This Smart Home Learning Kit based on the Arduino platform is newly rolled out. It simulates the real smart home and demonstrates the cozy and comfortable life for people. This system adopts PLUS main control board and multiple modules, including 1602 LCD, photocell sensor, analog gas(MQ-2) sensor, PIR motion sensor, yellow LED, servo, steam sensor and Bluetooth. In fact, Bluetooth controls everything in smart home: light intensity, humidity, flammable gas concentration, doors opening and closing. Everything is controlled via APPs on smart phones/iPad and will be displayed on 1602 LCD in real time. We totally provide 3 programming languages: C language, Mixly and Scratch. These languages hit the top list in programming, which is easy and convenient to use and understand.

This smart home kit is based on the open-source hardware of Micro:bit and designed for those who dream of living a more comfortable life with the help of technologies. This smart home system, with Micro:bit as its control board, is equipped with a 1602 LCD, a DHT11 temperature and humidity sensor, an analog gas sensor(MQ-2), a PIR motion sensor, a 6812 RGB module, a servo, a steam sensor, a Micro:bit BT and other sensors. With the help of these sensors, this kit can be applied to detect temperature, humidity and the concentration of flammable gases in your home and open and close doors. Furthermore, all the information detected can display on 1602 LCD in real time available for you to check and monitor via smart phones or iPad. By the way, it supports powering by solar energy or via USB cable. This tutorial will guide you to make and control the smart home kit by the code written in the online graphical programming platform Makecode. In this process, not only can you enhance your ability to make stuffs but also learn the skills of programming.

As the rapid development of the Internet grows, various intelligent devices are gradually integrated into our daily life. For example, we can use RFID to open the door. In addition, the kitchen is equipped with a gas detection alarm, which alerts people to the danger when dangerous gas and large smoke are detected. When it detects rain, it can automatically collect clothes and close windows. All kinds of electrical equipment can be controlled by mobile phone, control lights, fans, air conditioning and so on. In this connection, we seek to launch this smart home product with ESP32 control, which has a host of sensors and modules as well as networking function, making the relevant knowledge of the Internet more accessible to you.

Based on ESP32 Internet of Things, this Smart Farm Kit integrates multiple sensors, realizing automatic and wireless manipulation as well as intellectual management. In this tutorial, our projects comprehensively apply all sensors and modules in the kit, like photoresistor, soil humidity sensor, water level sensor and ESP32 wireless communication module. As a result, by learning this tutorial, you can possess the knowledge that how to use sensors and construct IOT system and that how to realize intelligence in farm management through programming. What’s more, we provide detailed courses and example codes for you to deeply understand and master knowledge. In this way, it can not only improve the hands-on capability and creativity, but also cultivate the awareness of scientific and technological innovation as well as the ability of problem-solving.

Indulged in their heavy work, travel and other activities, people often forget to water their plants. As a result, plants are wilting for lack of water. In order to tackle this tough problem, we launch an automatic watering system based on Arduino. It can water automatically your plants by detecting the ambient temperature and soil humidity. Therefore, no matter where you are, you will be free from the worry about watering your plant. That sounds amazing! Right? Let’s get started.

When it comes to programming, many think it difficult. However, we roll out an electronic scale kit to cope with this problem. This is a low-cost, easy-to-build and open source programming kit. In fact, it integrates a large number sensors and modules. You can absorb the basic knowledge of programming like electronics, control logic, computer and science from practical installation. In compliance with the tutorial, an electronic scale can be produced by boards, slot connection and wiring. It also has a membrane keypad, a weighing sensor, a DS3231 module and an LCD 1602 display module Furthermore, the detailed projects will guide you to learn the working principle of sensors and modules. If interested in STEM and code programming, you can customize your own scale by altering code and adding extra modules. That sounds entertaining, right? Let’s get started!