I am a passionate Data Analyst with a strong foundation in physics and a keen interest in science, technology, and the transformative power of data. My journey has been marked by leveraging advanced analytical skills and innovative thinking to solve complex problems and deliver actionable insights.
I specialize in extracting meaningful stories from data, creating impactful visualizations, and driving data-informed decision-making. My professional experiences include roles in logistics, and research, where I have optimized processes, uncovered trends, and aligned strategies with organizational goals
As a physicist, I have been involved in cutting-edge projects in nanotechnology, presenting my work at academic conferences and collaborating with multidisciplinary teams. My self-driven approach to learning has also enabled me to independently execute personal projects, such as developing interactive dashboards and applying machine learning techniques for operational enhancements.
I thrive on creativity, collaboration, and continuous improvement, and I aim to combine my technical expertise with a passion for innovation to make a tangible impact in the data-driven world.
Tools:
Python
Tableau
This analysis of 120,000 Amazon clothing sales in India (2022) reveals top states (Maharashtra, Karnataka), dominant categories (Kurta, Set), and delivery challenges causing $8.93M in lost revenue. Insights focus on optimizing logistics, boosting top products, addressing sales volatility, and promoting underperforming categories to enhance profitability and efficiency.
Tools:
Python
Docker
More+
This project analyzes more than 10 million records from a fictional retail business, focusing in analyzing helpful business metrics. It also showcases a complete end-to-end machine learning pipeline, covering model training, evaluation, and deployment through a FastAPI API, fully containerized with Docker and automated using GitHub Actions for seamless CI/CD on a personal server.
Tools:
Python
C++
An autonomous robot that integrates ROS2 frameworks, advanced GRASP capabilities, and SLAM technology to navigate dynamic environments, locate itself, and manipulate various objects. By fusing computer vision, sensor data, and precise control, ensuring reliable mapping, collision-free movement, and efficient object handling in collaborative settings.