Master in Arduino & ESP32: Practical Robotics from a Google & LinkedIn Workshop Lead

With a B.Tech in Robotics and Automation and a portfolio of 50+ custom robots, my teaching follows a "Hardware-First" approach. I believe engineering is best learned through the tactile feedback of 3D-printed parts and the smell of solder, rather than abstract calculus. As a Technical Trainer, I bridge the gap between code and physical motion, ensuring students witness machines come to life. My Teaching Style Includes: Rapid Prototyping: Moving quickly from 3D CAD to functional hardware to build resilience. Component Mastery: Specialized training in ESP32 and Arduino, focusing on sensory integration using libraries like Mozzi and LedControl. Real-World Diagnostics: Prioritizing practical troubleshooting—from power distribution to sensor calibration—over theoretical lectures. High-Impact Professional Workshops I have led large-scale robotics events for global industry leaders: Google for Developers: Managed technical execution, kit deployment, and innovation workshops for high-level developers. LinkedIn (Bangalore): Spearheaded tournament management and competitive robotics challenges for corporate team-building. GE HealthCare: Designed precision-focused workshops aligning robotics logic with the rigorous standards of healthcare technology. From building the "Legatron" hexapod to a 5-DOF 3D-printed arm, my goal is to make robotics deeply practical and empower the creator within every student.