Delft University of Technology (TU Delft) broke ground on an academic and research building for the physical sciences in July of 2025 in the Netherlands. The dynamic facility will colocate departments from the Faculty of the Applied Sciences on the college’s south campus and stimulate excellence in education, discovery, and collaboration.
San Diego State University opened the Sciences and Engineering Laboratories in August of 2025 on the Imperial Valley campus in Brawley, Calif. Spanning 37,000 sf, the flexible structure houses teaching labs, interdisciplinary lecture spaces, specialized environments for research, core facilities, and 45 faculty and administrative offices. A STEM innovation hub is augmented by collaborative venues for public and private partners to work side by side with faculty and students.
The Milwaukee School of Engineering broke ground on the Robert D. Kern Engineering Innovation Center in July of 2025 to catalyze interdisciplinary education and collaboration. Designed by RAMLOW/STEIN Architecture + Interiors, the $75.5 million facility will offer flexible labs, modern classrooms, robotics workshops, an outdoor sustainability lab, and public spaces for interactive learning.
Cambridgeshire and Peterborough NHS Foundation Trust and Cambridgeshire University Hospitals NHS Foundation Trust are planning to construct a £671 million ($910.4 million) children’s hospital in association with the University of Cambridge in the United Kingdom. Designed by Hawkins\Brown and White Arkitekter, the 373,507-sf facility will offer 187 beds in total, with 108 for inpatient use, 16 dedicated to pediatric care, and 42 day-case beds.
The University of Illinois at Chicago opened the $118 million Computer Design Research and Learning Center in July 2025. Designed by LMN Architects and Booth Hansen as an expanded and consolidated home for the Department of Computer Science, the 135,000-sf facility will drive groundbreaking research and provide world-class training opportunities for graduates entering high-tech and engineering careers.
In the span of 16 months, Seattle’s Fred Hutch Cancer Center formulated and implemented a space realignment initiative that divested 30,000 sf of leased space, generated $2 million in savings and another $2 million in cost avoidance, and impacted approximately 1,400 people, 20% of its 7,000-member workforce.
California State University, Fullerton broke ground in June of 2025 on the College of Engineering and Computer Science Innovation Hub. Gensler designed the $85 million facility as collaborative workspace that will empower the next generation of innovators and industry professionals to solve real-world challenges. Rising next to the existing engineering building, the 42,000-sf structure will offer teaching and research labs, maker spaces, immersive learning environments, and areas for project-based exploration.
Bigelow Laboratory for Ocean Sciences opened the Harold Alfond Center for Ocean Education and Innovation in June of 2025. Designed by Harriman, the $31 million project represents a 40 percent increase in the footprint of the nonprofit institution's campus in East Boothbay, Maine. The 25,000-sf expansion offers advanced laboratories for discovery and development where investigators will translate early-stage ideas into novel products and solutions.
The University of Alabama at Birmingham celebrated the opening of Frances and Miller Gorrie Hall in June of 2025. Designed by Goodwyn Mills Cawood, the $77 million facility advances the School of Engineering’s mission to attract leading faculty and train the next generation of modern engineers. The 116,000-sf structure enables a progressive pedagogy that blends academic instruction with hands-on learning and industry experience.
Morgan State University broke ground in May of 2025 on the $337 million Science Center in Baltimore. Designed by Moody Nolan, CannonDesign, and K. Dixon Architecture, the 246,435-gsf building will become the centerpiece of scientific research and instruction on campus. This new home for the School of Computer, Mathematical and Natural Sciences will provide 135,539 asf of leading-edge space for interactive learning, innovation, and discovery.
The University of Cambridge opened the Ray Dolby Centre in May of 2025 in the United Kingdom. This purpose-built headquarters for the Department of Physics, also known as the Cavendish Laboratory, will serve as a national research hub and houses the Collaborative R&D Environment (CORDE), a new facility for the Engineering and Physical Sciences Research Council.
Old Dominion University broke ground in April of 2025 on the Biological Sciences Building in Norfolk, Va. Representing the largest capital construction project in the institution's history, the $184 million development will enable students and faculty to explore a wide range of biomedical and ecological fields. Ballinger and VMDO Architects designed the 162,586-sf structure, which will provide flexible research labs for up to 30 investigators, teaching labs, core facilities, classrooms, and a 120-seat lecture hall.
Kansas State University is constructing the Global Center for Grain and Food Innovation in Manhattan to advance agricultural science and education. Designed by Clark & Enersen, the $210 million project includes the construction of a 140,000-gsf structure and the renovation of Carl Hall and Weber Hall, creating a vibrant integrated complex. Approximately 30 percent of the space in the new facility will be allocated for collaboration between public and private partners to accelerate the generation of novel solutions to pressing global challenges.
Purdue University is constructing the $160 million Nursing and Pharmacy Education Building in West Lafayette, Ind. Designed by Ayers Saint Gross and BSA LifeStructures, the 185,400-gsf facility will catalyze interprofessional synergies by collocating the School of Nursing and the Department of Pharmacy Practice in one dynamic center. This innovative hub for health science excellence will support a contemporary curriculum that equips future nurses and pharmacists with the essential competencies to deliver optimal patient care.
As institutions aim to reduce both operational and embodied carbon emissions, laboratory designers can pursue this goal by specifying low-carbon materials and implementing new energy solutions during design and construction, as well as considering the building’s ongoing maintenance. Operational carbon is the carbon that is emitted to run the building over its lifetime. Embodied carbon is the carbon that is emitted in the extraction, manufacturing, and transportation, installation, maintenance, and disposal of materials used during the construction of the building.
