Research Symposium Program - Individual Details
5th annual Undergraduate Research Symposium, April 17, 2025
Ben Brethauer
BIO
Ben Brethauer -
I earned my AA from the Collegiate HS program at NWFSC in 2012. I am pursuing a B.S. in Civil Engineering at Florida State University. I previously worked as a logistics contractor, with experience in warehousing, inventory, and woodshop fabrication. I currently serve as an engineering technician with Okaloosa County.
Maher Albibi-
I am from Panama City, Florida. I graduated from Panama City Advanced School where I received my high school diploma and later gained my AA at Gulf Coast State College before transferring to FSU - PC to complete my Bachelor's degree in Civil Engineering.
Randal Killets -
I was raised in Panama City, getting my high school diploma at North Bay Haven Charter Academy. I then went to get my AA at Gulf Coast State College before transferring to Florida State University to obtain a Bachelor’s degree in civil engineering.
Aisha Umer -
I am from Panama City, Florida. I attended Panama City Advanced School where I received my high school diploma and later gained my AA at Gulf Coast State College before transferring to FSU - PC to complete my Bachelor's degree in Civil Engineering.
Jericho Logistics Complex
Authors: Ben Brethauer, Hafiz Ahmad, PhD, PEStudent Major: All are Civil Engineering
Mentor: Hafiz Ahmad, PhD, PE
Mentor's Department: Civil & Environmental Engineering Mentor's College: FAMU-FSU College of Engineering (FSU Panama City) Co-Presenters: Randall Killets, Maher Albibi, Aisha Umer
Abstract
The Jericho Logistics Complex project integrated multiple civil engineering disciplines to develop a comprehensive design proposal for an industrial logistics facility along Jericho Road in Crestview, Florida. The project addressed the full civil engineering scope required for site development while complying with applicable engineering standards and regulatory requirements to support economic growth within the Crestview community.
The scope included geologic and geotechnical evaluations of soil conditions, groundwater levels, and bearing and settlement considerations influencing foundation and pavement design. Site planning and layout were developed using Civil 3D, while StormWise and Excel were used to design and analyze water, stormwater, and sewer systems in accordance with Florida Water Management District standards. Structural loading analyses were performed following AISC standards. Retaining wall design followed FDOT Standard Plans and geotechnical principles. Project management components, including scheduling, budgeting, and cost estimation, were incorporated to support feasibility and informed decision-making.
Keywords: Warehouse, Civil Engineering, Logistics