This level pretends to enable the making of electrical connections and allow the selection of the best solutions that exist on the market depending on the robot you intend to create. It is also intended to enable people to design 3D parts for the robot's structure. For this, the course explores the core components and strategies for building a high-performing robot. Topics include motor control and driver integration, microcontroller platforms, object transport mechanisms, and the design and fabrication of custom 3D-printed parts. Each unit combines technical insights, practical applications, and decision-making guidance tailored to advanced robotic systems.
- Teacher: Admin User
At this level, the aim of the units is to introduce the person on the
main features of the components of a robot and recognize the foremost
characteristics to consider in the structure of a robot. This course
introduces the fundamentals of robotics through practical learning. Explore
essential robot components, battery solutions, chassis materials, movement
systems, and 3D printing techniques. By the end, participants will design and
assemble a functional robot capable of performing simple tasks, combining
theoretical knowledge with hands-on experience.
- Teacher: Admin User