Carnegie Mellon University is constructing the $100 million Robotics Innovation Center in Pittsburgh. Designed by Perkins Eastman, the three-story, 150,000-sf facility will feature reconfigurable high-bay labs and flexible R&D venues that address robotic systems at different scales. Open wet labs will allow interdisciplinary teams to engage in group projects, supported by a range of specialized shops and instrumentation suites.
The University of Southern California is planning to break ground in late 2024 on the $315 million Discovery and Translational Hub on its Health Sciences Campus in Los Angeles. Designed by SmithGroup, the seven-story, 250,000-gsf building will provide advanced biomedical research environments in a ratio of 75 percent wet lab to 25 percent dry lab. Sited atop two additional levels of subterranean shell space, the 150,00-asf facility will include collaboration areas, offices, meeting venues, a biorepository, and a core lab for medicinal chemistry.
Brown University began demolition in summer of 2024 to make way for the Integrated Life Sciences Building (ILSB) in Providence’s Jewelry District. Standing seven stories high, the 300,000-sf facility will provide six levels of wet and dry laboratories for research programs in biology, medicine, neuroscience, bioengineering, and public health. TenBerke and Ballinger designed the center with a publicly accessible ground floor that will offer a forum, gallery, and café.
Mayo Clinic in Rochester, Minn., is a highly collaborative organization at the forefront of both research and clinical care, with 20% of clinical faculty supporting research studies and 12,000 studies under way at any given time. A central paradigm of its translational research workplace is a “condo” model, where a group of investigators with a well-defined mission elect to share research space and equipment to foster collaboration and innovation. Now, a recent initiative is harnessing data in new ways to build upon and expand the power of the condo to advance Mayo Clinic’s mission for decades to come.
Texas A&M University broke ground in May of 2024 on the $41 million Engineering Classroom and Research Building. Designed by Page, the 54,000-sf facility will elevate the experience of first-year students and accommodate growing enrollment. The three-story building will feature a technology makerspace with advanced design and prototyping equipment, as well as faculty-led research laboratories.
Johns Hopkins University broke ground in June of 2024 on a significant expansion of the Bloomberg School of Public Health. The South Building will rise next to the school’s existing home in the heart of the East Baltimore campus to accommodate growing programs while driving interaction between faculty, clinicians, and students.
Texas State University will begin construction in August of 2024 on the $140 million STEM Classroom Building in San Marcos. Designed by Ayers Saint Gross and PGAL, the eight-story, 168,000-gsf facility will house the departments of mathematics and computer science, as well as providing instructional venues, class labs, departmental offices, and research labs for several other academic disciplines.
The University of Kentucky broke ground in June of 2024 on the $285 million Agricultural Research Building in Lexington. Designed by BHDP Architecture and Flad Architects, the 263,000-sf facility will serve as the central research hub for the Martin-Gatton College of Agriculture, Food, and Environment.
The University of California, Berkeley is planning to construct the Bakar ClimatEnginuity Hub as part of a new downtown innovation zone. Designed by Gensler, the five-story, 145,000-sf facility will provide wet and dry laboratories, collaboration spaces, conference rooms, and offices. The robust structure will also include flexible scale-up suites for the development of renewable energy solutions, carbon-capture technologies, and greener building materials and agricultural practices.
Children's Hospital of Philadelphia is constructing the $480 million Morgan Center for Research & Innovation on its Schuylkill River waterfront campus. Situated next to the existing Roberts Center for Pediatric Research, the 350,000-sf tower will provide state-of-the-art labs and core facilities where investigators and clinicians from different disciplines can engage in collaborative discovery.
The University of Massachusetts Amherst is constructing the Sustainable Engineering Laboratories, a national hub for clean energy innovation. Featuring flexible, multimodal learning venues, the $125 million facility was designed by Payette to provide technology-rich environments for immersive teaching and research programs. The vibrant structure will house the Energy Transition Institute, the Wind Energy Center, the UMass Transportation Center, and labs for autonomous vehicle technologies, energy storage, and ocean energy systems.
The $93 million Agriculture & Natural Resources Building (ANRB) at the University of Tennessee, Knoxville provides enhanced research, education, and collaboration with advanced technology, specialized labs, flexible classrooms, a large commons area, a 500-seat auditorium, lecture halls, seamless connections to nearby academic buildings, and a welcoming pedestrian plaza to engage the community. A biophilic design connects students, faculty, and staff with nature through the use of clerestory windows and a green roof that acts as an exterior living room with research gardens.
Oregon State University broke ground in April of 2024 on the $213 million Jen-Hsun and Lori Huang Collaborative Innovation Complex in Corvallis. Designed by ZGF Architects, the 143,000-sf facility will accommodate team-based research programs in semiconductors, materials science, artificial intelligence, and robotics. These next-generation technologies will provide new solutions to global challenges in climate science, oceanography, and water resources.
North Carolina State University is constructing the $180 million Integrative Sciences Building in Raleigh. Designed by ZGF Architects and Moseley Architects, the 164,947-sf facility will provide leading-edge environments for programs in chemistry, biochemistry, and the biological sciences. The collaborative five-story structure will offer two floors of teaching labs, as well as an advanced research floor integrating physical and life sciences in a way not possible anywhere else on campus.
Construction began in May of 2024 on Heathcock Hall, a new 81,700-gsf interdisciplinary research and education building for UC Berkeley’s College of Chemistry. Accommodating programs in synthetic chemistry, physical chemistry, and chemical and biomolecular engineering, the structure will house six stories of research labs, support space, offices, and collaboration venues for investigators, faculty, and students. Heathcock Hall will be connected to two adjacent buildings—Latimer and Lewis halls—which also house chemistry labs.
