Presentation Type
Poster Presentation
Abstract
Engineering practices are increasingly adopting sustainable methods, with Leadership in Energy and Environmental Design (LEED) being a widely recognized standard. LEED ensures environmental health and efficiency in building projects. This project focuses on renovating an existing building and adding a warehouse for the PENCIL Foundation, a local non-profit. The design includes structural, mechanical, and HVAC drawings along with stormwater and indoor water use evaluations, and EPSC (Erosion Prevention and Sediment Control) plans. This project allowed Lipscomb University students to gain hands-on experience in client-based design while adhering to site regulations and ASHRAE standards. The project aims to achieve a Gold LEED rating through improvements in rainwater management, water efficiency, energy use, and indoor environmental quality. It incorporates design standards, codes, and guidelines with practicing engineers serving as advisors and validators. The team used industry-standard calculations for structural design, stormwater management, water and energy usage, and air quality to develop plans that meet both the client's needs and sustainable building standards.
Faculty Mentor
Professor Monica Sartain
Recommended Citation
Fessehaye, Ruth; Fulton, Elizabeth; Ghanem, Roa; Gilbert, Samuel C.; Henriquez-Hernandez, Juan; and Stephens, Jackson, "LEED Certified Building Remodel and Addition" (2025). Student Scholar Symposium. 118.
https://digitalcollections.lipscomb.edu/student_scholars_symposium/2025/Full_schedule/118
LEED Certified Building Remodel and Addition
Engineering practices are increasingly adopting sustainable methods, with Leadership in Energy and Environmental Design (LEED) being a widely recognized standard. LEED ensures environmental health and efficiency in building projects. This project focuses on renovating an existing building and adding a warehouse for the PENCIL Foundation, a local non-profit. The design includes structural, mechanical, and HVAC drawings along with stormwater and indoor water use evaluations, and EPSC (Erosion Prevention and Sediment Control) plans. This project allowed Lipscomb University students to gain hands-on experience in client-based design while adhering to site regulations and ASHRAE standards. The project aims to achieve a Gold LEED rating through improvements in rainwater management, water efficiency, energy use, and indoor environmental quality. It incorporates design standards, codes, and guidelines with practicing engineers serving as advisors and validators. The team used industry-standard calculations for structural design, stormwater management, water and energy usage, and air quality to develop plans that meet both the client's needs and sustainable building standards.