Maker & Coder MC 4.0 Mini Course – Advanced Robotics, AI, and Engineering Education
The Maker & Coder MC 4.0 Mini Course empowers learners aged 7–15 with a comprehensive foundation in robotics, coding, and AIoT through hands-on building, simulation, and programming. Featuring a universal control board, modular hardware, and support for Scratch, Python, and Arduino, this course is designed to grow with the learner as they progress from basics to advanced projects.
Course Highlights
Hands-On Robotics – Build with 4 DC encoder motors & mecanum wheels for advanced movement.- Multi-Language Coding – Learn with Scratch, Python, and Arduino in one course
- AI & IoT Ready – Build beginner-friendly projects using Artificial Intelligence and Internet of Things concepts.
- AIoT Ready – Explore smart robotics with sensors like ultrasonic and line-following.
- Virtual + Physical Learning – Practice in 3D simulation before real-world builds.
- STEAM Learning – Encourages exploration of science, technology, engineering, art, and math through fun projects.
- Creative Engineering – Encourages problem-solving, innovation, and mechanical thinking.
- Scalable & Modular – Hardware grows with the learner for advanced projects.
Why choose you this course?
- All-in-One Learning Path – Covers Scratch, Python, and Arduino, making it suitable for beginners through advanced learners.
- Hands-On + Virtual Practice – Combines 3D simulation with real robot building for deeper understanding.
- Future-Ready Skills – Develops expertise in robotics, AIoT, and engineering design.
- Creative Freedom – Modular hardware and sensors allow endless innovation and customization.
- Strong Curriculum Support – Comes with guides and a learning portal for structured progress.
- Ideal for Schools & Homes – Scalable design makes it effective for both classrooms and self-paced learning.
Frequently Asked Questions
Ideal for learners aged 10–16 years interested in robotics, coding, and engineering.
No. Beginners can start with Scratch, while advanced learners can explore Python and Arduino.
Children will learn:
* Robotics design and building
* Multi-language coding (Scratch, Python, Arduino)
* AIoT concepts basics
* Problem-solving and creative engineering
It includes mecanum wheels, encoder motors, sensors, and modular hardware, offering advanced movement and customization.
Yes. Students can practice using 3D simulation tools before building the robot physically
Typically 8–10 sessions (60–90 minutes each), but flexible for learners’ pace.
Yes. It’s designed for classroom and group learning with curriculum support and guides
Yes. The kit uses high-quality, safe materials and is built for long-term use at home or in schools