Real technical access
The platform is designed so that hardware, connections, and software can be understood, documented, replicated, and modified, preventing learning from being limited by excessive layers of abstraction.
Open platform for learning and building robots
What is EASYbot?
EASYbot is an educational robotics platform designed to bring together technical training, project development, and hardware and software reuse within a single ecosystem.
Its architecture combines a main board, a set of modular peripherals, a standardized interconnection model, and a software organization designed to support progress from initial training exercises to the development of complete robots for different challenges and categories.
From this website you can access both the technical area, focused on replicating the platform, and the educational area, aimed at its use by teachers in courses, workshops, and classroom projects.
Main space for a featured image, platform photo, or presentation video.
Main features
What does EASYbot offer?
Reusable modularity
EASYbot supports the reuse of the same technological base in different contexts, with different peripherals and robot categories, reducing the need to redesign the hardware continuously.
Educational orientation
In addition to addressing technical needs, the platform has been conceived as support for progressive, structured teaching processes aligned with competency development.
Work areas for technicians and educators
How can I use EASYbot?
Technical area
Designed to replicate, assemble, validate, and extend the platform.
Intended for users who need access to the engineering side of the system: main board design, peripherals, interconnection, libraries, software examples, and validation.
- Hardware and manufacturing documentation
- Peripherals, wiring, and adapters
- Firmware, libraries, and usage examples
- Testing, validation, and technical traceability
Educational area
Focused on implementing EASYbot in teaching.
Intended for teachers who want to use the platform as a learning tool, with progressive learning paths, activities, projects, methodological recommendations, and classroom resources.
- Level-based learning sequences
- Guided activities and training exercises
- Classroom projects and implementation experiences
- Guidance for assessment and course organization
Common foundation for multiple learning paths and projects
What can I do with EASYbot?
Progressive technical learning
The platform allows work with digital and analog signal reading, ON/OFF outputs, PWM modulation, DC motor control, UART communication, I2C peripherals, and the integration of more advanced programming strategies such as state machines.
Application in real projects
EASYbot can be used in laboratory sessions, semester-long projects, intensive workshops, rapid prototyping, and robotics competitions while keeping the same reference architecture.
Digital inputs
Analog inputs
PWM
DC motors
UART
Bluetooth
I2C
State machines
Peripheral integration
Robotics projects
Application examples
Featured robots / applications
EASYbot can be adapted to different robot configurations and teaching experiences of different durations. Below are some featured examples in the field of competitive robotics.
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Speed robot
Ideal for introducing sensor work, trajectory control, and tuning robot behavior.
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Tracker
It enables the development of strategies based on marker detection and state-machine programming.
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Mini-sumo
Oriented to competitive contexts where robustness, fast response, and strategy are key.
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Maze
Focused on motion precision, distance sensors, turn control, and intelligent navigation.
More information