Pennsylvania State University opened the $128 million Susan Welch Liberal Arts Building in May of 2025. Designed by Bohlin Cywinski Jackson, the 144,350-sf project enables a forward-thinking model of social science teaching, research, and outreach that unites previously dispersed disciplines.
Cornell University celebrated the opening of Atkinson Hall in April of 2025 in Ithaca, N.Y. Designed by Lake|Flato and SWBR as a nexus for impact-driven research across disciplinary boundaries, the $54 million facility addresses the diverse needs of four unique programs, all of which are university-wide in scope.
The University of California, Davis celebrated the opening of a $1.1 billion destination for collaborative discovery in May of 2025 in Sacramento. Spanning 767,000 sf, the first phase of Aggie Square was designed by ZGF Architects as the flagship for a new model of innovation district that strategically collocates academic, industry, and community partners not only in the same building, but in many cases on the same floor.
The University of Wisconsin-Madison broke ground on the Phillip A. Levy Engineering Center in April of 2025. Designed by SmithGroup, Continuum Architects + Planners, and Ring & DuChateau, the $420 million facility will enable the College of Engineering to accommodate 1,000 additional students each year to address growing demand. Standing seven stories above grade with one basement level, the 395,000-gsf structure will offer 211,000 asf of collaborative teaching and research space.
The College of William & Mary opened a $76 million expansion of the Virginia Institute of Marine Science (VIMS) in April of 2025 in Gloucester Point, Va. Designed by Baskervill, Chesapeake Bay Hall provides a new home for the Institute's four academic departments: Aquatic Health Sciences, Biological Sciences, Fisheries Science, and Physical Sciences.
Designing higher education labs is sometimes as much about managing the chemicals that inhabit the space as it is about the scientists and their work in the lab. How hazardous are the chemicals? How are they stored, and what are the allowable quantities? How do you protect the researchers and occupants in adjacent spaces, both during normal lab operations and in an emergency? Is it possible to craft a code-compliant chemical management strategy that aligns with the current shift toward large open labs that foster interdisciplinary collaboration?
Bruntwood SciTech opened Citylabs 4.0 in March of 2025 in Manchester in the United Kingdom. Created in partnership with Manchester University NHS Foundation Trust (MFT), the £42 million ($55.3 million) facility promises to catalyze breakthroughs in precision medicine, healthcare, and the life sciences. The development’s strategic colocation with MFT in the city’s biomedical cluster enables direct access to joint clinical trials, diagnostic collaborations, and advanced resources to accelerate the discovery and implementation of healthcare innovations.
Purdue University broke ground on the $187 million Academic Success Building in Indianapolis in April of 2025. Designed by Perkins&Will and Browning Day, the 248,000-sf facility will optimize student outcomes through experiential education, and foster connections with corporate partners and the local community. Four floors of the 15-story structure will provide active learning classrooms, wet and dry STEM laboratories, and maker spaces.
The University of British Columbia opened a CAD 139.4 million (USD 100.3 million) facility for the School of Biomedical Engineering in April of 2025 in Vancouver, Canada. Designed by Patkau Architects and Architecture49, the 158,000-sf Gordon B. Shrum Building enables hands-on education and training for students in the life sciences and catalyzes innovative solutions for pressing health challenges.
George Mason University opened the $107 million Life Sciences and Engineering Building in Manassas in March of 2025. Located on the SciTech campus, the 132,000-sf facility leverages a central location in Virginia’s tech corridor to drive advances in research and education. The four-story structure houses growing programs within the colleges of Engineering and Computing, Science, Education and Human Development, and Visual and Performing Arts.
San Diego State University began work in early 2025 on a new STEM facility to enhance student success and increase research access and productivity. SmithGroup designed this iconic campus destination to advance innovation and discovery while addressing growing industry demand for science graduates. Spanning 79,000 gsf, the five-story center will provide approximately 38,000 asf of space for instructional and research laboratories, including both wet and dry environments, as well as related support spaces and faculty offices.
Brandywine Realty Trust has completed construction on 3151 Market Street, a dynamic innovation facility in the heart of Philadelphia’s life sciences cluster. Designed by Gensler, the 472,000-sf tower offers purpose-built offices and customizable laboratories with options for chemical and biological use, GMP production, and vivarium operations. Collaboration and knowledge exchange are enhanced by an advanced conference center and a café, complemented by private terraces and green spaces to amplify employee productivity.
The Medical College of Wisconsin is constructing the $153 million Center for Cancer Discovery on the Milwaukee Regional Medical Center campus. Centralizing the university’s cancer research programs under one roof, this dynamic hub will catalyze discoveries in cancer biology, expand clinical trials, and create groundbreaking treatments for patients.
Sciontec is planning to construct Hemisphere, a £156 million ($205.3 million) laboratory and office development in Liverpool, U.K. Strategically sited in the city’s Knowledge Quarter, the complex will include two eight-story structures offering a total of 216,861 nsf. Designed by AHR to foster workplace wellbeing and productivity, this nexus of discovery will also include a central biophilic plaza, interior greenhouses, showers, and a cycle hub.
An evolution of the equipment and technology researchers need is transforming ordinary labs into facilities that deserve to be called next-generation or future-ready. Significant changes in space utilization and lab planning and design are driven by increased automation and robotics, the incorporation of manufacturing, enhanced information technology with an emphasis on data collection, ever-evolving technologies, developer core/shell fit-outs, hybrid work patterns, and different approaches to project delivery and construction.
