Programming for the very beginner

Robotics for Beginners with ArduinoMenuPut the software in your computer.Let the light shine with Arduino and Mblock !Let's put a BlockNow it's time to connect the arduino to the PCNow, you will install Mlink to your computerIf it is successful, you can see LED is BlinkingUsing DC motor with Mblock and ArduinoYou want to program and do electronics.

Arduino with Scratch, Mblock for Kids - Easy Robotics arduino and Mblock for beginners

Can you tell me about sites that offer online interactive programming lessons at affordable prices?
Group lessons, similar to live streaming, are welcome.
In the case of simple live streaming, students cannot communicate with the teacher. Therefore, I prefer more than live streaming and less than one-on-one lessons.

Programming car for Kids: A Fun and Educational Activity to Learn Coding and Electronics
Introduction:

Teaching kids to program car is a great way to introduce them to the world of computer science and electronics. Programming car involves using tools and kits that allow kids to program a car’s movements and actions. With the help of these tools, kids can learn to program a car to navigate a track, avoid obstacles, and perform other actions. In this article, we will explore the benefits of Programming car for kids and provide some tips to get started.



Benefits of Programming car for Kids:
Enhances Creativity: Programming car allows kids to use their imagination and create their designs. This enhances their creativity and problem-solving skills. By experimenting with different coding strategies and circuits, kids can design unique car and develop creative solutions to challenges.

Improves Critical Thinking Skills: Programming car requires logical thinking and problem-solving skills, which helps kids develop their critical thinking abilities. By planning and troubleshooting their car designs, kids learn how to break down complex problems into manageable pieces and identify solutions.

Develops Coding Skills: Programming car helps kids learn coding languages and develop their programming skills, which are essential in today’s digital world. By learning how to code car, kids gain valuable experience that will prepare them for future opportunities in technology.

Introduces Engineering and Electronics Concepts: Programming car introduces kids to concepts such as sensors, motors, and circuits, which are essential in electronics and engineering. By learning how these systems work and how they interact with each other, kids develop an understanding of how electronic devices are built and function.



Getting Started with Programming car:
Choose the Right Kit: There are several car kits available in the market. Choose a kit that is suitable for your child’s age and level of experience. Some popular kits include the Arduino Car Kit, the Raspberry Pi Car Kit, and the Micro:bit Car Kit.

Learn Programming Basics: Teach your child the basics of programming languages such as Scratch, Python, and C++. You can find several online tutorials and resources to help you with this. It’s essential to start with the basics, so the child can learn to program a car without feeling overwhelmed.

Start with Simple Tasks: Start with simple tasks such as making the car move forward and backward, and gradually move to more complex tasks. This helps kids build their confidence and gives them a sense of accomplishment.

Encourage Creativity: Encourage your child to use their imagination and create their designs. This will help them develop their creativity and problem-solving skills. By encouraging creativity, you can help your child learn to think outside the box and come up with unique solutions.

Collaborate with Other Kids: Collaborating with other kids who are also interested in Programming car can be a fun and effective way to learn. Kids can share ideas, exchange tips, and work together on projects.



Conclusion:

Programming car for kids is a fun and educational activity that can help kids learn about computer science, electronics, and engineering concepts. By using the right tools and guidance, kids can learn to program car and develop their critical thinking, problem-solving, and creativity skills. Programming car can be a stepping stone towards a successful career in technology, and it can provide kids with valuable skills that they can use throughout their lives.



How to Make a Programming Car for Kids using mBlock and Various Components
Materials Needed:

4 DC motors
1 servo motor
1 ultrasonic sensor
N298 module
4 wheels
Arduino sensor shield
Battery box
1 buzzer
2 IR sensors
Step 1: Assemble the Car Chassis

The first step in making a programming car for kids is to assemble the car chassis. Attach the four wheels to the car chassis using the appropriate hardware, and then attach the motors to the wheels. Make sure that the motors are securely attached and that the wheels turn freely.



Step 2: Connect the N298 Module

The N298 module is a motor driver that allows you to control the speed and direction of the DC motors. Connect the N298 module to the Arduino sensor shield using jumper wires. Connect the four DC motors to the N298 module, following the manufacturer’s instructions.

Step 3: Connect the Servo Motor

The servo motor is used to control the direction of the ultrasonic sensor. Connect the servo motor to the Arduino sensor shield using jumper wires, and then connect the ultrasonic sensor to the servo motor.

Step 4: Connect the IR Sensors

The IR sensors are used to detect obstacles and avoid collisions. Connect the IR sensors to the Arduino sensor shield using jumper wires, following the manufacturer’s instructions.



Step 5: Connect the Buzzer

The buzzer is used to provide audio feedback when the car encounters obstacles. Connect the buzzer to the Arduino sensor shield using jumper wires.

Step 6: Program the Car using mBlock

Now it’s time to program the car using mBlock. Open the mBlock software and create a new project. Select the appropriate board (Arduino Uno or Mega, depending on which board you are using) and select the appropriate port.

Step 7: Code the Car’s Basic Functions

Begin coding the basic functions of the car, such as moving forward, backward, left, and right. Use the N298 module to control the speed and direction of the DC motors.



Step 8: Add Obstacle Detection and Avoidance

Use the ultrasonic sensor and IR sensors to detect obstacles and avoid collisions. Write code to control the servo motor and adjust the direction of the ultrasonic sensor based on the distance to obstacles.

Step 9: Add Audio Feedback

Use the buzzer to provide audio feedback when the car encounters obstacles. Write code to activate the buzzer when an obstacle is detected.

Step 10: Test and Refine the Program

Test the car and refine the program as needed. Make adjustments to the code to improve the car’s performance and functionality.

Conclusion:

Making a programming car for kids is a fun and educational activity that can teach them the basics of coding, electronics, and engineering. By using the components listed above and following the step-by-step instructions, kids can build a fully functional programming car that can move, detect obstacles, and avoid collisions. With mBlock, kids can program the car’s movements and actions, and learn to use programming languages such as Scratch and Arduino. This project is a great way to introduce kids to the world of computer science and technology.

How to Make a Programming Car with mBlock – A Conversation between Nancy and Jone
Nancy: Hey Jone, have you ever thought about making a programming car using mBlock?

Jone: No, I haven’t. But it sounds like a really cool project. How would we go about doing that?

Nancy: Well, we’d need a few components – 4 DC motors, 1 servo motor, 1 ultrasonic sensor, N298 module, 4 wheels, an Arduino sensor shield, a battery box, 1 buzzer, and 2 IR sensors. Do you have those?

Jone: I don’t have all of those components, but I can definitely help you find them. What’s the first step?

Nancy: The first step is to assemble the car chassis. We’ll attach the wheels to the car chassis, and then attach the motors to the wheels.

Jone: Got it. What’s next?

Nancy: Next, we’ll connect the N298 module to the Arduino sensor shield using jumper wires. Then, we’ll connect the four DC motors to the N298 module, following the manufacturer’s instructions.



Jone: Okay, I think I can handle that. What about the servo motor and ultrasonic sensor?

Nancy: The servo motor is used to control the direction of the ultrasonic sensor. We’ll connect the servo motor to the Arduino sensor shield using jumper wires, and then connect the ultrasonic sensor to the servo motor.

Jone: And what about the IR sensors and buzzer?

Nancy: The IR sensors are used to detect obstacles and avoid collisions. We’ll connect the IR sensors to the Arduino sensor shield using jumper wires. The buzzer is used to provide audio feedback when the car encounters obstacles. We’ll connect the buzzer to the Arduino sensor shield using jumper wires.

Jone: Sounds good. What’s next?

Nancy: Now it’s time to program the car using mBlock. We’ll open the mBlock software and create a new project. We’ll select the appropriate board (Arduino Uno or Mega, depending on which board we’re using) and select the appropriate port.

Jone: What’s the next step?

Nancy: The next step is to code the car’s basic functions, such as moving forward, backward, left, and right. We’ll use the N298 module to control the speed and direction of the DC motors.

Jone: Okay, and what about obstacle detection and avoidance?

Nancy: We’ll use the ultrasonic sensor and IR sensors to detect obstacles and avoid collisions. We’ll write code to control the servo motor and adjust the direction of the ultrasonic sensor based on the distance to obstacles.

Jone: Got it. And what about audio feedback?

Nancy: We’ll use the buzzer to provide audio feedback when the car encounters obstacles. We’ll write code to activate the buzzer when an obstacle is detected.

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Jone: Sounds like a plan. What’s the last step?

Nancy: The last step is to test and refine the program. We’ll test the car and refine the program as needed. We’ll make adjustments to the code to improve the car’s performance and functionality.

Jone: Awesome! I can’t wait to get started on this project.

Conclusion:

Making a programming car with mBlock is a fun and educational activity that can teach you the basics of coding, electronics, and engineering. By using the components listed above and following the step-by-step instructions, you can build a fully functional programming car that can move, detect obstacles, and avoid collisions. With mBlock

(I know you have a hard time reading this page. Because this page was written by chatGPT. It’s to make this site stand out.)

Using DC motor with Mblock and Arduino 1

Necessary items


1) Arduino Sensorshield
2) L298N Motor drive controller
3) Jumper wires
4) Gear motor and wheel
5) Battery Box

Now, let’s try to assemble it.

Place the sensor shield on top of the arduino and fit it in.
Be careful not to shift the location.

https://easyrobotics.org/arduino-scratch-mblock-kids/?fbclid=IwAR3S6MX7RsbipGK8ZDwwmvc4Z29IPQfatLNAljMiOaRsWPj8rfPgutFd0rE

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If it is successful, you can see LED is Blinking

https://easyrobotics.org/arduino-scratch-mblock-kids/

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Then, you can Click “Upload”. It is the time that your program is sent to Arduino.

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When it is Connected, you can see below screen.

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You can find below screen.

In my case, it says “com4”. But It differs depending on each computer.

If you can not connect with Arduino with Mblock, you can choose other one (COM 3 etc.)

And if you can still not be able to connect it, you can unplug the USB cable and plug it to another port of computer.

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And you can click “Connect”.

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You can open your Block program named “LEDblink”.

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Add device again.

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You can again resume the Mblock.