Engineering ideas into practical technology. I work at the intersection of software, hardware, and innovation — building IoT systems, embedded solutions, web interfaces, and automation-driven projects that turn concepts into working prototypes. .
Engineering Ideas Into Real-World Technology I’m driven by curiosity, experimentation, and the mindset of turning ideas into working systems. My interests span software development, IoT, embedded systems, and problem solving, where I enjoy combining **code with hardware** to build practical solutions. My technical foundation includes C/C++, Python, HTML, CSS, JavaScript, SQL, Git & GitHub, I believe real engineering is not just about writing code — it’s about understanding the problem, Currently exploring Data Structures & Algorithms, REST APIs, and modern software engineering practices while building projects that transform concepts into functional prototypes. Build. Break. Debug. Learn. Improve. Repeat.
* Progress bars are self-assessed learning levels, not test scores.
Code • Projects • Experiments • Learning in public
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A hardware-based project designed to collect floating waste from water bodies using a mechanical waste collection system.
A compact IoT-based cleaning system that collects floating waste from water bodies.
Designed and developed a prototype boat that combines microcontroller-based control, sensors, motors and mechanical waste collection into a single system.
ESP32, relay-driven conveyor, ESP32-CAM live stream The system uses a microcontroller to control the boat's movement and connected components. Floating waste is guided toward the collection mechanism, where it can be gathered from the water surface.
Engineering Innovation
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I built a dustbin that opens on its own and tells me when it's full. ♻️
We all know the feeling of touching a dirty dustbin lid. I wanted to fix that, so I built a dustbin that opens on its own and tells me when it's full. ♻️
📡 An ultrasonic sensor detects when someone walks up to the dustbin ⚙️ A servo motor opens the lid automatically, and closes it when they leave 🔔 When the dustbin is full, a notification is sent straight to my phone
Microcontroller • Ultrasonic Sensor • Servo Motor • IoT Notifications
smart dustbin
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A smart home automation system built using NodeMCU, relay modules, power supply and Blynk IoT.
To remotely monitor and control home appliances using IoT.
NodeMCU receives commands from the Blynk IoT app and controls connected appliances through relay modules.
NodeMCU • Relay Modules • Power Supply • Blynk IoT
IoT & Home Automation
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A microcontroller-based robot designed to detect obstacles and navigate its surroundings autonomously.
To enable autonomous navigation by detecting and avoiding obstacles.
Ultrasonic sensors detect obstacles while the microcontroller processes sensor data and uses PID control for smoother navigation.
Microcontroller • Ultrasonic Sensors • Motors • PID Control
Robotics & Embedded Systems
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A secure access control system using a matrix keypad, RFID, and Arduino Nano for password and RFID-based authentication.
To provide a secure locking system that allows access only through a valid password or authorized RFID card.
The system uses a matrix keypad for password input and an RFID module to verify authorized cards. An Arduino Nano processes the authentication and controls the locking mechanism.
Arduino Nano • Matrix Keypad • RFID Module • [lock mechanism, jaise solenoid/servo]
Security & Access Control
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A local server system built with Raspberry Pi for hosting small-scale applications, services and automation.
To create a local server for running applications, services and automation tasks.
Raspberry Pi acts as a local server, hosting applications and services while managing connected automation tasks.
Raspberry Pi • Local Network • Server Software • Automation
Server & Automation
Certificate related to participation and qualification in IIT Bombay Techfest.
Certificate of participation in the Tech For Seva national-level event.
Certificate received for achieving 1st Position in Technoparv at SRIIT College, Banmore.
Certificate received for participation in national technology day at SRIIT College, Banmore.
Certificate received for achieving 1st Position in UTSAV 3.2 at SRIIT College, Banmore.