The University of West Florida broke ground in April of 2026 on an advanced intelligence, cybersecurity, and engineering research facility in Pensacola. Building 129, also known as the Synapse, was designed by Caldwell Architects and Perkins&Will to serve as the base for the Center for Computational Intelligence and the Center for Cybersecurity and AI.
When Yale University set out to reinvest in its sciences, the challenge was as much logistical as architectural. The university is constrained by finite capital budgets and an urban campus in New Haven, Conn., that is dense with heritage buildings. Several interlocking institutional initiatives shaped the approach, including the Yale Sustainability Plan, the Yale Planetary Solutions program, and a Science Strategy Committee report issued in 2018. That report identified five high-priority areas: integrative data science, quantum science, neuroscience, inflammation, and environmental and evolutionary sciences. Two projects—the Kline Tower and Kline Geology Laboratory—directly addressed the data science and environmental and evolutionary sciences priorities.
The University of California, Berkeley held a ribbon-cutting ceremony in May of 2026 to celebrate the approaching completion of the Barbara and Gerson Bakar Gateway building. The $557 million facility will house the College of Computing, Data Science, and Society (CDSS) and bring together approximately 1,325 faculty, students, and staff to elevate education and accelerate AI-driven discovery.
Texas A&M University broke ground in May of 2026 on the Meat Science and Technology Center in College Station. Promising to revolutionize applied agricultural research, teaching, and extension, the 85,600-sf structure will house an array of key programs and initiatives for the Department of Animal Science and the Department of Poultry Science. The $133.36 million building will feature modern laboratories and classrooms, as well as processing spaces for cows, swine, poultry, sheep, and goats.
The University of Louisville broke ground in April of 2026 on the Health Sciences Building to advance discovery and provide the critical infrastructure needed to prepare the next generation of healthcare providers in Kentucky and beyond. Designed by Champlin | EOP and Perkins&Will, the $280 million facility will act as a nexus for the schools of medicine, nursing, public health, information sciences, and dentistry.
At the University of North Carolina at Chapel Hill (UNC), which ranks 11th in the nation in research expenditures, the question of how to integrate artificial intelligence (AI) into research facilities is no longer theoretical—it is urgent. The institution operates a vast and diverse research enterprise across multiple buildings. That scale, combined with rapid shifts in federal science policy, has prompted a fundamental reassessment of how research infrastructure is designed, operated, and managed.
The landscape of academic research has shifted dramatically over the past three decades. Where scientists once worked within single disciplines, today’s researchers tackle complex societal challenges demanding collaboration across multiple fields, and the development of partnerships with private industries addressing the same issues. This evolution has fundamentally changed the approach to research facility design, requiring unique considerations for buildings whose users may not yet be identified and whose research hasn’t been imagined. As a result, the design process has become more cyclical, with fewer known variables upfront, requiring uncertainty management while still delivering buildings that will serve institutions for decades to come.
Southern Illinois University Edwardsville opened the Health Sciences Complex in April of 2026 to provide leading-edge facilities for the School of Pharmacy and the School of Nursing. The $117.4 million project encompassed the construction of a three-story, 106,000-sf structure that links two renovated and expanded buildings via an activated two-story atrium.
The University of Florida opened the Whitney Marine Research Center in April of 2026 in Marineland, Fla. Designed by Lord Aeck Sargent and TTV Architects, the $41.2 million facility more than doubles the available research space for the Whitney Laboratory for Marine Bioscience while expanding capacity for education and conservation efforts. The 38,000-sf building features 12 leading-edge labs, a dedicated microscopy area, aquaculture venues, and a maker space equipped with 3D printers and laser cutters.
Rogers State University broke ground in March of 2026 on the Robson Center for Science and Technology in Claremore, Okla. Designed by Parkhill, the 44,000-sf facility will provide vital capacity for growing, in-demand programs including chemical engineering, molecular biology, cybersecurity, robotics, and unmanned aerial vehicles, as well as premedical courses, nursing, allied health, and environmental conservation.
The University of New Mexico is engaged in a visionary renovation of the College of Pharmacy on the institution’s North Campus in Albuquerque. Designed by Vigil & Associates and Architekton, the 96,518-sf facility is undergoing a comprehensive transformation to create a sophisticated home for future pharmacists and pharmaceutical scientists. Flexible, leading-edge classrooms and research laboratories will be accompanied by collaboration venues that bring learners, faculty, and community partners together.
Every new building is a gamble on the future, but some are bigger bets than others. These days, one of the highest-stakes wagers campus planners must make is how much to upgrade their high-performance facilities to meet tomorrow’s demand. It isn’t an easy call. Once relegated to distant basements, computer labs are now being built right in the heart of campus, a reflection of their ever-growing importance. With the number of majors that utilize high-performance computing expected to rise nationally by the end of the decade and the growing importance of cutting-edge supercomputers in recruiting the very best scholars, the overall direction is clear. But a lot can go wrong, which makes planning tomorrow’s high- performance computing facilities today very complicated and potentially risky.
Loyola University Chicago began construction in March of 2026 on a $250 million facility for the Marcella Niehoff School of Nursing and the College of Arts and Sciences. Located on the Lake Shore Campus in Maywood, Ill., the interdisciplinary structure will offer 150,000 sf of leading-edge space for education, research, and training, as well as an additional basement level spanning 40,000 sf.
The John Innes Centre and The Sainsbury Laboratory are planning a £390 million transformation of their joint campus at the Norwich Research Park in the United Kingdom. Designed by BDP (Building Design Partnership), the Next Generation Infrastructure Programme will deliver a total of 431,000 sf of leading-edge environments for plant science and microbial research. This dynamic complex will accelerate the translation of scientific knowledge into practical solutions by leveraging shared resources, spaces, and networks.
The University of Michigan is constructing the Center for Innovation in Detroit to accelerate technology-focused research and train the next generation of skilled workers. Designed by KPF, the $250 million facility will act as a powerful engine for job creation and inclusive talent development by accommodating both degree-based offerings and instructional courses for non-students in a range of fields.
