Course Catalog
Innovation and Design Technologies
3D Printing Pen
A 3D printing pen is a handheld device that uses plastic materials to create three-dimensional objects. It does not require a computer or software, allowing users to draw freely and create unique 3D models.
3D Scanning of Lightweight Clay Handcrafted Designs
After students create their clay models, 3D scanning technology is used to digitize the models into electronic 3D files. These files are then further refined and modified using an online 3D design platform. Finally, the completed designs are printed into physical models using a 3D printer.
3D Modeling and Printing
Tinkercad is a free online 3D modeling and design platform. It utilizes basic geometric shapes, such as cubes and spheres, as building blocks to create a variety of 3D models. Students can share their creations with one another, fostering a collaborative and enjoyable learning environment.
Laser Cutting and Graphic Design
This course aims to teach students 3D design and laser cutting techniques. Using Tinkercad for 3D modeling and Codeblocks to learn basic programming, students will transform their designs into physical creations. They will master the entire process from creative conception to tangible production, fostering creativity and cultivating design thinking.
Junior KOL Video Production
This course aims to help students discover their unique personal qualities while cultivating creative expression, video production, and filming skills. It also fosters a responsible creative attitude, emphasizing adherence to online ethics and social media guidelines, enabling students to become credible Key Opinion Leaders (KOLs).
Gigo Creative Building Blocks
Gigo Card-Based Programming Robot
The Gigo card-based programming robot is equipped with an integrated optical recognition sensor. By scanning program instruction cards, it can control the robot’s movements. This allows students to learn programming without the need for tablets or computers, exploring the logical world of coding and engineering through real-life scenarios.
Gigo Science Experience
The Gigo T182 set is designed to be compact and easy to store. With just 27 components in a small pouch, it can be assembled into 30 different scientific models, covering fundamental principles of physics and mechanics.
Gigo STEM Exploration – Science Experiments
The course guides students in assembling scientific models, enabling them to grasp fundamental scientific principles. Through various modification experiments and group activities, students’ scientific literacy is further cultivated.
Gigo Integrated STEM – Smart City and Robotics Design
The course centers on the theme of smart cities, exploring the operating principles of various intelligent devices and robots used in urban life. Students will also engage in hands-on assembly of mechanical devices using scientific building blocks and sensors, experimenting with the underlying principles.
Gigo Competition Training
This preparatory class is designed for competitions organized by Gigo. Using the Mechanic King building block kits, the course focuses on intensive training to prepare students for contests. The curriculum includes analyzing competition strategies, conducting simulation matches, and constructing various basic and advanced mechanisms.
Gigo AI Smart Robot
Through the Gigo 1409 kit and the micro:bit platform, students will learn to assemble, program, and control robots, enhancing their coding, problem-solving, and creative thinking skills. The course is structured into eight sessions, each focusing on a specific model or topic to ensure a gradual learning progression, covering multiple levels from basic setup to advanced automation.
Gigo Traditional Chinese Technology Program
The ancient Chinese book Tiangong Kaiwu records agricultural and craft technologies before the late Ming dynasty, showcasing traditional culture and scientific wisdom. It describes tools like pulleys and levers used to ease tasks such as drawing water. This course helps students explore these crafts and principles by building models with Gigo science blocks.
ARVR Metaverse
Cospace Metaverse: Animation and Game Development
CoSpaces Edu is a learning platform that combines virtual reality and programming. It allows students to design characters, control object behaviors, and interact with virtual elements to create immersive virtual worlds.
Cospace Metaverse: 360° VR
Interactive Virtual Tour
CoSpaces Edu is a learning platform that combines virtual reality and programming. It allows students to design characters, control object behaviors, and interact with virtual elements to create immersive virtual worlds.
MineCraft x Python
This course uses Minecraft Education Edition as a platform to guide students in using Python programming to solve various in-game challenges. It covers fundamental coding concepts such as variables, loops, and conditional statements.
Roblox Metaverse Game Design
This course uses Roblox Studio as a platform to introduce students to the fun of game design and programming. Students will gradually design interactive environments and characters, and create various tools and games.
Coding and Applications
Scratch Animation and Games
Scratch is a programming platform designed specifically for children and teenagers. It uses block-based coding to create animations, allowing students to easily grasp programming concepts, mathematics, and computational thinking, while also enhancing their design and logical reasoning skills.
Micro:bit Fundamentals
Micro:bit is a microcomputer designed specifically for students. Through simple block-based programming, it enables students to integrate knowledge from science, technology, engineering, and mathematics (STEM), fostering programming skills and encouraging creative thinking in practice.
Micro:bit Creative Inventors
Students will use Micro:bit along with various components and expansion boards to program and create practical and engaging inventions that benefit daily life, such as smart fans. The course introduces design thinking and inspires students to engage in inventive creativity.
App Inventor: Mobile Application Design
App Inventor 2 is a mobile app development platform suitable for primary and secondary school students. It allows students to create various applications using simple block-based programming, such as electronic pets, BMI calculators, maps, and more.
Python and Raspberry Pi Fundamentals
Raspberry Pi is a compact, single-board microcomputer based on the Linux operating system. Its small size and portability make it convenient to use. Featuring the popular programming language Python, it is an excellent choice for beginners learning to code.
Programming Competition Training
This preparatory course is designed for major design and programming competitions. Utilizing Micro:bit and sensor kits, students focus on programming and device design to prepare intensively for contests. The curriculum includes analyzing competition rules, designing devices that align with the competition themes, and training students in presentation and video production skills to meet contest requirements.
Robotics
Micro:bit Smart Robotic Car
Gain an understanding of AI theory, trends, and practical applications. Through the use of the HuskyLens — an extension module for Micro:bit — students will learn AI programming techniques. With AI technology, the system can recognize various colors, faces, and objects.
Drone Flight Technology
A drone is an aircraft capable of autonomous flight without a human pilot. In this course, students will learn the principles, operation, and programming control of drones to carry out various tasks such as aerial photography, stunt flying, and even drone competitions.
Dobot Smart Robotic Arm
Dobot is a global leader in lightweight robotic arm technology. The Dobot Smart Robotic Arm is a multifunctional system consisting of a movable arm and multiple joints. Equipped with various sensors and tools, it is capable of performing precise and repetitive tasks with high accuracy.
Raspberry Pi Robot Building
This course uses Raspberry Pi as a platform to guide students in assembling a smart robotic car. Students will learn Python programming, sensor integration, and basic machine learning to create an eco-friendly robotic vehicle capable of AI-powered waste sorting.
Raspberry Pi Smart Robotic Dog
This course focuses on the Puppy Pi smart robotic dog, guiding students through hardware assembly and Python programming. Students will learn mechanical principles and machine learning to develop an intelligent guide dog equipped with movement, obstacle avoidance, gesture recognition, and voice recognition capabilities.
Artificial Intelligence
Scratch AI
This course centers on Scratch 3.0 and integrates the "Machine Learning for Kids" platform to guide students in exploring the principles and applications of Artificial Intelligence (AI) and Machine Learning (ML). Students will create animations and games as part of their learning experience.
Micro:bit AI
Gain an understanding of AI theory, trends, and practical applications. Through the use of the HuskyLens, an extension camera for Micro:bit, students will learn AI programming techniques. This technology enables recognition of various colors, faces, and objects using artificial intelligence.
Generative AI Applications in Daily Life
ChatGPT is a generative artificial intelligence (AI) language model that generates responses based on user inputs. It can answer questions, provide explanations, engage in conversations, and offer recommendations.
Generative AI Picture Book Creation
This course guides students to explore generative artificial intelligence (Generative AI). Through ChatGPT and Leonardo AI, students will learn text generation and image creation techniques to produce unique AI-generated picture books, culminating in an oral presentation.
AI x No-Code Entrepreneurship Course
Explore the revolutionary changes brought by AI, understand its capabilities, and learn how to leverage AI for software development and entrepreneurship projects. Gain insights into the core principles of AI and business startups.
Internet of Things (IoT)
IoT Smart Application Design
This course focuses on the Internet of Things (IoT), guiding students to explore technologies that connect devices to the cloud. Using the App Inventor 2 platform, students will design smart mobile applications through block-based programming.
Micro:bit IoT Smart City
Raspberry Pi is a compact, single-board microcomputer based on the Linux operating system. Its small size and portability make it convenient to use. Featuring the popular programming language Python, it is an excellent choice for beginners learning to code.
Micro:bit AIoT Smart Home
By combining Micro:bit with its expansion boards, sensors, and craft materials, students will build a smart home model. They will learn how to apply various sensors and develop advanced programming skills to create AI-powered smart devices that enhance everyday living.
IoT Smart Planting System
Each smart planting system includes 16 growing slots, multiple sensors, and a mobile app for intelligent control. Connected to the cloud via Wi-Fi, it enables users to manage and optimize growing conditions in a hydroponic environment.
Early Childhood STEAM Innovation Center
Mini Science DIY Projects
Through a series of engaging experiments and activities, this course fosters students' interest in science and enhances their creativity. The curriculum covers a wide range of topics, including chemistry, hydrodynamics, toy science, aerodynamics, music science, electricity, magnetism, simple machines, art and cultural science, and optics. Students will explore and learn scientific principles through hands-on practice.
Unplugged Coding Robots
Unplugged coding robots allow students to learn programming concepts without the need for computers or screens. Like playing with building blocks, students engage with fun robotic toys to understand basic coding principles and explore applications of innovative technology.
Dash Programming Robot for Kids
Dash is a virtual companion and an all-in-one learning tool that integrates programming knowledge, real-life applications, and creativity, enabling children to learn coding in a fun and engaging way.
EN 
CHI