Research Symposium

BIO

As a dedicated student pursuing a major in biological sciences, I am deeply passionate about zoology and animal sciences. My academic journey has been driven by a fervent desire for knowledge and a strong commitment to contributing meaningfully to the field.

Outside of my studies, I actively engage with my community through volunteering, both on campus and in Tallahassee. These experiences have further fueled my passion for education and outreach, inspiring me to make a positive impact on the world around me.

My ultimate goal is to combine my academic knowledge with my passion for teaching and research to make a difference. I aspire to not only educate others about the wonders of the natural world but also to conduct research that advances our understanding of it.

I am excited to continue my academic exploration and to contribute to the scientific community in any way possible. My journey as a student is just the beginning, and I am eager to see where it takes me.

Optimal Excavator Efficiency on Building Demolition Sites

Abstract

This project aims to enhance the efficiency of recycling materials during demolition projects, all the while considering the crucial factor of time in deconstruction efforts. The hypothesis states the employing more mini excavators in a demolition zone can enable effective material sorting based on composition within the given time constraints. This study proposes a novel approach to construction and demolition waste management, essentially streamlining the process. This methodology involved utilizing multiple mini excavators in a controlled “demolition” zone and studying footage recorded from these sessions to determine the most effective ways of sorting materials compared to conventional methods. Anticipated outcomes include insights into increased recycling rates, reduced landfill contributions, and improved sustainability in demolition practices. The findings are essential for construction companies striving to meet recycling goals while adhering to project timelines—contributing to a more environmentally conscious and sustainable construction industry.

Keywords: engineering, civil engineering, environmental engineering, construction, demolition, environment, civil, small-scale