This project delves into the complexities of public safety in Chicago through a data-driven lens. Leveraging crime statistics and weather data, the initiative sheds light on potential correlations between temperature and criminal activity. Employing a meticulous methodology, the project meticulously cleanses and integrates datasets, utilizing Alteryx for data preparation and MongoDB for storage. Tableau then takes center stage for data visualization and exploration, facilitating the identification of patterns and trends.

This project involved analyzing Uber’s operations and developing an extended Entity-Relationship (EER) model to capture its complexities. We identified key entities, established relationships, and defined attributes, ensuring data integrity and consistency. Representative contracts were created to specify common behaviors. The deliverable was a comprehensive presentation encompassing the EER model, business rules, and contracts, providing Uber with a valuable resource for decision-making and future enhancements.

SaffronTrace is a product that aims to combat issues like adulteration, counterfeiting, and lack of traceability in the saffron trade industry. The scope of the project includes a blockchain-based network for trading saffron, where each package is tagged with a unique identifier containing information about its origin, quality, and authenticity certificate. This project covers various aspects, including structure diagram, scalability, cost/revenue analysis, financing options, marketing strategies, success metrics, SWOT analysis, and stakeholder analysis.

This project focuses on cybercrime and its impact on the financial and healthcare industries. The project presents detailed problem scenarios involving data breaches and ransomware attacks in a financial organization and a healthcare organization. The deliverables include a comprehensive report, detailed analyses of the problem scenarios, a 4+1 view model of architecture for the preferred healthcare solution, and final cost estimations. The project aims to provide a thorough understanding of cybercrime risks and propose architectural designs and solutions to mitigate these risks in critical industries.