Beneath the towering George Washington University Science and Engineering Hall lies a story of collaboration and innovation. The Engineering Laboratory Building stands as a testament to modern engineering. It enables collaboration between engineers and researchers. They were previously scattered across multiple buildings.
This expansive eight-story complex nearly doubles the space on GW’s Foggy Bottom campus. Transparency and openness define its design. The building boasts a luminous façade. Glass-front labs and offices invite curiosity. A multi-story atrium serves as a central hub. Integrated lighting enhances the building’s aesthetic and functionality.
The Lighting Practice played a key role in this transformation. They developed a lighting system that guides visitors. It clarifies circulation within the vast building. Lighting also supports plant health. Green walls and gardens thrive. They promote occupant well-being and a connection to nature.
Inside the Engineering Laboratory Building are specialized facilities. These include teaching spaces. A three-story high-bay structures lab supports advanced research. A nanofabrication suite allows for cutting-edge work.
Achieving a weather-tight enclosure was critical for such a high-performance building. The Science and Engineering Hall houses laboratories and sensitive equipment. WJE provided exterior enclosure consulting services. They addressed potential issues like rainwater penetration, condensation, and air flow.
The building’s exterior features a mix of materials. Terra cotta rain screen panels create texture. Unitized curtain walls offer sleekness. Metal panel cladding adds durability. Modified bitumen green roofs and PVC roofs contribute to sustainability. A pyramidal skylight brings natural light. A functioning greenhouse and interior planters add greenery.
Constructing the Science and Engineering Hall involved complex interfaces. The greenhouse, projecting curtain wall bays, and skylight required careful detailing. WJE collaborated with design and construction teams to resolve these challenges. They reviewed shop drawings and assisted with responses to inquiries. They also developed a quality assurance testing plan.
Quality assurance testing was essential. WJE witnessed these tests and helped diagnose leaks. Regular site visits ensured construction aligned with contract documents.
The George Washington University Science and Engineering Hall has garnered numerous awards. These include recognition for craftsmanship, construction excellence, and sustainable design. The LEED Gold certification highlights its commitment to environmental responsibility.
Clark Construction completed the project in 2014. The building spans 700,000 square feet. It includes wet and dry research labs, teaching spaces, and below-grade parking. The Engineering Laboratory Building exemplifies modern engineering and design. It fosters collaboration, innovation, and sustainability.