Week 1 (Circuit Architectures & Simulation Prototyping): Understanding electronics, circuit dynamics, voltage grids, and breadboard logic; building and testing virtual interactive circuits using the Autodesk Tinkercad engine.
Week 2 (Microcontroller Programming & Smart Sensors): Programming simulated Arduino / Raspberry Pi platforms; writing conditional loops to process live environmental data (Ultrasonic distance trackers, infrared sensors, and motion metrics).
Week 3 (Actuator Mechanics & Hardware Loops): Controlling mechanical devices programmatically; setting up electronic relays, servo motors, and mechanical switches to trigger physical movements based on sensor data.
Week 4 (IoT Cloud Integration & Automation Systems): Connecting hardware models to virtual Wi-Fi nodes; logging sensor data streams onto live web dashboards and setting up automated real-time alerts (Email/SMS notifications).
The Live Deliverable: A complete mechatronics blueprint and a fully functional smart-system automation hardware simulation model validated by our systems engineering team.
The KYC Doorstep Graduation Box (Delivered Post-Completion): Once your final automation blueprint passes the validation test, a physical high-tech box is shipped to your home containing your:
Framed Robotics Specialist Certification
Personalized Letter of Recommendation for college profiles
Physical printed hardware schematic canvas mapping poster
Custom KYC hardware multi-tool keychain
Official tech-lab lanyard
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