Natural Language Processing | Data Science | Computer Vision | DeepLearning | Python Development | Artificial Intelligence | Freelance | Creating beautiful, functional, and responsive websites.
I am a passionate Machine Learning Engineer with a strong foundation in data science and artificial intelligence. I thrive on solving complex problems using cutting-edge technologies.
My journey has been marked by hands-on experience in projects ranging from natural language processing to computer vision. I am dedicated to pushing the boundaries of what AI can achieve and am eager to contribute my skills and enthusiasm to innovative teams.
If you're interested in discussing opportunities, collaboration, or need assistance, please don't hesitate to reach out via email.
View my full resume for a comprehensive overview of my skills, experience, and education.
View ResumeI’m happy to share that I’ve obtained a new certification: Google Cloud Data Analytics Certificate from Google! 😃
Our project [Arogya Track] focused on solving the critical need for real time health monitoring through our IOT based Patch which track the Heart Rate, aiming to make a real-world impact and it was amazing to see our hard work pay off.
I’m happy to share that I’ve obtained a new certification: Introduction to Programming Using Python from GUVI Geek Networks, IITM Research Park!
🎓 I’m pursuing a Integrated B.Tech - M.Tech in Computer Science and Engineering, with coursework in AI, Machine Learning, Web Development, DBMS, and Software Engineering.
🚀 I’ve built projects like a Music Popularity Predictor using Machine Learning, Loan approval system using Machine Learning, and a responsive music player website, and so many projects in Web Development, DBMS, and Software Engineering.
🏅My interests lie in AI, full-stack web development, and data analysis, and I’ve participated in the Smart India Hackathon and other college tech events.
I specialize in building modern, responsive websites and applications using the latest technologies. My expertise spans front-end and back-end development and the Programming Languages, with a focus on creating seamless user experiences.
Be Healthy is a responsive, user-friendly hospital management website designed to streamline healthcare services like patient registration, doctor listings, and online appointments. Built for both patients and administrators, the platform emphasizes accessibility, efficiency, and professional healthcare interaction.
FillPit is a social initiative website that empowers citizens across India to report potholes, helping authorities take swift action. This interactive platform not only spreads awareness about road safety but also engages users in data-backed advocacy through visual analytics and real-world case galleries.
This project is a CSS-powered image slider designed to showcase modern web design capabilities using pure HTML and CSS, without any JavaScript for interactivity. It's minimal, elegant, and focuses on layout, background effects, and responsive visuals.
Music Studio Player is a web application that allows users to create, share, and listen to music. It features a user-friendly interface, a library of music, and a social network for music lovers.
BunHub is a stylish, responsive burger ordering and restaurant management website. Built to create an immersive user experience, the site offers a dynamic menu, table reservation, live cart system with GST calculation, and upcoming event highlights — all wrapped in a modern food-brand identity.
Music Vibes is a modern and responsive music player web application built using JavaScript and modern frontend tools. This project provides an interactive UI for browsing and playing music, inspired by popular streaming platforms.
This project is a visually engaging Parallax Scrolling Website that uses layered backgrounds and animated content sections to create a dynamic user experience. It’s fully built with HTML, CSS, and JavaScript, offering a smooth and modern design.
This project is an IOT based health tracker that monitors a user's heart rate and oxygen saturation level (SpO2) using a MAX30100 Pulse Oximeter sensor and transmits the readings to the Blynk IoT platform via an ESP8266 module. The setup enables real-time health monitoring and visualization through the Blynk app or dashboard.
A comprehensive React-based travel application that combines trip planning, safety features, community engagement, and real-time location services. Built with modern web technologies and designed for travelers who want a safe, connected, and personalized travel experience.
This project demonstrates Data Pre-processing techniques in Machine Learning using Python. Preprocessing is a crucial step before training models, as it ensures that the dataset is clean, consistent, and ready for analysis.
Classification algorithms using Python and scikit‑learn. Each model lives in its own Jupyter Notebook with a consistent workflow (preprocessing → training → evaluation → decision boundary visualization).
Regression algorithms in Machine Learning using Python. Each model is implemented in a separate Jupyter Notebook for clarity and learning purposes. Regression is a fundamental supervised learning technique used for predicting continuous values (e.g., predicting salary, house prices, sales).
The Smart India Hackathon in Gautam Buddha University is a premier event that brings together students, developers, and innovators from across the country. This hackathon challenges participants to develop cutting-edge solutions to real-world problems, fostering collaboration, creativity, and problem-solving skills.
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A hackathon is a fast-paced event where teams of developers, designers, and enthusiasts come together to collaboratively create innovative solutions to real-world problems. It typically lasts a few days, with participants working on various projects under the guidance of experienced mentors. Hackathons often feature a competition format, where teams present their prototypes or completed projects to a panel of judges. The goal is to foster creativity, problem-solving skills, and teamwork, while also providing a platform for learning and networking among like-minded individuals.
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I am proud to share that I secured 1st Prize at the Abhivyanjana Hackathon 2024, organized by Gautam Buddha University, for developing an innovative Health Monitoring IoT Device aimed at improving personal healthcare and preventive medical systems. This achievement reflects my passion for combining technology, healthcare, and real-world problem-solving to create meaningful and impactful solutions.
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The Smart India Hackathon in Gautam Buddha University is a premier event that brings together students, developers, and innovators from across the country. This hackathon challenges participants to develop cutting-edge solutions to real-world problems, fostering collaboration, creativity, and problem-solving skills.
Smart India Hackathon (SIH) is a nationwide initiative to provide students a platform to solve some of the pressing problems we face in our daily lives, and thus inculcate a culture of product innovation and a mindset of problem-solving. It has proved to be extremely successful in promoting out-of-the-box thinking in young minds.
The hackathon at Gautam Buddha University featured over 100 teams competing across various tracks including software development, hardware prototyping, and AI/ML solutions. The event was organized over 36 hours of non-stop hacking, with mentors from industry and academia providing guidance throughout.
Key highlights of the event included:
The event not only provided a platform for technical innovation but also emphasized the importance of addressing real-world challenges through technology. Many of the solutions developed during the hackathon have the potential to be implemented at scale, creating meaningful impact across various sectors.
A hackathon is a fast-paced event where teams of developers, designers, and enthusiasts come together to collaboratively create innovative solutions to real-world problems. It typically lasts a few days, with participants working on various projects under the guidance of experienced mentors. Hackathons often feature a competition format, where teams present their prototypes or completed projects to a panel of judges. The goal is to foster creativity, problem-solving skills, and teamwork, while also providing a platform for learning and networking among like-minded individuals.
The Hack & Chill Hackathon in New Delhi was a unique event that combined the intensity of competitive hacking with a relaxed, collaborative atmosphere. Held at a premier tech hub in the heart of the city, the event attracted over 300 participants from various backgrounds including students, professionals, and startup enthusiasts.
The hackathon focused on four key themes:
Teams had 24 hours to conceptualize, design, and develop their solutions. What made this hackathon special was its emphasis on both technical excellence and user experience. Mentors from leading tech companies provided guidance throughout the event, helping teams refine their ideas and overcome technical challenges.
The event also featured workshops on emerging technologies, panel discussions with industry experts, and networking sessions. Participants had access to APIs and tools from sponsoring companies, allowing them to build more sophisticated solutions.
The winning projects included a smart waste management system for urban areas, an AI-powered health diagnostic tool, a blockchain-based microfinance platform, and an augmented reality application for interactive learning.
I am proud to share that I secured 1st Prize at the Abhivyanjana Hackathon 2024, organized by Gautam Buddha University, for developing an innovative Health Monitoring IoT Device aimed at improving personal healthcare and preventive medical systems. This achievement reflects my passion for combining technology, healthcare, and real-world problem-solving to create meaningful and impactful solutions.
🚀 About Abhivyanjana Hackathon 2024
Abhivyanjana 2024 is a prestigious cultural and technical fest that brings together creative minds, innovators, and problem-solvers from diverse domains. The hackathon provided a platform to build technology-driven solutions under real-world constraints, encouraging innovation, teamwork, and practical implementation. Competing against several talented teams, my project was recognized for its innovation, usability, and relevance to modern healthcare challenges.
🩺 Project Overview: Health Monitoring IoT Device
Healthcare is rapidly evolving, and IoT-based health monitoring devices are playing a crucial role in shaping the future of preventive care. My project focuses on building a smart, real-time health monitoring system that helps individuals track their vital health parameters efficiently.
The project leverages IoT sensors, microcontrollers, and real-time data transmission to track vital health parameters such as heart rate and body temperature. By enabling continuous monitoring and early detection of potential health issues, the system demonstrates how technology can make healthcare more accessible, efficient, and proactive.
kumarsanskar52515@gmail.com
+91 7302028936
Roorkee, Uttarakhand