The University of Virginia opened the $33 million School of Data Science in April of 2024 in Charlottesville. Designed by Hopkins Architects and VMDO, the 61,000-sf facility offers collaborative environments for teaching, research, and discovery. Four adaptive classrooms equipped with integrated learning technologies will support a pedagogy based on experiential education.
Wexford Science + Technology is constructing the $1.2 billion Aggie Square on the Sacramento campus of the University of California, Davis. Designed by ZGF Architects, the innovation district is being developed in association with GMH Capital Partners. The 8.25-acre site will feature an expansive plaza framed by three glass-clad structures providing between 230,000 sf and 310,000 sf each.
A study of three academic medical centers constructed in 2009, 2014, and 2020 reveals little change in the square footage of research spaces over time but a radical change in how the square footage is being used. The result is research space that is more efficient, flexible, adaptable, and functional, with a higher percentage of space dedicated to lab support. The metrics gathered in this study can help guide lab planners as they look to the future.
With active learning classrooms, Florida International University’s Herbert Wertheim College of Medicine was presented an opportunity to think differently about how to create spaces that support a different approach to instruction and interaction. Figuring out what works and what doesn’t in terms of acoustics, technology, lighting, and sightlines has demonstrated the importance of aligning the space—and the technology within it—with the pedagogy rather than the reverse.
Michigan Tech opened the H-STEM Engineering and Health Technologies Complex in Houghton in March of 2024. HED designed the collaborative facility to drive academic excellence in health-related fields and accelerate the creation of human-centered technological innovations. Positioned in the heart of campus, the development collocates researchers in materials science, engineering, and neuroscience with faculty from kinesiology and integrative physiology.
The University of Colorado opened the $22 million Anschutz Engineering Center on its Colorado Springs campus in April of 2024. Designed by OZ Architecture, the three-story, 23,000-sf annex provides the College of Engineering and Applied Sciences with teaching and research labs, maker spaces, and active learning environments. The high-performance facility also includes an aerospace engineering lab, an executive conference room, computer labs, classrooms, and faculty offices.
Missouri Southern State University broke ground in April of 2024 on the Roy Blunt Health Science Innovation Center in Joplin. Addressing a critical shortage of skilled health professionals, the $42 million facility will feature technology-enabled environments for immersive learning. A simulation hospital will include examination rooms, an acute care ward, an emergency center, a labor and delivery unit, and a model ambulance. The 65,000-sf building will also accommodate classrooms, offices, research space, and a spacious cadaver lab.
The University of Delaware broke ground in April of 2024 on the Securing American Biomanufacturing Research and Education (SABRE) Center. The $150 million facility will enhance the R&D capabilities of the adjacent National Institute for Innovation in Manufacturing Biopharmaceuticals (NIIMBL) while driving the creation of a skilled workforce. Serving as a living laboratory for the formulation of best practices, the 70,000-sf building is envisioned as a place to scale up and mature new production methods.
Western Kentucky University is constructing the $75 million Gordon Ford College of Business in Bowling Green. Designed by Gensler to promote student-faculty interaction, the 113,000-sf building will transform undergraduate and graduate business education in the region and fulfill an important component of WKU’s campus master plan. The open and collaborative structure will include a three-story atrium, 21 technology-rich classrooms, an auditorium, a virtual reality suite, and a trading lab with access to Bloomberg Terminals.
Carnegie Mellon University broke ground in early 2024 on the $252 million Richard King Mellon Hall of Sciences in Pittsburgh. Designed by ZGF Architects and R3A Architecture, the 338,900-sf complex will advance a new era of data-driven research, cross-disciplinary education, and creative expression. The transformative development will collocate the College of Science and the School of Computer Science with the Institute for Contemporary Art Pittsburgh in a prominent city intersection to foster connections with the local community.
The University of Maryland dedicated the $132 million Chemistry Building in College Park in April of 2024. The 105,000-sf facility features 34 modular laboratories for research programs in molecular nanoscience, quantum chemistry, advanced materials, energy storage, and drug discovery and delivery. Featuring robust climate controls and vibration mitigation technologies, the six-story structure houses two core facilities, 12 meeting and huddle rooms, open office environments, and 13,000 sf of collaboration space.
The most accurate prediction about the future of science is that it cannot be predicted, especially when it comes to laboratory facilities that support higher education, research, and manufacturing. Attention to these seven key considerations can help futureproof laboratory facilities: floor-to-floor height, utility distribution strategy, exterior research space, specialized environments, hazardous components, structural considerations, and engineering criteria.
Data from recent studies analyzing space utilization at colleges and universities across the country indicates a post-pandemic shift toward supporting hybrid education models that blend remote learning with in-person instruction. The studies were designed to analyze the impact of technology-intensive hybrid and experiential learning modalities on higher education while identifying key considerations, best practices, and metrics that can help space planners create more efficient, flexible environments that meet the needs of today’s students, faculty, and staff. Notably, in addition to an increased acceptance of remote learning, students and faculty also desire a return to in-person learning. This dichotomy is driving institutions to adapt hybrid education models that combine online education with active-learning classrooms that require sophisticated IT infrastructure and casual social environments that facilitate informal learning and collaboration.
Massachusetts Institute of Technology dedicated the new home of the Stephen A. Schwarzman College of Computing in Cambridge in April of 2024. Skidmore, Owings & Merrill designed Building 45 as a dynamic campus crossroads where diverse groups can connect and engage in shared discovery. The eight-story, 178,000-sf facility offers sophisticated research environments for the study of artificial intelligence and machine learning designed by laboratory planner RFD.
Baylor College of Medicine is constructing the $260 million Lillie and Roy Cullen Tower in Houston. The 503,000-sf facility will strategically collocate the School of Medicine and the School of Health Professions next to the Texas Medical Center’s Helix Park. The technology-rich building will feature studio classrooms, lecture halls, teaching labs, and an expansive atrium that can function as a 500-seat auditorium.
