Whizrobo

WHIZ INVENTOR

Categories: BotGenius
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About Course

WHIZ INVENTOR is an advanced robotics and IoT learning kit designed for young innovators, students, and hobbyists. It combines powerful microcontrollers like ESP (Wi-Fi enabled) and Arduino with a wide range of sensors and electronic components to help you design, build, and program real-world smart projects.

With WHIZ INVENTOR, you don’t just assemble gadgets – you invent, innovate, and learn cutting-edge technologies like automation, robotics, and IoT in a hands-on way.

What Will You Learn?

  • Children will learn how to work with sensors, microcontrollers, and code using block based & text based through our Application.

Course Content

Product Introduction
This learning kit is a programmable tool specialized for kids above 6, which boasts 15 modules and sensors such as LEDs, buttons, a LCD, a photosensor, a sound sensor, an IR receiver, a temperature and humidity sensor as well as 30+ interesting projects. Arduino C language is provided, which empower to cultivate programming thinking.

  • Product Introduction

LED Blinking
LED blinking is a simple project designed for starters. You only need to install an LED on Arduino board and upload the code on Arduino IDE. This project reinforces the lear ning of Arduino conceptual framework and using methods for starters.

Breathing LED
Arduino breathing led utilizes on-board programmable PWM to output analog waveform. After powering on, LED brightness can be adjusted through duty cycle of the waveform to eventually realize the effect of breathing led. In this way, ambient light can be simulated by changing LED brightness over time. Also, breathing led can form a colorful mini light to construct a tranquil and warm environment.

SOS Distress Device
Arduino SOS device is able to emit distress signals, which coincides with the principle of Morse code. It is convenient for emergencies.

Traffic Light
The traffic light module is a device used to control the route of pedestrians and vehicles. It includes a red, a yellow and a green light, which implies different instructions. Red for Stop: Pedestrians and vehicles stop proceeding.

Rainbow Ambient Light
Arduino 2812RGB LED is a programable colorful dreamy light, whose color, brightness and rhythm are adjustable. This rainbow ambient light can be used as a dynamic decoration at will. Or you may control it to "dance with music". Importantly, it can be improved as an alarm. Its built-in sensor detects the ambient surroundings to warn users by changing its color, brightness and rhythm.

Active Buzzer
An active buzzer is a component used as an alarm, a reminder or an entertaining device, which boasts a reliable sound. What's more, it empowers to stimulate highly controllable sounds, making our projects more interesting.

Power amplifier speaker
In this project, we will use a power amplifier speaker to play music. This speaker can not only play simple songs, but also perform what you desire. Thus, you can program other interesting codes in the project to accomplish splendid learning outcomes.

Digital Tube Display
The resistance(less than 1KΩ) of the photoresistor varies from the light, thus it can control the brightness of the dot matrix. When controlling, we connect this resistor to an analog pin on the board to monitor the change of resistance. In this way, the light automatically controls the brightness of the display. Besides, the photoresistor is widely applied to our daily life. For instance, a curtain automatically opens or closes according to the outer light intensity.

Dot Matrix Display
This module consists of a 8x8 LED dot matrix with one control pin for each row as well as each column to adjust the brightness of LED. Connecting with Arduino board, the brightness of LED is controlled to display characters and figures via Arduino programming. In this way, simple characters, numbers and figures are able to be displayed. It also can be applied in game machines or screens.

LCD
Arduino I2C 1602 LCD is a commonly-used auxiliary device for MCU development board to connect with external sensors and modules. It features a 16-bit wide character, 2-line LCD screen and adjustable brightness. This programable module is convenient for data editing, display and management . Besides, it can display not only characters and figures but sensors value, like temperature, humidity or pressure value. As a result of its usability, the display is wildly applied in many fields, including smart home products, industrial monitoring systems, robot control systems and automotive electronics systems.

Servo
This servo features high performance and high precision with a maximum rotation angle of 180°. Weighting only 9g, it is perfectly suitable for any mini device in multiple occasions. What's more, it enjoys short startup time, low noise and strong stability.

Mini Lamp
In this project, we are going to control a lamp via Arduino UNO and a button. When we press the button, the state of the lamp will shift(ON or OFF).

Weather Station

Counter
Arduino 4-bit digital tube counter can record numbers within 0~9999. It features display speed, count mode adjustment as well as reset function. This module is wildly applied in real-time counter (such as button-press and DC motor rotation count), gaming and experiment equipment.

Responder
This programmable responder inputs and receives signals through Arduino development board and a group of buttons, and it judges the correctness of answers via a LED. It is a good object to exercise students' reaction ability and draw their attention to questions. If the answer is correct, the respondent obtains a lot scores. Moreover, it simplifies teachers' manipulation of question-grabbers and cuts answer clutters. It may even stimulate students' interests in learning

Timebomb
This project will give you an opportunity experience an interesting timebomb game. In this project, the dot matrix represents your timebomb, while the digital tube displays remaining time. Buttons can not only control the bomb but also set its time. You may set a countdown to control this bomb, and it explodes when the countdown is over. Beyond that, a buzzer is adopted to alarm. Anyhow, by programming on multiple sensors, your comprehensive capability of logic thinking can be enhanced.

Invasion Alarm
This invasion alarm system is able to detect invaders in houses or small offices and warn the host to take measures in time. In this project, the sensor monitors a certain area. Some device on Arduino board will trigger LED to light up and buzzer to beep for caution if a movement is detected in that zone.

Beating Heart
In this project, a beating heart will be presented via an Arduino board, a 8X8 dot matrix display, a circuit board and some electronic components. By programming, you can control the beating frequency, heart dimension and its brightness.

Light Pillar
The resistance(less than 1KΩ) of the photoresistor varies from the light, thus it can control the brightness of the dot matrix. When controlling, we connect this resistor to an analog pin on the board to monitor the change of resistance. In this way, the light automatically controls the brightness of the display. Besides, the photoresistor is widely applied to our daily life. For instance, a curtain automatically opens or closes according to the outer light intensity.

Sound Controlled LED
Sound controlled LED is a device used to detect sound in a way that controls the brightness of LED, which is composed of a Arduino board and some components. It can connect to multiple sensors such as microphones. It converts sound to changing voltage signal to be received by Arduino to control the LED on and off.

Noise Meter
The noise meter will be able to use the number of dots on the LED matrix to reflect the size of the noise.

Smart Cup
In this project, we mainly adopt the Arduino development board to create a programmable smart cup, which reveals the temperature of inner liquid through a RGB indicator. It can control the brightness of the light by setting a temperature threshold. If the threshold is exceeded, it will get brighter. Otherwise, it gets darker. The smart cup enables to help users better control the temperature of their drinking water and effectively prevent overheating or freezing.

Human Body Piano
The analog piano includes a development board and an ultrasonic sensor. It enables to play different tones by detecting the position of your fingers. Thus, this module is able to stimulate a piano to perform music and songs.

Intelligent Parking
This intelligent parking system detects and optimizes parking position via an ultrasonic sensor. With this system, wrong parking is avoided to a large extent. Firstly, you need to install the sensor around the carpark. And then it will detect the distance between the car and its edges and send the information to the development board so as to control the car to automatically adjust to the optimal parking position.

Ultrasonic Rangefinder

Intelligent Gate

Quiz