My Own ESP32 IoT Device for Collecting Sensor Data - For Beginners and Arduino Users

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This course aims to help learners who are new to ESP32 and IoT development master everything from environment setup and language basics to hardware control and RTOS utilization. The main objectives of this course are as follows: - Acquire the ability to use the ESP32 development environment and basic tools - Understand the C language and ESP-IDF structure - Understand FreeRTOS tasks and basic synchronization methods - Enable hardware control through GPIO, I2C, SPI, and UART - Understand storage and memory structures and implement simple persistent data storage

We will explore the concept and market trends of the Internet of Things in the Fourth Industrial Revolution era, and introduce you to IoT-related software and hardware technologies. Additionally, the program consists of hands-on activities including 3D modeling and Arduino control for creating IoT products.

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We foster capabilities to prepare for future technological changes by learning from the basics related technologies that are at the core of 4th Industrial Revolution technologies, such as ICBM (IoT, Cloud, Big Data, ML), autonomous vehicles, and the metaverse.

As current products under development trend toward high-speed interfaces, miniaturization, and lightweight designs, EMI phenomena are increasing. I would like to understand the concepts and occurrences of various types of noise and EMI, as well as the methods to mitigate them.

This course goes beyond simple kit assembly; it is a process of building the open-source project Otto DIY from scratch. We have included everything from the secrets of component selection and hardware operating principles to Arduino coding (functions, variables, loops), and even the troubleshooting know-how for voltage drops, which beginners find most challenging. Don't just stop at theory—develop the skills of a 'true robot maker' by completing your own smartphone-controlled robot!

When you think of IoT (Internet of Things), the first thing that comes to mind is Raspberry Pi. We will cover everything from the basic installation process of Raspberry Pi to sensor control, building and utilizing various servers, and cloud connection.

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We explain the core basic knowledge required for AUTOSAR-based automotive software development, covering everything from beginner concepts to very detailed content, in a way that even a novice can understand.

An introductory lecture for job seekers, beginners, newcomers, and entry-level learners! The focus is on the circuit development process so that even those without research lab development experience can easily follow along. This is a foundational course covering the reasons and methods of what to focus on when drawing block diagrams.

How to Study Hardware Design: Key Program Guide This seminar is designed to help you master everything from the basics of hardware development to practical processes and personalized learning strategies in just one hour. The program consists of the following four core sessions. 1. In-depth Understanding of Hardware Development and Processes As the first step, you will grasp the basic concepts and overall flow of hardware development. Moving beyond simple theory, you will learn the specific processes of how hardware is designed and manufactured in actual field settings. Through this, participants will gain a clear understanding of the reality of development work that may have seemed vague and will be able to draw an overall blueprint for design. 2. Customized Learning Strategies for Different Target Groups We present the most optimized "study methodology" for the learner's current situation. We share differentiated learning roadmaps by distinguishing between students, for whom building basic capabilities and preparing a portfolio are important, and professionals, who need to acquire the latest technology trends and advanced practical courses. We pass on the know-how of practitioners to help you reduce trial and error and grow into an expert efficiently.

It improves logical thinking skills, develops an understanding of how to use programming tools, and develops the ability to design algorithms for problem solving.

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Let's gain basic knowledge and experience in non-memory semiconductor design using Verilog HDL with industry professionals.