DOROLAND

01
Dodo Mood
a cat-inspired smart mood lamp
Brightness-Sensing Smart Mood Lamp

≫ Build a simple smart mood lamp circuit.

≫ Learn how light sensors work in robots.

≫ Explore hands-on making through problem-solving.

02
Dobultus, a panda-themed Bluetooth speaker project
Bluetooth Wireless Communication

≫ Explore IoT and Bluetooth communication.

≫ Learn how speakers create sound.

≫ Understand short-range wireless technology through ≫ making.

03
Dotendo, an Arduino-based jump game project inspired by a stingray
Arduino Running Jump Game

≫ Learn basic coding with Arduino.

≫ Understand input and output devices.

≫ Create a simple game with hands-on programming.

04
Doca, a hand-following AI robot car
Hand-Following AI Robot Car

≫ Learn the basics of robotics engineering.

≫ Understand how infrared sensors detect distance.

≫ Practice follow mode and obstacle-detection mode.

05
Dobot, a confident two-legged
walking robot inspired by animals
Biped Walking Robot

≫ Learn the basics of robotics engineering.

≫ Explore sensors, motors, and mechanical movement.

≫ Understand how rotating motion becomes
≫ walking motion.

05
Dozart, an interactive piano
project that turns hand movements
into melody
Ultrasonic Piano Coding Kit

≫ Learn basic coding with Arduino.

≫ Understand how ultrasonic sensors work.

≫ Create a program using sensor input
≫ and speaker output.

DORO Making Kit

DORO Making Kit Learn Engineering by Making

01
Brightness-Sensing Smart Mood Lamp
Dodo Mood, a cat-inspired smart mood lamp

· Level Beginner
· Ages Elementary / Middle School

· Duration 2 hours

- Build a simple circuit that can be completed with easy wire-cutting and assembly

- Understand the role of sensors as one of the key components of a robot, along with
- motors and processors

- Learn how light intensity is detected and apply the concept to an actual robotic device

- Develop a maker mindset by identifying and improving the limitations of conventional
- switch-based mood lamps

02
Bluetooth Wireless Communication
Dobultus, a panda-themed Bluetooth speaker project

· Level Beginner
· Ages Elementary / Middle / High School

· Duration 3 hours

- Explore the fundamentals and applications of the Internet of Things (IoT),
- a core technology of the Fourth Industrial Revolution

- Gain a deeper understanding of communication technologies used in IoT,
- including Bluetooth

- Learn how speakers produce sound and apply the principle through hands-on making

- Understand the types and concepts of short-range wireless communication while
- expanding engineering imagination

03
Arduino Running Jump Game
Dotendo, an Arduino-based jump game project
inspired by a stingray

· Level Intermediate
· Ages Elementary / Middle / High School

· Duration 3 hours

- Learn basic coding with Arduino, an educational microcontroller used in a wide range
- of learning environments

- Understand how input devices such as switches and output devices such
- as LCDs work together in a computing system

- Create a simple game program using a basic input/output structure

04
Hand-Following AI Robot Car
Doca, a hand-following AI robot car

· Level Intermediate
· Ages Middle / High School

· Duration 2 hours

- Build an understanding of robotics engineering and learn the roles of sensors
- and motors as core robot components

- Explore how infrared sensors measure distance from objects and apply the concept
- to a real robot

- Learn and practice both follow mode and obstacle-detection mode through
- hands-on activities

05
Biped Walking Robot
Dobot, a confident two-legged walking robot
inspired by animals

· Level Beginner
· Ages Elementary / Middle School

· Duration 2 hours

- Build an understanding of robotics engineering and learn the roles of sensors
- and motors as core robot components

- Explore how infrared sensors measure distance from objects and apply the concept
- to a real robot

- Understand mechanical principles by comparing robot parts with the leg structures
- of animals

- Assemble electronic components according to a circuit diagram and create
- a robot electronic circuit

- Learn how rotational motor movement can be converted into a walking motion
- through mechanical design

06
Ultrasonic Piano Coding Kit
Dozart, an interactive piano project that turns
hand movements into melody

· Level Intermediate
· Ages Middle / High School

· Duration 5 hours

- Learn basic coding with Arduino, an educational microcontroller used in a variety
- of learning environments

- Understand the operating principles of an ultrasonic sensor

- Create a program that controls input (sensor) and output (speaker) devices

- Learn foundational programming concepts, including conditional statements