Các khóa học hiện có ở Edison STEM Lab

Lesson 1: Introduction to Building Blocks

• Learn names of parts (beams, gears, axles, connectors).

• Activity: Build a simple structure (tower or bridge).

Lesson 2: Basic Mechanics

• Teach levers, gears, and axles.

• Activity: Build a gear train and observe speed changes.

Lesson 3: Motors & Movement

• Introduce motor and power source.

• Activity: Build a spinning wheel or fan.

Lesson 4: Wheels & Vehicles

• Explain friction and rolling.

• Activity: Build a basic car and test movement.

Lesson 5: Sensors (if included)

• Show how sensors detect input.

• Activity: Use a touch or tilt sensor to trigger motor.

Lesson 6: Intro to Programming

• Connect to app (Bluetooth).

• Activity: Program motor to start/stop.

Lesson 7: Combine Mechanics + Code

• Build a simple robot (car or crane).

• Activity: Program it to move forward/backward.

Lesson 8: Creative Project

• Students design their own model (robot, machine).

• Present and explain how it works.

Lesson 1: What is Electricity?

• Explain current, voltage, and power in simple terms.

• Activity: Identify battery, wires, and load in the kit.

Lesson 2: Closed vs. Open Circuit

• Show why a circuit needs to be complete.

• Activity: Build a simple LED circuit.

Lesson 3: Series Circuit

• Teach how components share current.

• Activity: Connect two LEDs in series and observe brightness.

Lesson 4: Parallel Circuit

• Explain how voltage stays the same across branches.

• Activity: Build a parallel LED circuit and compare brightness.

Lesson 5: Switches and Control

• Introduce switches as circuit controllers.

• Activity: Add a switch to turn LEDs on/off.

Lesson 6: Motors and Energy Conversion

• Show electrical to mechanical energy.

• Activity: Build a fan or spinning motor circuit.

Lesson 7: Resistors & Load

• Explain why resistance matters.

• Activity: Use kit parts to see effect on brightness or speed.

Lesson 8: Creative Project

• Students design their own circuit (alarm, light-up art, etc.).

• Present and explain how it works.

SE-101 : Các bé vỡ lòng về STEM

• Lesson 1 - The Secret of Codey Rocky 

• Lesson 2 - Press Buttons to Change Emotions

• Lesson 3 - To Be an Animation Designer 

• Lesson 4 - Identify the Bug 

• Lesson 5 - The Steamed Bread Can't Jump 

• Lesson 6 - The Jumping Steamed Bread

• Lesson 7 - The Racing Game Ⅰ

• Lesson 8 - The Racing Game II

• Lesson 9 - Volume Bar

• Lesson 10 - Good Morning! Functions

• Lesson 11 - The Tiny Patroller I

• Lesson 12 - The Tiny Patroller II

SE-102 : Các bé làm quen với lập trình

• Lesson 13 - The Squirrel's Nuts Box 

• Lesson 14 - Mathematical Operations 

• Lesson 15 - The Bomb 

• Lesson 16 - Rock-Paper-Scissors 

• Lesson 17 - My Speedway 

• Lesson 18 - Game Control Schemes

• Lesson 19 - Game Mechanics I

• Lesson 20 - Game Mechanics II

• Lesson 21 - Fast and Furious

• Lesson 22 - Make a Turn

• Lesson 23 - Make a Turn Avoid Obstacles

• Lesson 24 - Line-Following Car

SE-201 : Lớp lắp ráp robot và xử lý tín hiệu

• Lesson 1 - Let's move

• Lesson 2 - Sensing = Data

• Lesson 3 - Listen to mBot2

• Lesson 4 - Seeing with sound

• Lesson 5 - Sightseeing

• Lesson 6 - Careful drive

• Lesson 7 - A network game

• Lesson 8 - mBot2 at your service

• Lesson 9 - mBot2 in the wild

SE-202 : Chuyên về lập trình và thiết bị ngoại vi

• Case 1 - Hello World

• Case 2 - Control the LEDs

• Case 3 - CyberPi says "Hi"

• Case 4 - Detect the Light Intensity

• Case 5 - Detect the Loudness

• Case 6 - Detect Rotation Angles

• Case 7 - Control the Buttons

• Case 8 - Control the Joystick

• Case 9 - Access the Internet

SE-203 : Thực hành với dự án

• Project: Make a Meow Translator

• Project: Recognize the Weather

• Project: Understand AI Interaction

• Project: Organize a Competition

• Project: Create Text-Generation Emoji

• Project: Create a mBot2 Train

• Project: Play Christmas Songs

• Project: Obstacle Avoidance Robot

• Project: Line-following Robot

SE-301 : Xử lý ảnh và cơ học về robot

Project 1: Identify Colors

Project 2: Grip The Object

Project 3: Transport Items

Project 4: Travel to Destination

Project 5: Harvest Automation

Final project: Robot competition

Lesson 1: Introduction to AI & Vision

• What is AI? How cameras “see” objects.

• Activity: Connect camera and test basic color recognition.

Lesson 2: Face Recognition

• Explain facial detection and its applications.

• Activity: Detect faces and trigger an LED or sound.

Lesson 3: Color Recognition

• Teach RGB and color detection.

• Activity: Sort objects by color using the camera.

Lesson 4: Gesture Recognition

• Explain gesture-based control.

• Activity: Control a motor or robot with hand gestures.

Lesson 5: Tag Recognition

• Introduce QR/barcode scanning.

• Activity: Scan tags to trigger different actions.

Lesson 6: Object Recognition

• Show how AI identifies objects.

• Activity: Train the camera to recognize 2–3 custom objects.

Lesson 7: Path Recognition

• Explain line-following and navigation.

• Activity: Build a robot that follows a path using the camera.

Lesson 8: Pose Recognition

• Teach body pose detection.

• Activity: Trigger actions based on poses (e.g., raise hand = start).

Lesson 9: Text & Voice Recognition

• OCR and speech basics.

• Activity: Read text from paper or respond to voice commands.

Track 1: 9 Modules for 2D, 3D Design & CAD Assembly

Modules

1. Intro to Design Thinking & CAD

   • What is CAD? Why do we use it?

   • Activity: Draw simple shapes in Tinkercad.

2. 2D Sketching Basics

   • Lines, circles, dimensions.

   • Activity: Create a 2D logo or pattern.

3. Extrusion & 3D Basics

   • Convert 2D sketches into 3D objects.

   • Activity: Make a simple keychain.

4. Working with Primitives

   • Cubes, spheres, cylinders.

   • Activity: Build a 3D house model.

5. Combining & Cutting Shapes

   • Boolean operations (union, subtract).

   • Activity: Design a custom phone stand.

6. Scaling & Constraints

   • Learn size control and alignment.

   • Activity: Resize objects for real-world fit.

7. Assembly Basics

   • Multiple parts and joints.

   • Activity: Design a two-part box with lid.

8. Design for Strength & Function

   • Wall thickness, infill considerations.

   • Activity: Design a load-bearing bracket.

9. Final CAD Project

   • Students design a multi-part assembly (toy, organizer).

   • Present and explain design choices.

Modules

1. Intro to 3D Printing

   • How FDM works, printer parts.

   • Activity: Print a pre-made sample.

2. Safety & Maintenance

   • Printer care, filament handling.

   • Activity: Load/unload filament.

3. Slicing Basics

   • Layer height, infill, supports.

   • Activity: Slice and preview a simple model.

4. First Print

   • Print a small object (keychain).

   • Activity: Observe process and troubleshoot.

5. Supports & Overhangs

   • When and why supports are needed.

   • Activity: Print a model with overhangs.

6. Print Quality Optimization

   • Speed, temperature, adhesion.

   • Activity: Test different settings.

7. Post-Processing

   • Sanding, painting, assembly.

   • Activity: Finish a printed part.

8. Troubleshooting Common Issues

   • Warping, stringing, layer shifts.

   • Activity: Diagnose and fix a failed print.

9. Design for Printability

   • Avoiding thin walls, sharp overhangs.

   • Activity: Modify a CAD model for better printing.

10. Final Print Project

    • Students print their CAD-designed assembly.

    • Present and explain design + print process.