The WCU Stem Building, also known as the Apodaca Science Building, is a cutting-edge educational facility located in Cullowhee, North Carolina.
Lord Aeck Sargent
Lord Aeck Sargent excels in multidisciplinary architecture and design, renowned for sustainable and innovative spaces. Their portfolio spans higher education, science and technology, historic preservation, and urban design.
LS3P
LS3P is a prominent architecture, interiors, and planning firm known for innovation across education, healthcare, commercial, and residential sectors. Integrating design excellence with sustainability, LS3P enhances communities and quality of life.
Skanska
Skanska, a global construction and development leader, excels in large-scale projects across infrastructure, commercial, residential, and healthcare sectors. Committed to sustainability, safety, and innovation, Skanska sets high standards for quality and efficiency, shaping the built environment.
Living Roofs, Inc.
Living Roofs, Inc. specializes in designing, installing, and maintaining green roofs and living walls. Known for their expertise in sustainable practices, they create beautiful, eco-friendly solutions that enhance urban environments.
Nations Roof
Nations Roof is a premier contractor offering high-quality roofing solutions nationwide. Specializing in commercial and industrial services, they excel in installation, repair, and maintenance.
Project Details
Product Used: Interior and Exterior Siding
Press and Additional Resources
The WCU Stem Building, officially named the Apodaca Science Building, stands as a modern symbol of innovation and sustainability at Western Carolina University in Cullowhee, North Carolina. Completed between 2018 and 2021, this project reflects a dynamic collaboration between some of the nation’s most forward-thinking architectural and construction firms, including Lord Aeck Sargent, LS3P, Skanska, Living Roofs, Inc., and Nations Roof. The result is a cutting-edge educational facility that integrates advanced academic functionality with environmentally conscious building practices, making it a flagship model for higher education infrastructure in the 21st century. A key highlight of the Apodaca Science Building is the thoughtful use of wood siding—both on the interior and exterior. Black Locust Lumber supplied the siding materials, chosen for their strength, natural beauty, and environmental benefits. Unlike synthetic siding products, outdoor wood siding offers both durability and a timeless aesthetic that blends harmoniously with the surrounding landscape of Cullowhee’s mountains. The architects sought not only to create a space that could support state-of-the-art laboratories and collaborative learning areas but also to ensure the building itself would reflect values of sustainability, resilience, and design excellence. The selection of Black Locust Lumber was particularly significant because of the institution’s broader commitment to sustainable building practices. Black Locust is recognized as one of the most durable hardwoods native to North America, often chosen for projects that prioritize longevity and minimal environmental impact. By using wood siding as a defining feature of the project, the Apodaca Science Building demonstrates how natural materials can compete with, and in many ways surpass, conventional siding options like vinyl, fiber cement, or aluminum. Unlike these alternatives, wood siding contributes to the sequestration of carbon while simultaneously offering a warm and inviting atmosphere for students and faculty. Exterior design played a major role in how the building was conceptualized. The outdoor wood siding provided by Black Locust Lumber brings an organic texture that contrasts with the building’s glass and metal elements, creating a visual balance between natural and modern design. This combination is particularly fitting for a science building, as it represents the bridge between nature and technology, a central theme in many of the programs housed within the facility. The siding was not only selected for its appearance but also for its low maintenance requirements and resistance to rot, decay, and insects—qualities that are essential for long-term performance in the humid climate of North Carolina. Interior applications of wood siding also make a powerful statement in the design of the Apodaca Science Building. The warm tones and natural grain of Black Locust wood add a sense of grounding and comfort in a space that is otherwise defined by high-tech laboratories and collaborative workstations. This interior use of siding demonstrates the versatility of wood as a building material, capable of fostering both functional durability and psychological well-being. Students and faculty working long hours in labs benefit from the biophilic design principles that wood materials naturally promote, creating a healthier and more inspiring educational environment. The building itself includes a living roof, an advanced stormwater management system, and open collaborative spaces, all designed to support both ecological sustainability and academic excellence. The addition of Black Locust Lumber’s siding complements these features by ensuring that the structure’s exterior and interior embody the same sustainable ethos. The durability of the wood means that future maintenance costs will remain low, a long-term benefit to the university’s operations. Moreover, unlike many synthetic siding options, Black Locust siding requires no toxic chemical treatments or artificial finishes, reinforcing the environmentally friendly character of the project. For Western Carolina University, the Apodaca Science Building is more than just a classroom space; it is a statement of values. The project shows how educational institutions can make intentional design choices that align with their mission to advance knowledge while caring for the planet. Through the use of wood siding, the architects and contractors behind this project created a building that is as inspiring as it is functional. From 2018 to 2021, the construction process was meticulously overseen by general contractor Skanska, who ensured that each component—from the siding to the living roof—met the highest standards of quality. Nations Roof provided roofing expertise, while Living Roofs, Inc. contributed their specialized knowledge of vegetative roofing systems. These partnerships illustrate the multidisciplinary effort required to bring such an ambitious project to life. In the end, the Apodaca Science Building successfully combines modern academic needs with timeless natural design. Its siding, both interior and exterior, stands as a testament to the durability and elegance of Black Locust Lumber and highlights how wood siding continues to be one of the most compelling siding options for institutions seeking beauty, performance, and sustainability. With its completion, Western Carolina University now possesses not only a hub for STEM education but also a landmark building that will serve students for generations while reminding them daily of the value of building in harmony with nature.
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