Software engineer with a passion for crafting seamless user experiences and building intelligent systems. From sleek front-end designs to coding the brains behind microcontrollers, I bring ideas to life with code. Let’s create something amazing!
I’m a versatile Software Engineer skilled in crafting responsive front-end designs with HTML, CSS, JavaScript, and React, and programming embedded systems and microcontrollers. I excel in data structures, algorithms, and code optimization, with a keen eye for troubleshooting and debugging. Passionate about solving complex problems and collaborating within dynamic teams to deliver scalable and efficient solutions.
Developed a machine learning web application using React, JavaScript, and Xenova for AI model generation. The app enables audio transcription via file upload or live recording and supports translation of the transcribed text into multiple languages.
React and typescript based project to guess a word and save the man in six guessings only.
Created a React-based dynamic website that formulates customized workout plans based on user inputs, showcasing proficiency in modern JavaScript frameworks. Integrated state management using React hooks to provide a seamless user experience.
Designed a to-do list web application using React and JavaScript to enable task management and productivity tracking. Incorporated features such as editing Task, and deleting task using local storage to retain data across sessions, offering users an efficient tool for organizing daily activities.
Built a responsive testimonials grid section, closely aligning with provided designs for both mobile and desktop layouts. Utilized tools and frameworks to optimize layout based on screen size, adhering to style guidelines for colors, fonts, and spacing while demonstrating strong judgment in design implementation.
Developed an interactive coffee shop website with sections like "Menu," "Contact Us," and navigation bar functionality using HTML, CSS, and JavaScript. Implemented responsive design principles to ensure compatibility across devices, and added interactive features such as a form for customer inquiries and animations for an engaging user experience
This project implements a smart home system controlled via mobile UART and an LCD-keypad interface. It features admin and user modes, enabling control of six devices, user authentication stored in EEPROM, and alarm functionality for security. Bluetooth is used for command transmission, with logs displayed on a mobile or PC screen.
Development a dual-node wireless control system using a Tiva C master node and AVR ATmega32 slave node, communicating via Bluetooth and SPI. The system controls a servo motor, LEDs, and a DC motor, demonstrating real-time multi-node coordination controled by a mobile phone.
Development of a robotic car using Arduino Uno and a motor shield, capable of avoiding obstacles and changing directions autonomously.
This project follows AUTOSAR SWS 4.0.3 to develop DIO, PORT, TIMER drivers, and ECU components for LED and BUTTON control. It includes a scheduler, error tracing, and hardware-specific optimizations for the TM4C123GH6PM MCU.
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