Modernization

The Olivia Business Centre was awarded the highest WELL Health-Safety Rating in March of 2021 by the International WELL Building Institute. Located in Gdańsk, Poland, the eight-building corporate park offers 2.5 million sf of world-class office space and accommodates over 200 companies. Achieving 25 out of 25 available points in all WELL Health-Safety categories, the complex leverages advanced infrastructure to continue operations safely during the COVID-19 pandemic. Features include:

Foghorn Therapeutics completed construction in March of 2021 on its 60,000-sf headquarters in Kendall Square in Cambridge, Mass. Spanning three renovated floors in the 500 Technology Square building, the collaborative facility provides leading-edge environments to support crucial biomedical research including chemistry and biology labs, open offices, conference rooms, and huddle rooms. TRIA designed the fast-track project, which was built by Wise Construction with R.W.

The University of Cincinnati began construction in March of 2021 on a $45.6 million renovation and expansion of Linder Hall to create a new home for the College of Law. Designed by Perkins+Will and BHDP Architecture, the project will repurpose and enlarge the 84,443-sf structure to create a 116,635-sf facility featuring a two-story lobby atrium, three flexible 50-seat classrooms, a 90-seat classroom, and a 160-seat auditorium that can function as an appellate courtroom.

Vibalogics is creating a 110,000-sf facility for the production of oncolytic viruses, viral vector vaccines, and viral vector gene therapy products in Boxborough, Mass. Supporting late-phase clinical and commercial manufacturing operations, the highly flexible structure will include 2,000-liter bioreactors, multiple cGMP production suites, offices, warehouse space, and labs for research, development, and quality control. The $150 million project involves the renovation of an existing R&D building previously occupied by Cisco Systems.

Manchester Metropolitan University began construction in January of 2021 on the Science and Engineering Building in the United Kingdom. Designed by BDP, the seven-story, 160,000-sf facility will provide teaching and research labs, instructional venues, a 200-seat super lab, academic offices, collaboration spaces, self-directed learning areas, and a central atrium.

Western Washington University is planning to construct the $68 million Kaiser Borsari Hall in Bellingham. Designed by Perkins+Will, the 40,000-sf structure will accommodate the school's growing programs in computer science and electrical engineering. The collaborative four-story building will provide experiential learning venues, teaching and research labs, classrooms, offices, breakout areas, a multicultural student lounge, a commons, and a mechanical basement.

As the landscape for academic institutions grows more competitive, determining how human factors impact the design of STEM facilities is becoming a significant consideration when it comes to attracting students and research faculty. As a result, team members at Francis Cauffman Architects are developing a set of metrics to identify and assess the value of design features that influence occupant experience in academic STEM spaces with the goal of creating an index that can be used to inform future renovation and new construction projects. Human factor points are allocated to spaces and design features that have a demonstrated positive impact on student enrollment, result in high levels of user satisfaction, and accommodate the teaching and research goals of the facility. In a post-COVID world, this additional evaluation tool may be more important than ever.

Bowling Green State University dedicated the $44.2 million Robert W. and Patricia A. Maurer Center in September of 2020 in Bowling Green, Ohio. Designed by The Collaborative and Perkins+Will, the 89,800-sf project included the construction of a 50,000-sf addition and the renovation of Hanna Hall to create a new home for the Schmidthorst College of Business.

The International WELL Building Institute (IWBI) launched the latest version of the WELL Building Standard in September of 2020. Following two years of extensive development, in-use application, and review, WELL v2 is a vehicle for buildings and organizations to deliver spaces that contribute to improved human health through design strategies, operational protocols, performance standards, and policies that foster a culture of well-being.

The University of Minnesota Twin Cities opened the $108.6 million Health Sciences Education Center in September of 2020 in Minneapolis. Designed by Perkins+Will and The S/L/A/M Collaborative to accommodate interprofessional education programs, the 202,000-sf facility provides active learning classrooms, a teaching visualization lab, a maker space, study areas, a faculty commons, and a sophisticated library.

Codiak BioSciences is constructing a 12,000-sf clinical manufacturing center in Lexington, Mass. The project includes the build-out of a leased lab and office building to create a GMP facility for the production of exosome therapeutics. Codiak is incorporating G-CON Manufacturing's PODs into the center to provide flexible cleanroom capacity. The prefabricated units offer exceptional scalability and mobility, and can be easily repurposed to meet future needs.

Bishop State Community College broke ground in late July of 2020 on two new instructional facilities in Mobile, Ala. The $17 million Advanced Manufacturing Center will provide technology-rich learning environments for programs in robotics, process technology, electronic engineering, and industrial maintenance. The college also began construction on a $4 million renovation project to create a state-of-the-art health sciences center.

UC Davis Health will renovate an existing 194,000-sf facility to provide consolidated administrative space in Rancho Cordova, Calif. Designed by Stantec, the $48 million project will enhance efficiency for several operational groups by creating a central collaborative location. Offering flexible workstation environments, focus rooms, huddle areas, conference rooms, and gathering spaces, the building will accommodate employees working in human resources, finance, revenue, information technology, and executive leadership.

Change is inevitable over the life of a research facility, but modular design and careful attention to utilities—for both adaptability and flexibility—can minimize disruptions and future-proof infrastructure. Enrollment growth at major research institutions is outpacing available space to support the research activities. In addition, programs and buildings are now more technically complex than those built decades ago, with unique requirements, such as animal facilities, cage-washing capability, greenhouse space, and open laboratories. “We are not designing every single space, every single outlet, for a single investigator,” says Timothy Reynolds, a principal with TreanorHL Science & Technology. “We are designing it for investigators that are going to be here 25 years from now. We don’t want to go down the road to find that the facilities that we design today, that are still in operation in 50 years, can’t be modified.” These principles are even more important now, given the challenges university faculty members, staff, and students face in the current pandemic. The use of modular planning, moveable furniture systems and laboratory casework, and flexible infrastructure can allow for the rapid changes called for today. A space in one of TreanorHL’s recent facilities, for example, has been converted to a sterile compounding lab to produce a solution for COVID-19 testing.

POINT Biopharma, a clinical-stage pharmaceutical company based in Canada, is establishing its first U.S. manufacturing center in Indianapolis. The $25 million project includes the purchase and renovation of an existing 77,000-sf, food-grade structure, with additional funds to be invested in sophisticated cleanroom technologies and packaging systems. Slated for occupancy in mid-2020, the GMP facility will support the production of radioligands for POINT's innovative cancer therapies. The next-generation manufacturing center will be fully operational by 2021.