Interdisciplinary Courses | 創思教育管理有限公司

Interdisciplinary Courses
Programming, Drawing and Artistic Creation

ARDUINO Course: Artificial Intelligence

Introduction to Arduino basics, programming syntax, and function usage.
Implement simple AI applications, such as object recognition or voice recognition.
Learn applications for various electronic devices, like doorbells and light control.

3D PEN: Introduction to 3D Art Creation

No complex drawing software needed, perfect for beginners.
Inspire creativity
Develop interest in 3D object design
Learn the usage of the 3D pen and basic drawing concepts

TINKERCAD: Introduction to 3D Design

Understand the principles and applications of 3D printing technology.
Learn basic operations to create simple 3D models, such as name tags, phone stands, and photo frames.

TINKERCAD: Virtual 3D Space Design

Understand the basic interface and functions of TINKERCAD
Create simple models of celestial bodies, such as Earth, the Moon, and Mars
Learn fundamental 3D drawing techniques

SCRATCH JR: Children's Programming and Story Creation

Interface introduction: Characters, scenes, and coding blocks
Use the drawing editor to create and edit characters, adding sounds or images
Develop creativity and problem-solving skills
Create simple interactive games, such as "Escape the Maze", "Cross the Road", and "Find the Easter Eggs"

MICRO:BIT: Project design - Music and Smart Cities

Students will use MICRO:BIT for programming, learning basic coding concepts such as sequences, loops, and variables
Encourage students to create their own music projects and smart devices, developing creativity and problem-solving skills
Students can apply learned knowledge to everyday life, designing smart devices to solve problems

Programming Mechanics and Applications

LEGO EDUCATION: Introduction to Dynamics of Machinery

Learn the basic principles of Dynamics of Machinery and programming logic.
Practice Dynamics of Machinery: Through LEGO parts, students will build and operate various mechanical models, learning about wheels, axles, gears, pulleys, and levers
Programming logic: Use simple programming tools to teach students how to control and program mechanical models, fostering logical thinking and problem-thinking skills.
Interdisciplinary applications: The course combines Physics, Mathematics, and Engineering, helping students understand scientific concepts in daily life through practice.

LEGO: Mechanisms Design

Learn about basic mechanical structures and parts, such as gears and levers
Understand how to design and build simple mechanisms, such as automatic doors and simple robots.
Develop students' creativity and problem-solving abilities through experiments and creations
The course integrates Physics, Mathematics, and Engineering, helping students grasp scientific concepts in daily life through hands-on experience

LEGO SPIKE PRIME: Robots and Sensors Applications

Learn the SPIKE Prime kit(hub, motors, sensors) and the basics of Scratch programming, such as controlling a moving base and a simple robotic arm
Integrate multiple sensors for collaboration, such as combining color and distance sensors to achieve line tracking and obstacle avoidance.
Strengthen the problem-solving process through the "4C Teaching Method" (Connect→Build→Reflect→Continue)

MICRO:BIT: Introduction to Programming and TINY:BIT

Cultivate computational thinking and robot control skills for beginners
Learn the structure of the TINY:BIT (motors, expansion boards, sensor modules) and circuit soldering techniques.
Control LED lights, motor direction, and speed adjustments through buttons, such as designing "turn signal blinking" and "car moving forward and backward."
Learn programming logic including sequences, loops, and conditional judgement
Understand the differences between analogy and digital signals and the sensor data processing flow.

MICRO:BIT: Advanced Applications for Intelligent line-tracking /CUTEBOT

Understand the basic structure and programming environment of MICRO:BIT.
Learn to use electronic components such as infrared sensors and line-tracking sensors.

UNPLUGGED CODING

This course does not require the use of computers or electronic devices.
Teach children programming, logic, and computational thinking through simple activities, games, cards, teaching aids, drawing, and verbal instructions.

MINECRAFT EDU: Online Coding for Children

Learn the basics of programming, including variables, functions, conditional statements, and loops.
Teach students' logical thinking and problem-solving skills.
Encourage teamwork as students collaborate to build and program MINECRAFT.

TINKERCAD ARDU INO: Introduction to Circuits and Sensor Applications

The course combines circuit simulation and programming.
Learn how to connect input components like temperature sensors and photo resistors, read environmental data, and display it on a monitor.

MICRO:BIT Robot and Sensors Applications

Learn programming logic such as sequences, loops, and conditional statements, and understand the sensor data processing flow.
Utilize the MICRO:BIT control board, Maqueen car kit, Huskylens AI camera, and more.
Advanced control using MakeCode graphical programming and MicroPython.
Employ a "Design → Test → Debug" cycle to enhance problem-solving abilities.

MICRO:BIT: Introduction to Microcomputer Programming

Get to know the basic structure of MICRO:BIT and various sensors (light, sound, motion, temperature, etc.).
Learn to connect electronic components using Dupont wires and alligator clips.
Design a microcomputer development board.

Programming and Artificial Intelligence

PYTHON: Introduction to Programming and Data Analysis

Understand the basic syntax of Python, including variables, data types, control structures (if-else, for, while), and functions.
Learn to create charts (e.g., bar charts, line charts, scatter plots) to present analysis results.
Learn basic skills in data cleaning, filtering, and sorting.

POE x ChatGPT: Introduction to AI Tools

Understand the basic principles of artificial intelligence and its tools.
Learn the usage techniques of POE and ChatGPT.
Enhance problem-solving and creative expression skills.

Technology x Science x Aquaponics: Interdisciplinary Microbial Exploration

Learn the principles of ecosystem operation and experimental design methods.
Learn to independently build an aquaponics system with automated monitoring features.
Study the principles of ecological cycles, basics of microbiology, and sensor principles.
Understand the construction of water quality monitoring systems and automated programming.

Interdisciplinary Courses Programming, Drawing and Artistic Creation

ARDUINO Course: Artificial Intelligence

Introduction to Arduino basics, programming syntax, and function usage.

Implement simple AI applications, such as object recognition or voice recognition.

Learn applications for various electronic devices, like doorbells and light control.

3D PEN: Introduction to 3D Art Creation

No complex drawing software needed, perfect for beginners.

Inspire creativity

Develop interest in 3D object design

Learn the usage of the 3D pen and basic drawing concepts

TINKERCAD: Introduction to 3D Design

Understand the principles and applications of 3D printing technology.

Learn basic operations to create simple 3D models, such as name tags, phone stands, and photo frames.

TINKERCAD: Virtual 3D Space Design

Understand the basic interface and functions of TINKERCAD

Create simple models of celestial bodies, such as Earth, the Moon, and Mars

Learn fundamental 3D drawing techniques

SCRATCH JR: Children's Programming and Story Creation

Interface introduction: Characters, scenes, and coding blocks

Use the drawing editor to create and edit characters, adding sounds or images

Develop creativity and problem-solving skills

Create simple interactive games, such as "Escape the Maze", "Cross the Road", and "Find the Easter Eggs"

MICRO:BIT: Project design - Music and Smart Cities

Students will use MICRO:BIT for programming, learning basic coding concepts such as sequences, loops, and variables

Encourage students to create their own music projects and smart devices, developing creativity and problem-solving skills

Students can apply learned knowledge to everyday life, designing smart devices to solve problems

Programming Mechanics and Applications

LEGO EDUCATION: Introduction to Dynamics of Machinery

Learn the basic principles of Dynamics of Machinery and programming logic.

Practice Dynamics of Machinery: Through LEGO parts, students will build and operate various mechanical models, learning about wheels, axles, gears, pulleys, and levers

Programming logic: Use simple programming tools to teach students how to control and program mechanical models, fostering logical thinking and problem-thinking skills.

Interdisciplinary applications: The course combines Physics, Mathematics, and Engineering, helping students understand scientific concepts in daily life through practice.

LEGO: Mechanisms Design

Learn about basic mechanical structures and parts, such as gears and levers​

Understand how to design and build simple mechanisms, such as automatic doors and simple robots.

Develop students' creativity and problem-solving abilities through experiments and creations

The course integrates Physics, Mathematics, and Engineering, helping students grasp scientific concepts in daily life through hands-on experience

LEGO SPIKE PRIME: Robots and Sensors Applications

Learn the SPIKE Prime kit(hub, motors, sensors) and the basics of Scratch programming, such as controlling a moving base and a simple robotic arm

Integrate multiple sensors for collaboration, such as combining color and distance sensors to achieve line tracking and obstacle avoidance.

Strengthen the problem-solving process through the "4C Teaching Method" (Connect→Build→Reflect→Continue)

MICRO:BIT: Introduction to Programming and TINY:BIT

Cultivate computational thinking and robot control skills for beginners

Learn the structure of the TINY:BIT (motors, expansion boards, sensor modules) and circuit soldering techniques.

Control LED lights, motor direction, and speed adjustments through buttons, such as designing "turn signal blinking" and "car moving forward and backward."

Learn programming logic including sequences, loops, and conditional judgement

Understand the differences between analogy and digital signals and the sensor data processing flow.

Programming and Artificial Intelligence

Interdisciplinary Courses
Programming, Drawing and Artistic Creation

Learn about basic mechanical structures and parts, such as gears and levers