Whitaker Hall Biorobotics Lab Transformation

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Washington University in St. Louis

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St. Louis, Missouri

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1,200 SF

This image shows another view of the same laboratory space under normal lighting. The same cylindrical scientific equipment is visible on the left side, mounted on a wooden cabinet base. The textured hexagonal wall pattern with the red accent wall is visible on the right. Two individuals are working in the lab: one person is seated at a workstation along the right wall using a laptop computer, while another person can be seen in the background near what appears to be an articulated mechanical arm or instrument. The lab features the same geometric lighting fixtures on the ceiling and glass partitions on the left side. The modern workspace has a clean, professional appearance with plenty of counter space for research activities.

This image shows a laboratory space bathed in dramatic red lighting. The room features a white drop ceiling with geometric suspended panels, workstations with chairs along a counter on the right, and what appears to be specialized scientific equipment on the left side. The red illumination creates a striking, almost otherworldly atmosphere throughout the space. A textured wall panel or display is visible on the right wall, and large windows or glass partitions can be seen on the left side of the room.

Washington University Neural Locust Lab Blends Innovation with Science on Display

BSA partnered with Washington University in St. Louis to transform unused space in Whitaker Hall into a one-of-a-kind neural research laboratory. Funded by the Office of Naval Research, this cutting-edge lab supports a revolutionary study. Here, engineers surgically implant neural monitors into the brains of locusts. This enables them to detect specific odors—such as explosives in remote environments.

As a leader in science and technology architecture, BSA reimagined Whitaker Hall to support cross-disciplinary collaboration between the biomedical engineering and biology departments. The design embraces a “science on display” approach, featuring a fully transparent glass-walled lab that allows public viewing of live demonstrations and ongoing research. This visibility not only engages students and fellow researchers but also inspires potential donors by showcasing real-time scientific advancements. Focal points of the room are permanent locust habitats, training tables, a fight-simulation wind tunnel, surgery center, and temporary holding spaces for the locust during demonstrations.

Due to the nature of research being conducted, all of the equipment was custom-built by our designers. BSA’s engineering team custom-built a unique locust flight simulator, tailored to the species’ sensitivities. To support this, BSA’s MEP engineering solutions provided precise temperature and acoustic control. Together, these solutions ensure optimal conditions for both research and insect well-being.

The interior design of Whitaker Hall reflects a balance of innovation and functionality. A palette of natural tones, dynamic lighting, and textured wall finishes reflect locust wings on a cellular level. These design elements contribute to a clean, futuristic aesthetic. The look and feel aligns with both the research mission and the university’s brand identity. BSA’s expertise made it possible to deliver a space that is both scientifically advanced and visually compelling.

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Disciplines

Architecture, Engineering, Interior Design, Planning

Whitaker Hall Biorobotics Lab Transformation

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