Explore the World of Arduino: Join Our Microcontroller Training

Do you want to explore the forefront of embedded technology? By filling out the questionnaire at the end of the article, choose a time that is available in the fifth week, join our upcoming Arduino technical training, and dive deep into the limitless possibilities of microcontrollers! Specific time and location will be discussed in the group chat! By participating in the training, you will receive an Arduino development board gift package!

Unlock the potential of embedded technology by joining our upcoming Arduino technical training and explore the limitless possibilities of microcontrollers! Participants will get an Arduino package (bonus)!

Arduino is an open-source electronics platform that combines easy-to-use hardware and software, making it suitable for both hobbyists and professional developers. At its core, Arduino is built on a microcontroller architecture, providing powerful input/output control, analog and digital signal processing, and extensive software support. Thanks to its open-source community, Arduino has seen wide applications across fields such as IoT, robotics, and smart homes. For university students, Arduino allows for DIY projects like automated access control or smart irrigation systems, significantly improving campus life.

This training will be led by Lin Kun, and the course will be divided into four modules to help students go from beginner to mastering advanced applications, providing a comprehensive understanding of Arduino technology:

Course Overview: Led by Lin Kun, this training is divided into four modules, designed to guide learners from basics to mastering advanced applications.

Introduction to Embedded Systems

This module covers the essential architecture and principles of embedded systems, focusing on how sensors, microcontrollers, and actuators interact. You’ll learn how embedded systems integrate hardware and software to efficiently perform tasks, foundational knowledge for applications ranging from smart homes to Industry 4.0.

Basics of Arduino Programming

Learn how to write, debug, and upload code using the Arduino IDE. This module will dive into essential functions like digitalWrite() and analogRead(), teaching you how to handle digital and analog signals. By the end, you’ll be able to control your board, processing sensor input and sending effective commands to actuators.

Sensors and Actuators

This module focuses on how to use various sensors (e.g., temperature, light sensors) to gather environmental data and respond through actuators (e.g., motors, LEDs). You will also explore how to use PWM (Pulse Width Modulation) to control motor speed and angles with precision.

Project Practice: DIY Arduino System

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This module will guide you through creating a complete Arduino project from scratch, covering sensor data collection, control logic, and actuator feedback. Practical examples include smart lighting or automated watering systems, transforming theoretical knowledge into real-world applications.

For advanced learners, the training will also cover deeper technical topics such as real-time operations in embedded systems, low-power design strategies, complex control algorithms, and hardware logic. Arduino is not only beginner-friendly but also a powerful tool for exploring efficient, cost-effective solutions in fields such as industrial automation and smart agriculture.

The final module will guide you through creating a complete Arduino project from scratch, covering sensor data collection, control logic, and actuator feedback. Practical examples include smart lighting or automated watering systems, transforming theoretical knowledge into real-world applications.