University of Maryland, College Park
Supporting Bold Aspirations and Innovations
University of Maryland, College Park
Chemistry Research Building
Bold aspirations call for innovative design solutions. When the University of Maryland realized their current facility would not support their desire to become one of the top chemistry/biochemistry programs in the nation, they chose Ballinger to “catalyze a new era” for their department. The resulting design is a six-floor, 105,000 SF replacement wing connected and fully integrated into the existing Chemistry Complex. Designed with flexible spaces to maximize efficiency, the wing contains a variety of environments for chemistry, biochemistry, and quantum science research including research labs, lab support, conference rooms, offices, and study and collaboration spaces.
key information
flexibility to reach new research frontiers
High-level research requires flexibility and personalization. It was integral that the building’s research labs be adaptable for any research area in the fields of chemistry and biochemistry. All lab benches, fume hoods, and other equipment can be added or removed to easily achieve any configuration. Climate-controlled labs with minimized vibrations are designed for advanced research in the chemical sciences. Communal spaces throughout the building are designed to maximize collaboration with transparent walls, abundant natural light, and open workstation zones.
The building is home to a conference room unlike any other at the University of Maryland. This Grand Colloquia Room is a 2,300 SF space designed specifically with research presentations in mind. Its high-definition screen enables department researchers to display their work in the clearest way possible and allows for hosting prominent speakers and events. The 120-person seating capacity is reconfigurable for lectures, conferences, and celebrations.
“We believe the researchers in the new building are going to change our world. It is vitally important to give them spaces that inspire them to do the best work they can.”
bright futures require shades
Given the significant energy demands of science buildings, sustainability was at the forefront of design decisions. Solar shading and ceramic frit coatings on the exterior envelope help control indoor temperatures and increase energy efficiency, while preserving occupant access to natural light. Efficiencies in heating, cooling, plumbing, and stormwater management are tilting the building toward LEED Silver certification. By maximizing flexibility in labs and common spaces, the design ensures that the building will serve the University of Maryland community for decades to come.
