Nanotechnology

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 University of Virginia broke ground on the $350 million Paul and Diane Manning Institute for Biotechnology in December of 2023. Located in the Fontaine Research Park in Charlottesville, the 350,000-sf project will drive innovation in the fields of cellular therapy, gene therapy, nanotechnology, and drug delivery. By collocating state-of-the-art labs and core facilities with advanced manufacturing suites and clinical environments, the four-story building will accelerate the translation of medical discoveries into new solutions for patient care.

Whether renovating an existing lab space or building a new one, conserving energy is likely to be a top priority—even more important than the return on investment. No longer a pie-in-the-sky goal, achieving net zero carbon in standard wet labs is now within reach with the right combination of measures, starting with ventilation management and moving toward electrification. Even cleanrooms, which are among the highest energy intensive laboratory types, could be next. MIT.nano, which opened in 2018 after seven years of planning and design, achieved best-in-class for energy performance, which the designers call “the first big step toward net zero” for these ultra-high-intensity facilities.

The University of Maryland broke ground in August of 2021 on the $116 million Chemistry Building in College Park. Designed by Ballinger, the flexible 105,000-sf structure will provide 34 modular research labs with robust climate controls and vibration mitigation technologies. Accelerating innovation in advanced materials, nanoscience, energy storage, quantum chemistry, and drug discovery and delivery, the project will include two core facilities, 12 meeting and huddle rooms, open office environments, and 13,000 sf of collaboration space.

Nanotronics opened its 45,000-sf headquarters and manufacturing hub in May of 2021 at the Brooklyn Navy Yard in New York. Seamlessly integrating research, development, and production activities, the technology-rich facility supports the creation of smart factory hardware and software that combines robotics, optical microscopy, artificial intelligence, and machine learning platforms.

The University of Nevada, Reno opened the $92 million William N. Pennington Engineering Building in August of 2020. Designed by H+K Architects, the 100,000-sf facility offers dedicated space for the departments of chemical and materials engineering, civil and environmental engineering, electrical and biomedical engineering, mechanical engineering, and computer science. The collaborative four-story building provides 40 labs, a 200-seat classroom, two computer labs, 40 faculty offices, and 150 graduate student workstations.

The University of Windsor celebrated the opening of the CAD$30 million Essex Centre of Research (CORe) in June of 2019 in Windsor, Ontario. Designed by NORR and Hariri Pontarini Architects, the 46,000-sf facility was constructed as an addition to Essex Hall and provides collaborative wet and dry laboratories for the study of advanced materials, transitional health, and medical physics.

A two-year, $55 million renovation at the University of Illinois at Urbana-Champaign’s Everitt Laboratory has transformed the four-story, 136,763-sf building into the first engineering-based medical school in the country, with a focus on medical simulation, research, and instruction. With final completion in June 2018 and the first medical classes starting in July, the Carle Illinois Medical School’s state-of-the-art features enable bioengineering students and future medical professionals to engage in project/problem-based learning and maximize their medical training by using the latest simulation and virtual reality technology.

The University of Groningen will begin construction in summer of 2019 on the 690,000-sf Feringa Building in the Netherlands. The $285 million facility will provide labs, cleanrooms, lecture halls, classrooms, and offices to support science and engineering programs. Specialized laboratories, located entirely on the north face of the building to mitigate weather conditions, will accommodate research in materials science, nanotechnology, chemical engineering, and astronomy.

Georgia Southern University broke ground in December of 2018 on the $50 million Center for Engineering and Research in Statesboro. Designed by SmithGroup and Stevens & Wilkinson to promote interaction and collaboration, the three-story, 135,000-sf facility will provide a centralized home for the departments and disciplines of the Allen E. Paulson College of Engineering and Computing.

Boise State University broke ground on the $50 million Micron Center for Materials Research in April of 2018. Designed by Hummel Architects and Anderson Mason Dale Architects, the four-story, 85,000-sf teaching and research facility will provide over 40 research laboratories, two 80-seat classrooms, a 250-seat lecture hall, and offices and work spaces for faculty, staff, and graduate students.

San Diego State University dedicated the $95 million Engineering and Interdisciplinary Sciences Complex in January of 2018. Designed by AC Martin Architects to promote interaction and collaboration, the 85,000-sf project provides 11,500 sf of instructional space and 17 multidisciplinary labs with advanced instrumentation. The five-story facility features a nanofabrication suite, a creative design center, and an entrepreneurship hub.

The University of Washington opened the $87.8 million Nanoengineering & Sciences Building in December of 2017 in Seattle. Designed by ZGF, the 90,300-gsf interdisciplinary facility provides advanced research and teaching spaces for the departments of bioengineering, mechanical engineering, chemical engineering, and materials sciences. Strategically sited and constructed to minimize vibration, the building is located adjacent to the existing Molecular Engineering and Sciences Institute to foster collaboration.

Vanderbilt University’s new Engineering and Science Building (ESB) brings the physical sciences and engineering together to expand interdisciplinary research in biomedical engineering, energy, and materials; recruit faculty in areas of nanotechnology and environmental engineering; and create a new undergraduate research-focused culture on campus.

The University of Massachusetts Amherst (UMass Amherst) recently completed the construction and fit-out of their new Life Science Laboratories after receiving a $95 million grant from the Massachusetts Life Sciences Center (MLSC)—a quasi-state agency dedicated to growing the state’s life sciences industry. The new interdisciplinary research wing features state-of-the-art equipment and core resources that will be shared across multiple research teams and industry partnerships. While the new core labs were built into a pre-existing shell with an open floorplate and operational MEP, the final design was driven by the cost-intensive equipment list. Since the agency grant designated a specific amount of funding for the equipment, the type of equipment was known but exact model and vendor was not known before many of the other design and programming decisions were made.