Sessions 1–2: Python + Robotics Foundations
- Learn Python basics for robotics
- Understand sensors, motors, and controllers
- Connect software logic to real machine behavior
- Begin using the hardware-to-laptop bridge
Build the Future. Code the Machine.
A live online hands-on robotics, AI, and drone program for middle and high school students.
Learn Python-powered robotics, sensors, electronics, AI, computer vision, and autonomous drone concepts through guided projects in a small-group live online setting. No prior robotics or coding experience is required. Students with prior knowledge can go further through advanced AI-based projects and extensions.
Build the Future. Code the Machine.
A live online hands-on robotics, AI, and drone program for middle and high school students.
Learn Python-powered robotics, sensors, electronics, AI, computer vision, and autonomous drone concepts through guided projects in a small-group live online setting.
No prior robotics or coding experience is required. Students with prior knowledge can go further through advanced AI-based projects and extensions.
Why This Program Is Different
This is not a passive lecture course or a simple drag-and-drop coding class. The course is designed to be approachable for beginners while still offering technical depth through real projects and hands-on experimentation. Students learn how intelligent machines work by combining:
Python programming
robotics fundamentals
electronics and sensors
AI and machine learning concepts
computer vision
autonomous drone concepts
Step-by-Step Learning Journey
Sessions 3–5: Build and Program an Autonomous Robot
- Assemble and program the ground robot
- Explore obstacle avoidance
- Work with line-following behavior
- Build confidence with hardware and automation
Sessions 6–7: Vision and Intelligent Robotics
- Explore machine learning concepts
- Introduce computer vision with OpenCV
- Build projects such as smart color or object detection
- See how AI helps robots make better decisions
Sessions 8–10: Drone Logic and Autonomous Flight Concepts
- Learn drone control concepts
- Explore autonomous flight behaviors
- Work on advanced projects such as search-and-rescue logic or gesture-inspired control
Featured Hands-On Projects
Students work on exciting, high-tech projects that connect coding, robotics, AI, and real-world engineering ideas.
Built for Beginners Valuable for Advanced Students Too
No prior robotics, AI, electronics, or coding experience is required.
We begin with strong foundations so students can build confidence step by step. At the same time, students with prior experience can benefit from more advanced logic, AI-based activities, and extension challenges built into the course.
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New to Robotics?
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Already Have Experience?
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beginner-friendly instruction
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advanced project extensions
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guided setup
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AI-based applications
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strong coding foundation
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deeper technical challenges
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step-by-step project support
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more sophisticated problem-solving
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Required Robotics Lab Kit
SunFounder PiCar-X AI Video Robot Car Kit with Raspberry Pi
CoDrone EDU
sensors/components laid out neatly
To fully participate in the hands-on portions of the course, students will need a required robotics lab kit purchased separately by parents.
We provide a curated shopping list and direct purchase links so families can order the exact components needed for class.
Course Tuition: $699
Required Robotics Lab Kit: Approximately $400, purchased separately
Students keep their hardware after the course ends, allowing them to continue practicing, experimenting, and building beyond the program.
What Students Need At Home
Because this is a hands-on robotics course, students should have:
- a good laptop or desktop computer
- reliable internet access
- a small workspace or desk area for building
- the required robotics kit
A study desk, table, or similar workspace with room for both the laptop and robotics components usually works well.
Frequently Asked Questions
Does my child need prior robotics or coding experience?
No. This course is designed for beginners and starts with strong foundations in Python, robotics logic, and hardware basics.
What if my child already knows some coding?
Students with prior experience can still benefit through AI-based projects, advanced extensions, and more challenging robotics problem-solving activities.
Do students need to know C++?
No. We use a beginner-friendly approach that allows students to work primarily in Python while learning how software connects to robot hardware.
What software is needed?
Students may use tools such as Python, VS Code, and computer vision libraries like OpenCV, depending on the project and session. We provide setup guidance before the course begins.
Is this course hands-on?
Yes. Students actively code, connect components, test hardware, troubleshoot, and build projects during the program
How much does the kit cost?
The required robotics kit costs approximately $400 and is purchased separately by parents using links we provide.
Do students keep the kit?
Yes. Families purchase the kit directly, and students keep it after the course ends for continued practice and future projects.
What kind of laptop is recommended?
A reasonably good modern laptop or desktop that can support live online sessions and beginner programming tools is recommended.
What happens if my child has trouble with setup or hardware?
Robotics projects can sometimes involve troubleshooting, especially when students are working with both software and hardware. During live sessions, instructors help students debug code, check connections, and resolve setup issues in real time. When needed, and only with permission, we may also use screen sharing or a remote support tool to help troubleshoot directly on the student’s laptop.
Ready to Build the Future?
Whether your child is a complete beginner or already has some coding experience, the AI Robotics & Autonomous Drone Lab offers a powerful introduction to robotics, AI, and intelligent systems through real hands-on projects.