> For the complete documentation index, see [llms.txt](https://docs.acrome.net/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://docs.acrome.net/smd-kits/education-kit/what-you-can-build.md).

# What You Can Build

Explore the projects and applications you can create using the components in the Education Kit:

* [**Blink**](/smd-applications/basics/blink.md)\
  A basic LED blinking application to understand digital output control.

* [**Action - Reaction**](/smd-applications/basics/action-reaction.md)\
  Demonstrates immediate response to sensor-triggered input.

* [**Autonomous Lighting**](/smd-applications/basics/autonomous-lighting.md)\
  Automatically turns on lights based on environmental conditions.

* [**Smart Doorbell**](/smd-applications/basics/smart-doorbell.md)\
  A doorbell system integrated with sensors and feedback mechanisms.

* [**Security System**](/smd-applications/basics/security-system.md)\
  Motion detection–based system for basic security alerts.

* [**Distance Buzzer Warning**](/smd-applications/basics/distance-buzzer-warning.md)\
  Activates a buzzer when an object is detected within a certain range.

* [**Distance Auto Stop**](/smd-applications/basics/distance-auto-stop.md)\
  Stops the robot automatically when an obstacle is too close.

* [**Smart Light Control**](/smd-applications/basics/smart-light-control.md)\
  Controls lighting intelligently based on user presence or input.

* [**Automatic Trash Bin**](/smd-applications/interactive/automatic-trash-bin.md)\
  Opens the bin lid automatically when motion is detected.

* [**Radar**](/smd-applications/interactive/radar.md)\
  Visual representation of distance data from ultrasonic sensors.

* [**Chrome Dino Game Player**](/smd-applications/interactive/chrome-dino-game-player.md)\
  A system that plays the Chrome Dino game autonomously.

* [**Play Chrome Dino Game With Joystick**](/smd-applications/interactive/play-chrome-dino-game-with-joystick.md)\
  Manual gameplay using a joystick connected to the kit.

* [**Snake Game With Joystick**](/smd-applications/interactive/snake-game-with-joystick.md)\
  Classic Snake game controlled via a hardware joystick.

* [**Rev Up the Engine**](/smd-applications/interactive/rev-up-the-engine.md)\
  Simulates engine revving based on user input or conditions.

* [**Motor Rotation Based on Turn Input Value**](/smd-applications/interactive/motor-rotation-based-on-turn-input-value.md)\
  Rotates motor proportionally to a control input value.

* [**Basic Motor Speed Control Application**](/smd-applications/interactive/basic-motor-speed-control-application.md)\
  Controls the motor speed using analog or digital input.

* [**Basic Motor Control Application Using PWM Input**](/smd-applications/interactive/basic-motor-control-application-using-pwm-input.md)\
  Uses PWM signals to control motor speed and direction.

* [**Basic Motor Position Control Application**](/smd-applications/interactive/basic-motor-position-control-application.md)\
  Moves the motor to a desired position using encoder feedback.

* [**Basic Motor Torque Control Application**](/smd-applications/interactive/basic-motor-torque-control-application.md)\
  Controls the torque applied to the motor shaft.

* [**Motor Rotation Based on Joystick Counting**](/smd-applications/interactive/motor-rotation-based-on-joystick-counting.md)\
  Counts joystick movement and rotates motor accordingly.