Data analyst with a strong background in SQL, Excel, Python, and Power BI. Experienced in analyzing customer data to identify purchasing patterns and automating data processes. Currently a Graduate Assistant at the Office of the Provost, focusing on data analysis to support decision-making processes. Strong attention to detail and a collaborative mindset."
Conduct data analysis and research to support decision-making processes within the Office of the Provost.
Manage university dashboards, providing meaningful insights to the Office of the Provost and the Office of Institutional Research.
Research university databases and update information on webpages, utilizing SQL and Excel for data management and analysis..
Analyzed customer data using SQL and Excel to identify purchasing patterns
Contributed to the development of an end-to-end data pipeline using Python and AWS Glue, automating data ingestion and processing tasks, reducing manual effort by 30%.
Created interactive dashboards and visualizations in Power BI to track key performance indicators (KPIs) and provide actionable insights to the marketing team
Blockchain for Sustainable Shopping: Translating Transparency into Trust
The project aimed to address the retail industry's challenge of ensuring sustainability and transparency for consumers. Specifically, it focused on providing proof of authenticity and durability to customers. The approach involved leveraging a combination of blockchain, PySpark, and machine learning technologies. These technologies were selected for their compatibility with blockchain, enhancing trust and transparency in the retail sector.
5GNR with Interference Alignment
Proposed new radio structure for fifth-generation mobile radio system to support higher data rates and low latency. Investigated performance of 5GNR using precoding for interference alignment. With proper selection of the precoder an improvement of about one order of magnitude in the bit error rate due to LA was achieved. 5G New Radio Addresses improvement of user experience and capacity with massive type of communication. The system was based on an OFDM structure following the NR scheme with zero forcing receiver.
Automated Petrol Pumps Using RFID and SMS Alerts,
Developed automated petrol pump station (Gas stations) by utilizing GSM and RFID to human intervention. Enhanced the filling procedure to keep it simple, solid, and secure. Non-permitted users and clients with traffic violation records were not provided with fuel. All users require Petro Card to avail these services. The petrol pump station was outfitted with a smart card reader which detected the amount in the card along with all the security details and displayed on LCD. The designated amount of fuel was dispensed according to the amount entered. The authentication of password and checking for sufficiency of balance available for payment was done. If both were fine the filling, got initiated automatically through the fuel pipe connected to the pump.
"I have a passion for cooking and serving others, finding joy in the process and continuously learning new culinary skills. Since high school, I have been an avid reader, particularly enjoying literature in my mother tongue. One of my recent reads includes 'A Child Called It' by Dave Pelzer. Additionally, I love graphic designing and often create designs for my social media profiles whenever I find the time."