Virginia Tech, Mitchell Hall Engineering Building
The new Mitchell Hall will be a pivotal campus hub that attracts and connects students and faculty, creating a culture of wonder, possibility, and discovery. At the same time, the design reflects Virginia Tech’s distinctive and enduring approach to campus architecture, adapting characteristic materials and building attributes to current infrastructure requirements and construction technologies.
Home to the department of Aerospace and Ocean Engineering, Mitchell Hall will include a wide-ranging variety of laboratory environments that reflect the multidisciplinary nature of modern engineering teaching and research.
The new facility will also be the primary home for first-year engineering students and will provide critical spaces for Virginia Tech College of Engineering’s design-focused curriculum, including the first-year makerspace; a variety of other maker, capstone, and collaboration environments; and a centralized location for advising, tutoring, and other student support functions.
The only element of the original Randolph Hall to be retained, Virginia Tech’s Stability Wind Tunnel is one of the largest such facilities at any university in the country. This vital piece of equipment, which earns significant revenue for the University, is two stories tall, 130′ long and 60′ wide. Formerly exposed to the elements, the Stability Wind Tunnel will be enclosed in a conditioned high bay facility that also supports industry-sponsored proprietary testing, and is an integral part of the Mitchell Hall project.
As Mitchell Hall will be home to Virginia Tech’s highly rated Aerospace and Ocean Engineering (AOE) program, as well as providing significant new research capacity for Mechanical Engineering and other departments, the programming and design solutions were developed to directly advance engineering education through a campus “hub” model, experiential learning spaces, and industry- and research-ready laboratory environments. Further deepening the learning experience, many of the research labs also host upper-level undergraduate classes, and provide access to highly complex, large-scale equipment, such as Virginia Tech’s Stability Wind Tunnel (SWT), which offers real-world experience in foundational aeronautical principles and advanced design workflows.
Equally important, the research labs are structured for genuine research-and-development partnerships. Students collaborate with real-world educators and industry partners on industry problems while contributing to technology testing and early-stage analysis, positioning Mitchell Hall as a launchpad for workforce-ready engineers and a magnet for high-impact student and industry participation.
The space was designed around a central connecting and collaborating atrium with visibility to some of the most interesting spaces—students can see what’s going on, have space to collaborate, and space for rest or socializing. This will create connectivity and excitement around engineering, making this a true campus hub for these programs.
The new engineering labs also feature research spaces that double as educational elements, which emphasize experiential learning. The students can collaborate with researchers and get exposure to a level of hands-on learning you can’t get in a typical classroom, creating the opportunities to work side-by-side with educators and industry partners on these real-world problems and applications.
Ed Cordes, Science and Technology Expert
