I'm a cricket enthusiast with a tech and design passion. I excelled in coding and data analysis. Leadership taught me mentoring is as fulfilling as creating. I balance work with a love for cricket, music, friends, and my pet.
In my role as a Data Analytics Engineer and Machine Learning Engineer, I've channeled this passion for uncovering meaningful patterns in data and creating effective models. I thrive on the process of interpreting data, building robust models, and integrating data sources to generate valuable insights. If you seek expertise in data analysis, modeling, or data integration, I'm here to assist you in making informed decisions and driving data-centric solutions. Let's collaborate and explore the endless possibilities together!
Modeling and NLP Enhancements:
Deployment and Data Extraction Innovations:
Data Infrastructure Enhancements and Education Program Impact:
Analytics Leadership and Strategic Improvements:
Operational Efficiency and Revenue Growth:
Innovative Solutions and Team Leadership:
NLP and ML Innovations for Enhanced Data Processing:
Computer Science
Rutgers, The State University of New Jersey 2022 - PresentGPA: 3.96
Computer Science Engineering
Anna University 2016 - 2020CGPA: 7.56
Computer Science
DAV Matriculation Higher Secondary School 2014 - 2016Percentage: 82%
Unlock valuable insights from your data through cutting-edge analytics.
Seamlessly connect and unify your data sources for a complete view of your business.
Harness the power of machine learning to drive intelligent decision-making.
Transform raw data into actionable insights with stunning visual dashboards.
Crafting exceptional web experiences tailored to your unique needs and goals.
Bringing creativity to life through visually striking and effective graphic designs.
Driving impactful results through projects encompassing analytics, machine learning, ETL pipelines, and visualization for enhanced data interpretation.
This movie recommendation system, built using KNN, Slope One, and SVD algorithms, offers personalized and accurate movie recommendations to users. Developed in Python, it uses large datasets and various metrics for evaluation. The project includes a web interface for users and documentation for easy setup and contributions.
The Online Auction website is developed using JavaScript, Java, SQL Workbench, and Tomcat Server. It offers a user-friendly interface with features like bidding, item listing, user authentication, and payment processing. The project includes a documented database schema and scripts, enabling easy setup and contributions by developers.
Developed an informative dashboard to view the overall number of persons affected, recovered, and died by the devastating COVID-19 virus in a Demographic and Gender Level, as well as perform time-series analysis on this data.
Created a model to predict diabetes in patients based on parameters such as pregnancy, glucose, blood pressure, body mass index (BMI), age, and so on. 80% accuracy was projected using algorithms such as Logistic Regression, Naive Bayes, Random Forest, and SVC.
The main objective of this research is to forecast the precision of a linear regression model based on the used-car sale price. Both buyers and sellers may utilize this model to make well-informed decisions about the price of a vehicle.
Built classifiers for identifying faces and categorizing numbers. The three classifiers were that we used are Naive Bayes, Perceptron, and K Nearest Neighbor.
The goal is to examine the overall quantity of rainfall in India from 1900 and 2016. I completed the pre-processing processes by cleaning, validating, analyzing, and displaying the data to gain clear and improved insights.
Maze generation is done using DFS. The BFS and A star algorithms are used to identify a path for the agent to take in order to achieve the objective state. .
Analyzed wine quality, predicting it based on ingredients using machine learning techniques like Logistic Regression, Naive Bayes, and Random Forest, achieving a 98% accuracy.
The project's goal is to use a decentralized WebApp to monitor the drugs that are supplied to consumers. HTML, CSS, JavaScript Framework, and Solidity are used to build the Web Application.
The main objective is to build a website for the users to play games that are built using JavaScript and the Java platform. .
Expertly designed and deployed interactive dashboards, leveraging data analytics and visualization techniques to transform complex datasets into insightful, user-friendly reporting tools.
Let's turn your ideas into reality – I'm just a message away to discuss your next project or answer any questions.