I am an aspiring Data Analyst with a strong background in data visualization tools. I am eager to apply my analytical skills and proficiency in tools like Power BI, Excel, and Tableau in a dynamic entry-level role. Throughout my academic journey, I have gained a solid foundation in data analysis and am ready to contribute to a team and enhance my expertise in real-world data analysis.
During my internship at Maxgen-Technologies, I conducted data cleaning and pre-processing tasks on a large dataset, resulting in a significant increase in data accuracy. I also developed and implemented predictive models using machine learning algorithms, achieving improved prediction accuracy compared to baseline models. Additionally, I conducted exploratory data analysis on a customer segmentation dataset, identifying key segments contributing to a significant portion of total revenue. I created interactive data visualizations using Tableau, which greatly facilitated stakeholders' understanding of complex trends and patterns in the data.
One of my notable projects was the development of an E-commerce Sales Dashboard using Power BI. Through the analysis of e-commerce sales data, I identified trends and patterns that led to a 10% increase in monthly revenue. I implemented data visualization techniques using Power BI, resulting in improved data accessibility and decision-making efficiency. I also collaborated with cross-functional teams to gather requirements and optimize dashboard performance, leading to a decrease in load time and an enhanced user experience.
Another project I worked on was the establishment of an automated self-driving car system. By utilizing image processing and machine vision principles, I enhanced safety by reducing accidents. I applied convolutional neural network (CNN) technology to improve the accuracy of driving decisions. Through the integration of advanced algorithms, I achieved a 20% increase in overall driving efficiency. Rigorous testing and validation processes resulted in a 95% success rate in autonomous driving tasks.
