Texas A&M University and EYP have recently completed a renovation and modernization project of the university’s Engineering & Health Building for the Engineering Medicine (EnMed) program.
The program is an integrated medical and engineering option for medical school that focuses on innovation and entrepreneurship wherein students simultaneously earn their doctor of medicine and master of engineering in four years.
The EnMed building is located in the east of the Texas Medical Center. The facilities required an extensive renovation of two connected structures — a two-story former bank built in 1952 and a 17-story office tower built in 1962.
The exterior facade was replaced and redesigned and now features a unitized glazed curtain wall system with stone and metal panels. Inside, the building features large, reconfigurable learning studios, flexible classrooms, multidisciplinary labs, and glass-enclosed collaboration spaces. The elevator shafts in the old office building were small and needed to be made bigger to accommodate gurneys. The build team combined two elevator shafts and ordered a custom elevator to achieve the needed size.
A 2,471-sf maker space serves EnMed’s engineering curricula with reconfigurable tables, 3D printers, a machine shop, and a floor-to-ceiling glass partition system that provides views to what is happening inside. Embedded in the glass is one of the original bank vault doors that bridges the building’s past and future. Additionally, 3D modeling and virtual creation tools are available to all students in the VR and AR simulation rooms.
A medical education simulation center offers students skills-based training on the healthcare side of the program. The simulation suite provides a hospital environment complete with beds, mock headwalls, and integrated teaching space.
Also included are a cafe, a 240-seat auditorium, conference spaces, and support areas. The facility’s “crown jewel” is the 17th-floor board room and multifunction space, designed to attract students, faculty, and donors to the program.
Related Stories
Energy-Efficient Design | Mar 20, 2018
University of Hawaii Maui College on pace to become first U.S. campus to generate 100% renewable energy on-site
The project is part of a partnership with Johnson Controls and Pacific Current that will also allow four UH community college campuses on Oahu to significantly reduce their fossil fuel consumption.
University Buildings | Mar 14, 2018
Harvard’s District Energy Facility showcases a new infrastructure typology
The building is currently under construction.
University Buildings | Mar 7, 2018
New living/learning community replaces two outdated residence halls at Emporia State University
KWK Architects designed the project.
University Buildings | Feb 16, 2018
The University of Washington receives a new Nanoengineering and Sciences Building
The building marks the second phase of a 168,000-sf complex.
University Buildings | Feb 9, 2018
University of Missouri’s new dining experience lessens food waste and inventory
The project was designed by KWK Architects.
University Buildings | Jan 31, 2018
Report: Spending spree on new buildings a risky venture for some U.S. universities
Higher education institutions continue to add new buildings in spite of increased stress on facilities management budgets, according to a new report from Sightlines.
Healthcare Facilities | Jan 29, 2018
The new Virginia Tech Biomedical Research Addition will include research facilities in five thematic areas
The project is a collaboration between Carilion Clinic and Virginia Tech.
University Buildings | Jan 22, 2018
University of Copenhagen’s new research building focuses on energy efficiency
C. F. Møller designed the building.
University Buildings | Jan 19, 2018
A 360-degree classroom highlights Washington State University’s new academic innovation hub
The circle-in-the-round classroom can accommodate 275 students.
University Buildings | Jan 18, 2018
New living/learning facility at the University of Illinois at Chicago breaks ground
Solomon Cordwell Buenz (SCB) designed the facility.