Engineering

Dartmouth College began construction in October of 2019 on the $100 million Arthur L. Irving Institute for Energy and Society in Hanover, N.H. Designed by Goody Clancy to promote an integrated approach to problem solving, the 55,000-gsf facility will accommodate programs in engineering, environmental studies, geopolitics, business, and economics. The three-story structure will be physically connected to Murdough Hall by an atrium, creating a natural point of convergence for faculty and students from across campus to collaborate on energy-related projects.

The University of Rhode Island opened the $150 million Fascitelli Center for Advanced Engineering in September of 2019 in Kingston. Designed by Ballinger to foster interdisciplinary collaboration and innovation, the six-story, 190,000-sf facility provides three large active-learning classrooms, teaching and research labs, core instrumentation suites, two computer labs, a robotics lab, a 24/7 student maker space, and capstone project areas. The building also offers 90 faculty offices, six faculty lounges, and six conference rooms.

Harvey Mudd College broke ground in late September of 2019 on the $30 million McGregor Computer Science Center in Claremont, Calif. Designed by Steinberg Hart, the three-story, 36,000-sf facility will collocate the department of computer science with a campus-wide maker space to create a vibrant hub for project-based learning.

The University of Texas at Austin broke ground in October of 2019 on the $168 million Gary L. Thomas Energy Engineering Building. Designed as a hub for energy-related education, research, and innovation, the 184,300-gsf building will feature leading-edge labs and classrooms, collaboration environments, and student project spaces. The six-story multidisciplinary facility will house the Cockrell School's mechanical, chemical, and petroleum engineering programs.

Katerra is constructing the $40 million Catalyst Building in Spokane, Wash. The five-story, 150,000-sf facility will accommodate leased space for Eastern Washington University's programs in computer science, electrical engineering, and visual communication design. Comprising two wings connected by a light-filled atrium, the collaborative $40 million building will provide dry labs, offices, classrooms, and study spaces.

Swarthmore College opened the $120 million Maxine Frank Singer '52 Hall in September of 2019 in Swarthmore, Pa. Designed by Ballinger to accommodate programs in biology, engineering, and psychology, the 160,000-sf facility provides flexible classrooms, labs, and common spaces to support enhanced pedagogical experiences linked to environmental sustainability. The interdisciplinary building comprises a lab wing, a garden pavilion containing departmental offices, and a transparent three-story commons.

The University of Oklahoma opened the 75,500-sf Gallogly Hall in late September of 2019 in Norman. Designed by Page Southerland Page to house the Stephenson School of Biomedical Engineering, the facility provides technology-rich classrooms and teaching labs, a large lecture hall, a maker space, faculty and graduate student offices, interactive learning venues, and a rooftop terrace.

Arizona State University is planning to build the $192 million Interdisciplinary Science and Technology Building 7 (ISTB7) in Tempe. Designed by Architekton and Grimshaw, the 258,000-gsf facility will provide research labs for biological and life sciences, sustainability, and engineering, as well as offering dry labs for programs in computing, cybersecurity, and robotics. In addition to public outreach and exhibit spaces, ISTB7 will include classrooms and a conference center with a 450-seat presentation hall.

Nanotronics began construction in September of 2019 on a 25,000-sf facility at the Brooklyn Navy Yard in New York. Featuring leading-edge manufacturing systems, the $11 million project will accommodate the research, development, and production of advanced imaging systems that combine robotics, optical microscopy, artificial intelligence, and machine learning platforms.

The Milwaukee School of Engineering opened the $34 million Dwight and Dian Diercks Computational Science Hall in September of 2019. Designed by Uihlein/Wilson - Ramlow/Stein Architects to accommodate programs in artificial intelligence, cloud computing, cybersecurity, and robotics, the 65,536-sf facility offers flexible, technology-enhanced classrooms, teaching and research labs, and a 1,024-sf data center with a GPU-accelerated supercomputer.

ABB began construction in September of 2019 on a $150 million robotics hub in the Kangqiao district of Shanghai. Featuring advanced technologies for automated and digital manufacturing, the highly flexible facility will include an integrated R&D center to accelerate innovation in the field of artificial intelligence (AI). Supporting direct collaboration with customers, the center will leverage sophisticated machine learning strategies to enable robots to construct automated and robotic systems tailored to specific client needs.

The University of Wyoming broke ground in November of 2018 on the $100 million Science Initiative building in Laramie. Designed by GSG Architecture and Perkins&Will, the 153,000-sf facility will provide leading-edge research labs, imaging suites, collaboration spaces, a vivarium, a greenhouse, and a 200-seat active-learning classroom. Supporting the university's Tier-1 Engineering Initiative, the interdisciplinary project will accommodate STEM programs in science, technology, engineering, and mathematics.

Western Colorado University began construction in September of 2018 on the 75,000-sf Rady School of Computer Science and Engineering in Gunnison. Created in partnership with the University of Colorado and funded by a donation of $80 million, the facility will provide sophisticated instrumentation suites, laboratories, classrooms, lecture halls, collaboration spaces, faculty offices, and a central gallery with a canted glass curtainwall. Farnsworth Group is providing architectural, MEP, structural, and landscape design services.

The University of Illinois at Chicago broke ground in November of 2017 on the Engineering Innovation Building. Housing the departments of chemical engineering, mechanical and industrial engineering, civil engineering, and materials science, the 58,665-gsf (35,335-nsf) facility will provide teaching and research labs, classrooms, student project areas, a high-bay structural research lab, a chemical engineering pilot plant, and offices for faculty and staff.