I'm passionate about applying artificial intelligence and machine learning to solve real-world problems. With a strong foundation in mathematics and statistics, I enjoy diving deep into data and uncovering insights that can drive meaningful results. Additionally, I excel in transforming complex datasets into compelling narratives that inform strategic decision-making and drive actionable outcomes.
I'm passionate about applying artificial intelligence and machine learning to solve real-world problems. With a strong foundation in mathematics and statistics, I enjoy diving deep into data and uncovering insights that can drive meaningful results.
Analytics Vidhya, a leading IT company.
Throughout my BCA journey, I honed my analytical and problem-solving skills, particularly in soft computing and genetic algorithms, equipping me with a robust skill set for dynamic challenges in data science. Driven by a keen interest in natural language processing (NLP), I gained practical experience with techniques such as convolutional neural networks (CNNs), recurrent neural networks (RNNs), and transformer models like Retrieval-Augmented Generation (RAG). My engagement with cutting-edge concepts, including large language models (LLMs) and model fine-tuning, further enhanced my ability to tackle complex analytical problems.
CGPA: 8.256In my Class 12 Computer Science elective, I developed a profound interest in programming languages, algorithms, and data structures. This not only equipped me with practical skills in problem-solving and software development but also ignited my passion for the field of computer science. It laid a solid foundation, inspiring me to pursue further studies and explore professional opportunities in this dynamic and evolving domain.
Percentage: 93%I completed my primary schooling through a scholarship program that covered all the expenses after successfully clearing a two-level state-level entrance. In my high school education, I secured an impressive score of 96.2% in CBSE board exams, with a perfect score of 100/100 in mathematics.
Percentage: 96.2%Below are some of my projects on Machine Learning, Deep Learning, Data Analysis, NLP and Retrieval Augmented Generation (RAG)
Welcome to my user-friendly Machine Learning (ML) model creation platform designed for individuals with limited or no prior ML experience. This platform empowers users to effortlessly create ML models through an intuitive interface, drag-and-drop functionality, and pre-built templates for various ML tasks such as classification, regression, and clustering.
In CUET, checking scores manually can be a tedious task, involving matching each answer with the original sheet. Introducing the Automated CUET MCA Score Checker - a convenient solution to simplify the score-checking process.
This is a project focused on building a robust speech recognition system for the Hindi language. It leverages OpenAI's Whisper model to convert spoken Hindi into accurate text, facilitating applications in transcription, voice commands, and more. This project aims to improve accessibility and efficiency for Hindi speakers in technology-driven contexts.
This repository explores building a character-level transformer decoder in PyTorch, similar to GPT while focusing more on understanding individual components. My goal is to gain deep transformer knowledge and see if character-level learning improves handling of unseen words. The code allows for hyperparameter tuning and experiment customization.
Document QnA is a webapp that lets users upload multiple documents and ask questions about their content. It uses Llama3, Groq API, LangChain, FAISS, and Google Palm Embeddings to identify relevant documents and provide answers with page numbers. The Streamlit interface ensures easy and efficient use.
An AI-powered application that can guess movie titles based on plot summaries. Built using LangChain, Google Palm LLM, CSVLoader, RetrievalQA, Google Palm Embeddings, and FAISS. Deployed on Streamlit for an interactive user experience, allowing you to enter a plot summary and receive a predicted movie title.
Using machine learning techniques, I developed a model to predict survival rates aboard the Titanic. By analyzing passenger data, I gained insights into factors influencing survival, contributing to disaster preparedness strategies.
Implemented a classification model to accurately classify Iris flower species based on their features. This project honed my skills in data preprocessing, model selection, and evaluation, demonstrating proficiency in classification algorithms.
Developed a robust fraud detection system using machine learning algorithms to identify fraudulent transactions. Leveraging techniques like anomaly detection and feature engineering, I contributed to enhancing financial security measures.
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Balrampur, Uttar Pradesh, India