested the platform in real educational settings. Initial feedback confirmed the system's intuitive operation, with students able to power robots and connect via network immediately. This practical validation informed refinements to the user experience and educational value.
6Student development benefits
ITESO's engineering students gained hands-on experience in project management, system integration, and user-centered design through RoboMeshA's development. They presented research at the Engineering Congress of the Jesuit University System, documenting their journey from digital models to physical systems. The project emphasized listening to end users and designing for actual needs.
7Social impact engineering
EPICS in IEEE demonstrates how academic concepts can become community solutions through targeted support. The initiative pairs technical innovation with social engagement, showing students how engineering can improve lives. RoboMeshA serves as a model for integrating professional skills development with meaningful community service.
8Future expansion plans
The team is developing a modular coupling framework to enable four robots to operate together, expanding research and demonstration capabilities. Project lead Luis Fernando Luque-Vega envisions adoption across Mexican schools and IEEE student branches internationally. The platform's structured design minimizes internal dependencies, allowing for scalable implementation in diverse educational contexts.
Original article: IEEE Spectrum — EPICS in IEEE Team Develops Portable Robotics Platform for Schools