Introduction to Basic Astronomy Awareness

Students will absorb astronomical knowledge through both theory and practice. The theoretical part will be conducted in interactive classrooms with engaging activities such as quiz competitions. The practical part will be conducted in workshop format, with instructors demonstrating and personally guiding students in the creation of relevant equipment.

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Introduction to 3D Drawing and Printing Course

This course will introduce students to the fundamentals of 3D printing and 3D design using Fusion 360. Students will learn how to design, modify, and print 3D models, and independently create their own 3D-printed products. By the end of the course, students will have a solid understanding of the principles of 3D printing and will be able to create their own 3D models for printing.

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CoSpaces Basic

本課程的目的為令學生透過CoSpaces 平台對 VR 和 AR 場景的製作建立初步的認The purpose of this course is to provide students with a basic understanding and concept of creating VR and AR scenes through the CoSpaces platform. Additionally, they will learn fundamental programming concepts through block-based language, reducing the difficulty of programming while increasing students' interest in coding. Students will be able to create simple scenes and mini-games using CoSpaces.

Dobot Robotic Arm Introductory Course

The Dobot Robotic Arm course and Intelligent Factory course aim to cultivate students' innovative thinking and practical skills. Students will learn the basic functions and applications of the Dobot robotic arm, engage in practical activities such as drawing, 3D printing, and graphical programming, and simulate the operation process of an intelligent factory.

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Dobot Lite AI

This course is an advanced course following the Dobot Robotic Arm introductory course. Compared to Dobot Robotic Arm, here will focus on programming and application of Dobot's artificial intelligence recognition system. The content includes setting up a data model training environment, artificial intelligence programming, and application of intelligent recognition systems.

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Remote-Controlled Car Design Workshop

The Remote-Controlled Car Design Workshop is a course that combines theory and practice, aiming to provide participants with comprehensive knowledge and hands-on experience in designing remote-controlled cars for racing. The course will utilize teaching methods such as theoretical lectures, case studies, hands-on activities, and testing verification to allow participants to gain a deep understanding of the design principles and techniques of remote-controlled cars for racing. Participants will be able to apply these skills in actual racing scenarios.