Posts tagged WCPSS
Brick Industry Award for Woods Creek Elementary School

We are pleased to announce that

Skinner Farlow Kirwan Architecture was awarded Silver by The Brick Industry Association for Woods Creek Elementary School! From the Brick Association’s Press Release: “Now in its 35th year, the 2024 winning projects span the United States, Canada, China, England, Mexico and Russia. Judged by a jury of peers, winners include Best in Class, Gold, Silver and Bronze. The overall Craftsmanship Award honors a mason or team of masons that skillfully installs brick in an artful or unique way. “The award winners highlight brick’s limitless versatility to create inspired, sustainable designs that achieve any aesthetic,” said BIA President and CEO Tricia Mauer. Mauer also emphasized how material choice matters in designing for resilience, including brick’s enhanced durability, fire resistance and energy efficiency. “With the unpredictability of natural disasters, brick provides peace of mind—brick stands for good,” she said. “

Check it out below!

https://www.gobrick.com/.../2024-competition-award-winners

Middle School Prototype for Wake County
Built 3 times between 2009 & 2012, this 196,000 SF middle school prototype has been designed with a compact footprint and can be flexibly oriented depending on varying site conditions. It has also been designed with sustainability in mind. All classrooms are located around the building’s perimeter and large windows are placed to take advantage of natural day lighting. 1029PLAN-200 copySouth facing glass is shaded and light shelves direct sun’s rays deep into classroom spaces. Energy efficient electrical and mechanical systems reduce energy costs. The exterior is a combination of local North Carolina brick and light weight steel panels which are made from 27% recycled content. Using the light weight metal panels above roofs and high on the buildings elevations reduces the chance for roof membrane damage during construction and has the added benefit of reducing the quantity of structural steel required to support the building’s skin, reducing use of natural resources and saving tax payer dollars.