Using Arduino build a Voice control robot, Black line follower, Light follower/repeller robot, Smartphone control robot
InstructorDinesh Tavasalkar
Editorial course preview
These 4 complementary views highlight concrete, legible examples from the course presentation.
This demonstration shows a physical Arduino-based robot being controlled via a smartphone application featuring directional buttons and connection controls.
This view demonstrates a voice-controlled robot project, showing the physical hardware alongside the mobile application used to issue commands like moving forward.
This instructional slide explains how four binary input combinations correspond to HIGH and LOW logic states for driving two separate motors in a robotics project.
This image shows an Arduino-based robot successfully following a white line track on a dark background, demonstrating the sensor automation capabilities taught in the course.
The curriculum moves quickly from Arduino IDE setup to building functional robots, such as light followers and mobile-controlled bots.
Instruction includes creating Android applications using App Inventor 2 to facilitate wireless robot control.
Learners have noted a lack of detail regarding power supply requirements for motors and difficulty sourcing specific hardware used in demonstrations. Note that these signals originated from reviews dated before the September 2023 update; while an update is listed, it does not prove these issues were resolved.
The content aligns well with the target audience of beginners interested in basic Arduino and robotics projects.