I'm an Electronics & Communication Engineering student based in Hubballi, Karnataka, building projects to develop real-world engineering skills rather than just studying theory. I'm not chasing trends — each repository reflects something I actually wanted to learn: how a transistor switches, how analog signals get digitized, how to bridge a phone app and a wearable that was never designed to talk to it.
🔌 Embedded Systems → ESP32, sensor-driven automation
📡 IoT → Real-time monitoring & actuation
📱 Android Development → Kotlin, Jetpack Compose, system services
🧠 AI (exploring) → Applied AI in civic-tech, not a primary focus
⚡ Circuit Design → KiCad schematic capture & SPICE simulation
🌐 Open Source → Public, documented, reproducible projects
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Android system-integration app that intercepts Google Maps navigation notifications and reformats them — including dot-matrix arrows — into turn-by-turn alerts for legacy Xiaomi Mi Bands and Amazfit trackers.
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🏛️ SarkarSeva AI-powered, multilingual civic-services portal that simplifies government procedures, document checklists, and schemes for everyday citizens of India.
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IoT-enabled automated sliding window prototype that monitors air quality and controls ventilation using an ESP32, MQ gas sensor, and L298N motor driver with rack-and-pinion actuation.
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KiCad SPICE simulation demonstrating the switching characteristics and transient response of an N-Channel MOSFET.
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Full Pulse Code Modulation pipeline in KiCad — sampling, quantization, and 3-bit digital encoding of an analog signal.
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Discrete 74LS-series logic gate simulation of a 4-bit Ripple Carry Adder, demonstrating cascaded binary arithmetic and carry propagation.
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Electronics & Circuit Theory
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Digital Logic & Signal Processing (Adder · PCM · MOSFET switching)
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Embedded Systems (ESP32 · sensors · actuation)
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IoT Integration (Air Quality Smart Window)
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Android Development (MiBand Navigator)
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Applied AI (SarkarSeva)
Designed & engineered by Satvik Pandurangi · Electronics & Communication Engineering