Robotics Arduino
& 3D Printing

Students gained hands-on experience in understanding and assembling basic electrical circuits, providing a foundation in electronics. They developed the ability to identify components, connect them correctly, and troubleshoot issues that arise in simple circuits. This knowledge is crucial for anyone looking to delve deeper into robotics or electrical engineering.

The course introduced students to microcontroller programming in C++, where they learned how to code and control various electronic components. By the end of the course, they were able to write simple programs, control sensors and actuators, and understand how programming integrates with hardware.

Students explored 3D modeling and design, focusing on creating mechanical parts and components using Blender. They learned to conceptualize, design, and model complex mechanisms, enhancing their creativity and technical skills. These projects were then prepared for 3D printing, taking them through the complete design-to-production cycle.

Through hands-on projects, students were introduced to the fundamentals of 3D modeling. They learned essential skills like creating, editing, and refining digital models, providing them with the ability to visualize and bring their ideas to life in the digital realm before translating them into physical objects.

By mastering the topics in "Robotics Arduino + 3D Printing," students gained comprehensive skills that combine the fields of electrical engineering, programming, and 3D modeling. They are now capable of designing, building, and programming their own robotic systems, preparing them for further exploration and innovation in technology and engineering.