Discover a variety of data visualizations created using powerful tools like Power BI, ArcGIS, and Tableau, each offering unique insights and perspectives across different subjects. These visualizations leverage historical data and advanced analytics to provide a deeper understanding of complex datasets. More interactive visualizations are on the way, expanding the scope of insights even further.


Data Visualizations


This interactive Power BI dashboard provides a powerful tool for comparing vessel fleets registered under any two countries worldwide. Users can select countries of interest and explore detailed metrics including the number of vessels, total gross tonnage (GT), vessel types, year of build, and fleet age distribution. Dynamic filters allow for customization by ship type and tonnage range, offering targeted insights into specific segments of the maritime industry. Visualizations include comparative charts of fleet growth over time, vessel age structures, and gross tonnage distributions, enabling users to assess the scale, specialization, and modernization trends of national fleets. Whether analyzing fleet expansion in emerging economies or evaluating aging patterns in established registries, this dashboard supports strategic decision-making for policy makers, analysts, and maritime stakeholders.

The New York NYPD Arrests - 2024 Tableau dashboard provides a detailed analysis of arrest demographics across New York City, highlighting the distribution of arrests by gender, race, and age. Users can filter the data by each of the city's five boroughs to explore localized arrest patterns and gain insights into demographic trends. Additionally, a weekday map identifies the days with the highest arrest rates, offering a view of when incidents are most likely to occur. This dashboard serves as a valuable tool for understanding arrest patterns across NYC, supporting data-driven insights into public safety and community dynamics.

card
Project #3
Solar System

This interactive Tableau dashboard offers an engaging way to explore and compare planets in our solar system, starting with a focus on planetary mass relative to Earth (set as 1.00). Users can quickly see which planets are more or less massive and view their actual mass in scientific notation. Beyond mass, the dashboard includes filters and visualizations that allow users to analyze planets by various key characteristics such as size, temperature, gravity, orbital velocity, day and year length, number of moons, ring systems, atmosphere, and surface features. These comparisons provide a deeper understanding of what makes each planet unique and how they differ from Earth in both structure and behavior.

The NYNJ Port Dashboard is a comprehensive tool for tracking key performance indicators (KPIs) at the Port of New York and New Jersey. Initially published by the Port Authority as a static image, this information has been transformed into a dynamic Power BI dashboard in the Improved PBI Dashboard. This updated version retains the same essential KPIs but adds interactivity, allowing users to sort and filter by week or year for more in-depth analysis. With real-time trend visualization and customizable views, the dashboard provides stakeholders with accessible insights to track shifts, anticipate trends, and make informed decisions, enhancing data accessibility and supporting strategic planning in a rapidly evolving logistics landscape.

The US Trucking Dashboard in Power BI provides a comprehensive analysis of 541 trucking vendors across 2,371 lanes, offering insights into vendor performance and rate competitiveness. With sorting options for lanes, vendors, hubs, and pick-up/delivery locations, the dashboard allows users to quickly identify optimal trucking rates and analyze lane-specific details. Additionally, a map view highlights vendor operations by hub, making it easy to assess regional trucking coverage and make informed logistics decisions. This dashboard is an essential tool for managing trucking costs and understanding market dynamics in U.S. freight transportation.

This Power BI dashboard provides an in-depth look at eco-friendly charging and alternative fuel stations across North America. It includes various fuel types, such as Electric Charging Ports, E85 Ethanol Flex Fuel, Biodiesel, CNG, LPG, LNG, Hydrogen, and Renewable Diesel, allowing users to analyze station availability based on their preferred energy sources. The dashboard is equipped with dynamic filters, enabling users to refine results by funding source and federal agency name, offering a detailed understanding of investment distribution. Additionally, users can toggle between different visual representations using the “Growth Over Time” button, providing insights into the expansion of alternative fuel infrastructure.

The Port of NY-NJ Freight Turnover Dashboard in Power BI offers an in-depth analysis of containerized and bulk shipments moving through the Port of New York and New Jersey from 2019 to 2023. Leveraging 14GB of data stored on Azure Data Lake, this dashboard provides direct insights into import and export volumes, key trade partners, and major shipping carriers serving the port. With dynamically updated titles and intuitive visuals, the dashboard delivers a comprehensive overview of freight activity, enabling users to explore shipment distributions and identify trends in real time. Designed for efficiency, it supports strategic decision-making with robust, up-to-date data on NY-NJ’s global trade flows.

The Wind Power Dashboard provides an interactive visualization of key metrics related to wind energy generation and performance. It offers insights into total power output, displaying current and historical trends in wind energy production, and geographical distribution by mapping wind farms across different regions, highlighting areas of high output. The dashboard also presents capacity utilization to show how efficiently wind farms are operating relative to their installed capacity, and performance trends that analyze changes in energy production over time.

Magnificent Portugal is a storytelling experience created with ArcGIS that highlights the rich culture, landscapes, and history of Portugal. This interactive story integrates a variety of ArcGIS features, including embedded maps and videos, to offer an immersive exploration of Portugal's diverse regions. The project not only provides a visually engaging narrative but also demonstrates the capabilities of ArcGIS, showcasing how maps, multimedia, and geospatial data can come together to tell compelling, location-based stories. Through this dynamic presentation, viewers can explore Portugal’s unique charm and gain insights into its heritage and geography in an innovative, interactive format.