Let’s explore everything from data input to model modification, and learn about regression and classification models, which can be considered the starting point of supervised learning.

Covers how to process and analyze data using the R language.

It enhances understanding of data analysis through working with real-world data and covers basic methods of analyzing data.

「Embedded System Design with Arduino」 is a hands-on course that guides learners step by step, from the basic concepts of embedded systems to practical hardware control using Arduino. It is designed to help you understand the structure and operating principles of embedded systems and experience how hardware and software work together by directly implementing core functions such as digital and analog input/output, sensor and actuator control, and serial communication. Beyond simply following example code, the course aims to develop fundamental embedded system development skills, including designing microcontroller-based systems and solving problems.

This course is a basic course designed to develop data literacy skills using Excel, a software program considered to have the highest recognition and usability among office automation software.

Covers how to process and analyze data using the R language.

Develop the ability to efficiently analyze problems and propose effective solutions through problem-solving processes that apply computational thinking, such as decomposition, pattern recognition, abstraction, and algorithms.

This course teaches the basic principles of computer-based problem solving and programming methods using RAPTOR, which can be used to create flowcharts, and the C programming language.

I would like to introduce the history of AI and the perspective from which we should view the future of AI.