Project Showcase
Project Showcase
Embedded Files
This page features the final products of my academic work including posters, presentations, written papers, visuals, and a technical portfolio developed though applied coursework. These projects showcase the skills I’ve developed in research, technical analysis, and communication, and highlight my ability to share complex ideas clearly across different fields and formats.
To understand the objectives and insights guiding these projects, please visit the Research tab.
Posters
Posters
Research posters presented at undergraduate conferences and campus events. These works visually summarize key findings from selected academic projects and highlight major findings, methods, and outcomes.
Enhancing Work Zone Safety with Roadside Camera-Based Tracking and Truck-Aware Traffic Simulation
Presentations
Presentations
Slides from an oral presentation delivered at the 2025 Kansas Section of the Mathematics Association of America (KSMAA) annual conference. The material reflects my ability to structure and communicate technical ideas clearly in a live setting, with a focus on mathematical reasoning and applied research.
Irreversible k-threshold number of Corona Product and Double Corona Product Graphs
Academic Writing
Academic Writing
Written work, including research papers and course-based analytical writing. These documents reflect my skills in mathematical reasoning, applied analysis, and structured academic communication.
Irreversible k-Threshold Conversion Number of Corona Product and Double Corona Product Graphs Submitted for Peer Review – Available via ArXiv
REU Simulation Research Paper – Available Soon
Aerial Photographs and Remote Sensing Portfolio
Visuals
Visuals
The following link provides in-depth project details not included on the poster. It offers a behind-the-scenes look at our CARLA + SUMO simulation environments, illustrating how traffic scenarios were constructed and evaluated. The visual content explains the geometric translations and projections used to relate simulated camera views to real-world coordinates.
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