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OUR PROGRAM

JUNIOR MAKER (AGE 6-10)

scratch
Coding
robot
Lego robotics
microbit
micro:bit & Circuitry
AI
AI & Machine Learning
scratch
Coding
robot
Lego robotics
microbit
micro:bit & Circuitry
AI
AI & Machine Learning
CODING

Scratch 3.0 is a block-based programming language developed by MIT, designed to teach foundational computer programming knowledge in an interactive and engaging manner.

 

Learning Objectives:

  • Learn basic programming concepts such as loops, conditional statements, and variables
  • Master fundamental mathematical concepts
  • Cultivate problem-solving skills, checking and debugging one's own code
  • Deepen students' understanding of programming knowledge and gradually strengthening computational thinking
  • Enhance creativity and imagination
  • Train game design skills
LEGO ROBOTICS

LEGO Spike Prime is a STEAM learning tool designed for students aged 7-11. This kit includes a variety of colorful LEGO elements. From assembly to programming, from programming concepts to hardware applications, it cultivates students' independent thinking and problem-solving abilities.

 

Learning Objectives:

  • Enhance awareness of mechanical construction
  • Train programming and coding skills
  • Learn physics knowledge
  • Familiarize and proficiently using hardware components (such as temperature and pressure sensors)
  • Experience the engineering design process, including posing questions, setting goals, prototyping, systematic testing, analyzing data to optimize solutions

 

 

MICRO:BIT & CIRCUITRY

Micro:bit is a programmable microcomputer that comes with built-in Bluetooth, an interactive LED matrix, and various sensors. Through simple and intuitive block-based programming, students can unleash their imagination and design interesting smart devices!

 

Learning Objectives:

  • Learn about circuits and foundational knowledge of electronics
  • Hands-on building and designing circuits to understand circuit connections and principles
  • Learn advanced programming skills to strengthen logical thinking and control smart devices through programming
  • Understand sensor applications
  • Familiarize with the engineering design process

 

AI & MACHINE LEARNING

Students will learn AI (Artificial Intelligence) theory, trends, and practices.
Understanding the categories of Machine Learning, recognizing the importance of Deep Learning technology.

 

Learning Objectives:

  • Understand the applications of AI in various fields and exploring AI
  • Learn to process and analyze data, cultivate data literacy and analytical skills
  • Master the fundamentals of machine learning, including model training and prediction
  • Design and implemente algorithms to develop logical thinking skills
  • Explore innovative solutions and developing creativity in problem-solving