🚀 Microbit Innovator – Sense. Decide. Automate.

Welcome to the Microbit Innovator course — a project-based journey into the world of smart systems, automation, and real-world tech solutions. This course takes students beyond the basics, empowering them to think like inventors, engineers, and changemakers.

Through hands-on challenges, students will:

💡 Control LEDs and motors with precision using Micro:bit’s Driver Board

🧭 Detect motion and design automated alarm systems

🗑️ Build a Smart Dustbin that opens on approach

🌡️ Measure and display heat data

🌱 Create automatic plant watering systems that respond to soil moisture

👀 Use IR and PIR sensors to react to movement and surroundings

🔧 Microbit Kickstarter – Think It. Code It. Build It. Starting with the basics of MakeCode and Micro:bit, students dive into interactive challenges using the LED Matrix, buttons, sensors, and pins. They’ll create emotion badges, make jukeboxes sing, and explore how digital inputs can trigger reactions from lights to buzzers. With each module, learners gain a deeper understanding of inputs, outputs, logic, and decision-making. By the end of the course, learners will not only understand how to build projects like rock-paper-scissors games, virtual pets, and radio messaging tools, but they’ll also think like young engineers — using algorithms, flowcharts, and thoughtful debugging.

This course fosters:

• 💡 Creative thinking
• 🎯 Logical problem-solving
• 🧠 Computational skills
• ⚡ Confidence in coding and hardware

It’s not just coding. It’s learning to code with purpose — to express, to invent, and to make everyday things smarter and more meaningful.

🛠️ Microbit Builder – Design. Build. Drive.

Welcome to the Microbit Builder course — a hands-on adventure where creativity meets engineering. In this course, students don’t just learn how things move — they learn how to bring their ideas to life using code, motors, and real-world building tools.

🚗 Assemble and code their own Micro:bit-powered Robot Car

🎮 Use two Micro:bits to create wireless remote controls

🔄 Design Obstacle Avoider bots using Ultrasonic and Servo sensors

👣 Build a Human-Follower Robot that reacts to presence

🛤️ Program Line Follower Robots with IR modules

🧠 Learn to troubleshoot, tweak, and optimize real working machines

⚙️ Integrate mechanical design with electronics and logical thinking

Let’s roll into the future — where every screw, wire, and block brings an invention to life!