Embedded Systems

Wireless patient and athlete monitoring system

Overtook the opportunity to build a prototype of a device for treating muscle soreness for helping various physiotherapists and athlete trainers
Designed and developed a lightweight device easy to use, intended for well-being of society
Worked on a principle of electronic pulsing embedding various sensors and ESP8266 microcontroller
Utilized electrodes and sensors such as SPO2, BP, heartbeat, skin, and accelerometer in project
Programmed using Arduino IDE in C/C++ language
Prepared market-ready model with 92% efficiency

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Undertook an opportunity to manage and automate physics lab at university
Incorporated components into an easily accessible manner with the help of Arduino and NodeMCU
Automated 70% of things such as lights, fans, doors, and air conditioning systems easily operable with Blynk application

Arduino UNO

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Implemented a digital clock using counter logic
Tested a circuit after assembly using an oscilloscope and vector network analyzer
Programmed an IC using C/C++ language
Enhanced accuracy by 5% using a crystal oscillator and transistor

Digital Clock Prototype

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Created an H-bridge PCB layout using eagle software and printed its design
Fabricated/embedded PCB through steps such as itching, drilling, and shouldering
Validated designed PCB for different power inputs to drive motor and inverters

H-BridgeSchematic

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