Adeeb Khaja Mohamed

FULL STACK DEVELOPER

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Who am I

Adeeb Khaja Mohamed

Frontend Developer & Data Analyst

Hello! I'm Adeeb Khaja Mohamed, a proactive Information Science student at Ramaiah Institute of Technology. My academic path is distinguished by hands-on experience in software development and data analytics, reinforced by internships at leading institutions like the Indian Institute of Science. There, I've been involved in developing algorithms for optimizing air traffic management systems, showcasing my technical proficiency with Python and Django. My projects span various facets of technology—from enhancing digital platforms for operational efficiency to exploring innovative web solutions that improve user interactions across different domains. These initiatives reflect my ability to address complex problems with practical, tech-driven solutions. In addition to my project work, I take on leadership roles within tech and development clubs at RIT, where I drive efforts to cultivate a culture of innovation and collaboration. My roles have not only honed my technical skills but also strengthened my leadership abilities, preparing me to lead future ventures in the technology sector. As I prepare to graduate, my goal is to leverage this rich blend of academic learning and practical application in starting my own tech enterprise, aiming to deliver solutions that are both innovative and impactful.

Experiences .

Under-25

GDSC-RIT

Indian Institute of Science

Journyz

ClutchRIT Esports

Resource Operational Head

Dec 2022 - Mar 2023

Under-25

As the Resource Operations Head at Under 25, I led a 30-member team in managing both technological and physical resources effectively. My role involved utilizing predictive analytics for accurate resource forecasting and conducting regression analysis to assess demand. This position enhanced my leadership skills and deepened my understanding of operational research in strategic resource management.

Projects .

Bubble Bop - Food Dine In

Bubble Bop emerged as a passionate endeavor during a hackathon, born from the vision to revolutionize the dining experience. In a world where traditional dining often involves lengthy waits and cumbersome ordering processes, Bubble Bop sought to reimagine it all. Our mission was clear: to design and develop a comprehensive, full-stack web application that empowers users to seamlessly secure table reservations, conveniently place orders, and effortlessly complete payments, all working harmoniously to optimize restaurant efficiency and elevate overall customer satisfaction. With Bubble Bop, dining becomes a chore-free journey, whether for an intimate date night or a casual meal with friends, offering unparalleled convenience and efficiency from the moment you step through the restaurant's doors to the final bite of your delicious meal. Our hackathon project embodied the potential to reshape the way we dine, making every culinary experience a memorable one. Welcome to the future of food dine-in with Bubble Bop.

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DAIM - Decentralized AI and Data Marketplace

DAIM emerged as a hackathon project, driven by a mission to combat the centralization of AI and data. In a landscape dominated by a select few corporations, DAIM aimed to empower independent developers by offering a platform that allowed them to monetize their innovations while preserving privacy. Our vision for DAIM was to establish a decentralized ecosystem, uniting AI Service Publishers, Data or Model Contributors, and AI Service Consumers for mutual benefit. During the hackathon, DAIM enabled AI Service Publishers to submit datasets and models, which could be offered in private or public modes, sparking discussions in threads addressing specific problem statements. A unique feature was that with each consumer purchase, the value and price of datasets and models increased, benefiting creators and consumers alike. Contributors, in the form of threads, worked to enhance existing AI services, competing with original publishers and fellow contributors, with a validation process ensuring top-notch quality. Consumers accessed a dynamic marketplace of AI services and data offerings, confident in their privacy protection through secure computation methods. Every interaction within the hackathon project contributed to the growth and value of the datasets and models available. DAIM, as a hackathon initiative, embodied the potential to decentralize control, empower creators, and prioritize privacy in the realm of artificial intelligence, representing the future of AI and data accessibility.

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Spoiler Detection and Scaling System

Spoiler Rating AI is a groundbreaking project that leverages state-of-the-art AI, Machine Learning, and web scraping technologies to provide comprehensive spoiler ratings, meticulously graded on a scale from 1 to 10, for a wide array of TV shows and movies offered by various streaming services. Our mission is to empower viewers with the essential information they need to make informed choices about their entertainment selections. Beyond just spoiler ratings, our platform offers personalized recommendations finely tuned to individual preferences, making every viewing experience uniquely enjoyable. Throughout our journey, we've tackled complex challenges, including data collection and fine-tuning spoiler scale accuracy, to deliver a seamless and reliable user experience. Spoiler Rating AI stands as the ultimate destination for those seeking to enrich their entertainment encounters and stay ahead of those game-changing plot twists, ensuring a world where spoilers are a thing of the past.

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GPS-tracking-system-Raspberry-Pi-Zero-W

I developed an IoT project dedicated to real-time GPS tracking with a Raspberry Pi Zero W. The project's core mission was to enable precise location tracking for logistics, personal safety, and diverse applications. Leveraging the Raspberry Pi Zero W and GPS technology, this initiative provided a versatile platform for accurate location monitoring. It empowered users to create customized tracking solutions while prioritizing data privacy. This project exemplified a forward-thinking approach, allowing individuals and developers to harness GPS tracking's potential, adapt it to their unique requirements, and drive innovation in the field.

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Repositories on Github

Knowledge .

*hover mouse cursor over card to read*

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