Arduino Creative Convergence Project (Arduino)

Modern C++ programming based on object-oriented concepts for computer science majors

Let's acquire the Python coding skills necessary for artificial intelligence by learning the basics of the Python programming language!

Understand and learn about Artificial Intelligence and AI ethics, and strengthen your AI digital capabilities by integrating them with your own field of study!

Let's develop basic field knowledge of clothing science and the capabilities of a fashion specialist through understanding AI-based textile CAD!

Let's manage projects efficiently and smartly through data science

Experience text coding through block coding and control Arduino!

Let's understand the main algorithms of machine learning and deep learning, and learn about artificial intelligence!

Let's build a solid foundation in Python and solve data analysis problems!

Let's learn various data structures and algorithms and develop practical skills by implementing them through programming!

Let's develop the ability to find rational decision-making models based on mathematical thinking by understanding various elements of AI and data, and solving real-world problems using ChatGPT and no-code programming!

Let's look into how to deploy Abyss for non-majors!

Let's develop practical data-driven administrative capabilities to empirically solve administrative and policy problems by analyzing public data with R and Python!

Let's experience collaborative application development in a Linux shell and open-source software environment, and set up the development environment required for coding!

Let's understand data analysis suitable for advanced retail business and learn how to utilize tools utilized in the industry!

Let's build the skills to develop web applications using React and cultivate the capability to apply them in practice!

Leverage Python to learn machine learning techniques, improving real data information extraction and prediction model development skills!

Learn the fundamentals of website building and gain everything from web development basics to practical application skills through hands-on projects integrating public data Open APIs!

Let's understand and try policy evaluation with R and R Studio!

Let's understand data analysis methods using Python, analyze and visualize various types of data on our own, and organize an outline of our data story!

Are you a digital talent interested in coding and the Internet of Things (IoT)? Get started with programming through MicroPython!

Are you a digital talent interested in coding and the Internet of Things (IoT)? Get started with programming through MicroPython!

Are you a digital talent interested in coding and development? Let's get started with the Internet of Things through micro:bit and Maqueen!

In an era overflowing with digital content created by generative AI, what is your competitive edge? Data generated by the Internet of Things (IoT), which connects AI with physical phenomena, will become your competitive advantage. This course will help you stay ahead of others by building a foundation in IoT. This course is helpful for the following people: - Digital content creators using sensor data collection, interpretation, processing, and AI model generation - Entrepreneurs and educational content developers utilizing sensor data

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!

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.