Mission
To equip every Filipino youth with the skills to innovate in 3D printing, AI, and robotics, enabling them to create their own technological solutions by 2030.
Vission
To shape a future where every home in the Philippines has a young creator proficient in 3D printing, AI, and robotics, driving technological advancement.
What is 3DBotics?
Where creativity meets technology—exploring robotics, 3D design, coding, and AI.
3DBotics is a STEAM-based program designed to inspire kids to explore robotics, 3D design, and coding with AI. Through hands-on projects and guided learning, children develop critical thinking, creativity, and problem-solving skills.
Hands-On Learning
Kids don’t just watch or listen—they create! Through hands-on projects like building robots and designing 3D models, they gain practical skills and confidence in technology.
Fun and Engaging
We believe learning should be fun! Through creative projects and interactive lessons, kids stay engaged and motivated to explore more.
Future-Ready Skills
Our program focuses on essential skills like coding, robotics, and AI—skills that are in high demand in the 21st-century workforce.
Creativity and Innovation
From designing their own 3D models to programming robots, kids are encouraged to innovate and bring their ideas to life
Why Choose 3DBotics?
Building skills for the future today—creativity, critical thinking, and innovation.
Builds Creativity
Encourages kids to think outside the box and design innovative solutions.
Develops Critical Thinking
Teaches problem-solving through hands-on challenges.
Prepares for the Future
Equips kids with skills in robotics, coding, and AI—essential for tomorrow’s careers.
EXPLORE OUR COURSES
From beginner-friendly projects to advanced robotics and AI, we have a program for every young innovator.
Basic Course
Introduction to 3D Design and Printing
Kids begin their journey with 3DBotics by learning the basics of 3D design software and the process of 3D printing. This course introduces them to simple 3D models and gradually builds their skills to design and assemble a fully functional remote-controlled robotic car.
- Learn the basics of Tinkercad for 3D modeling.
- Explore the components of a remote-controlled robotic car (motors, wheels, chassis, and control systems).
- Design and assemble a robotic car chassis using 3D-printed parts.
- Build and test a functional remote-controlled robotic car.
Mastery Module 1
Advanced Robotics, Arduino, and Introduction to Generative AI
In Mastery Module 1, kids dive deeper into advanced robotics and coding concepts using Arduino microcontrollers. They also learn how to use Generative AI tools like ChatGPT to create Arduino programs, understand the proper use of AI, and explore its benefits in simplifying complex tasks.
- Analyze and interpret the architecture of Arduino microcontrollers.
- Design and prototype electronic circuits using Tinkercad.
- Learn to control LEDs, push-buttons, ultrasonic sensors, active buzzers, and servo motors with Arduino programs.
- AI Integration: Use Generative AI tools like ChatGPT to generate Arduino code.
- Experiment with AI-generated code and refine it for specific applications.
- Learn the ethics and best practices of using AI in technology projects.
Mastery Module 2
3D Printing, Robotics Integration, and Advanced Use of Generative AI
In Mastery Module 2, kids master the fundamentals of 3D printing technology and apply their skills to design and build functional 3D-printed robots. They also take their Generative AI skills to the next level, using AI to enhance their projects, optimize designs, and solve complex challenges.
- Understand the fundamentals of 3D printing technology and materials.
- Develop advanced 3D modeling skills and prepare designs for printing.
- Explore real-world applications of 3D printing across industries.
- Integrate robotics concepts to create a fully functional 3D-printed robot.
- Advanced AI Use: Use AI to optimize designs, troubleshoot problems, and enhance project functionality.
- Present a final project showcasing the integration of 3D printing, robotics, and AI.