Chemical Biomolecular Engineering and Chemistry unite at the Ohio State University to foster innovation and collaboration

The new Chemical Biomolecular Engineering and Chemistry Building (CBEC) is the first building at the Ohio State University created specifically for interdisciplinary education and research. Students and faculty from different schools, previously housed across campus, are united to foster breakthrough scientific innovation and collaboration.

“With areas optimized for collaboration, top-notch research facilities and premiere learning spaces, this building is the ideal environment for these future leaders to thrive . . . CBEC is our investment in innovation.” — Dean David B. Williams, College of Engineering

Daily physical connection between sciences enhance cutting-edge research

The new building includes a four-story lab wing and a six-story office tower connected by multi-level bridges. Forty-two wet labs are arranged into “neighborhoods” with combined spaces to create an open, shared environment. Outside of the classroom, students meet in a naturally lit two-story lounge. A new landscaped courtyard serves as a hub for outdoor life, connecting the science precinct to the university’s landmark open space. 

Inspiring spaces energize a learning community 

CBEC’s façade is a cross section of metal sunshades and glass with a wave wall providing an appearance of the tower and lab wing floating above it. A colorful and bright main lobby features an LED light installation by artist, Leo Villareal, which illuminates an undulating glass-wave wall at night. An abundance of natural light and open spaces provide organic gathering areas for students and faculty, enriching the collaborative atmosphere. 

Supporting sustainable initiatives through technical achievement  

The building is the university’s first LEED-certified laboratory with high-performance building systems and advanced materials for energy efficiency. CBEC surpasses the university’s goals for decreased energy consumption though the use of enhanced HVAC systems, campus steam and chilled water plants, reduced air-change rates during unoccupied periods, and energy-efficient equipment.