UTSA Breaks Ground on $95M Science, Engineering Building

📅   Tue July 18, 2017 - West Edition #15
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Officials from the University of Texas at San Antonio broke ground on June 9, on its $95 million science and engineering building.
(UTSA Facebook photo)
Officials from the University of Texas at San Antonio broke ground on June 9, on its $95 million science and engineering building. (UTSA Facebook photo)
Officials from the University of Texas at San Antonio broke ground on June 9, on its $95 million science and engineering building.
(UTSA Facebook photo) The 153,000-sq. ft. building is slated to open in 2020.
(UTSA Facebook photo)

The University of Texas at San Antonio broke ground on June 9, on its $95 million science and engineering building (SEB), the largest construction project in university history.

The 153,000-sq. ft. building, which is slated to open in 2020, will provide laboratory, classroom and collaborative space for UTSA's academic and research programs in brain health, chemical engineering, biology and chemistry.

“The science and engineering building will be home to world-changing discovery through teaching, learning and research,” said Pedro Reyes, president ad interim. “The work that takes place here will carry on UTSA's tradition of excellence and meaningfully contribute to solving some of the most complex problems we face as a global community.”

UTSA research expenditures total nearly $60 million each year. More than $30 million of that total is within the college of sciences. These researchers and students focus on neuroscience, nanotechnology, stem cells, medicinal drugs, infectious diseases and vaccine development, and cybersecurity, where UTSA ranks number one in the nation in undergraduate education and research.

Additionally, more than 40 UTSA faculty members with expertise in biology, biophysics, chemistry, electrical and computer engineering, kinesiology, health and nutrition and psychology have created a university-wide brain health initiative. UTSA researchers are conducting collaborative studies to better understand how the brain functions and how mechanisms impact systems like learning, memory and motivation. Focus areas include brain signaling and circuits, neurodegenerative disease, traumatic brain injury, regenerative medicine, medicinal chemistry, neuroinflammation and drug design.

“Some of the greatest challenges we deal with as a society today surround the brain and devastating diseases including Alzheimer's and Parkinson's. Our research is advancing a greater understanding of how the brain works, how we address brain injuries, particularly with soldiers, and how we combat degenerative conditions,” said George Perry, dean of the UTSA college of sciences.

The science and engineering building also will house UTSA's new chemical engineering program, which launches this fall. The bachelor's program will prepare students for careers in the oil and gas, biotechnology, pharmaceuticals, environmental engineering and materials engineering industries. The building will include a two-story distillation column that will allow chemical engineering students to study different types of mixtures, just as practicing chemical engineers do in industrial facilities. The instrument was made possible by a gift from Bill and Margie Klesse through the Klesse Foundation.

The SEB also will include 17,000 sq. ft. of engineering makerspace, a dedicated gathering area where people with similar engineering and technology interests can collaborate on projects by sharing ideas, equipment, materials and knowledge. The floor plan also includes space for the center for innovation and technology entrepreneurship to help faculty members and students take UTSA discoveries, products and services to market.

“Having the resources this building will bring to our chemical engineering program will make UTSA an even more powerful research university and help us recruit additional top students and researchers,” said UTSA JoAnn Browning, college of engineering dean. “The makerspace is an especially valuable tool. For the first time, our engineering students will have a dedicated space to apply their knowledge and innovative concepts and turn them into tangible applications.”

Another of the building's unique features will be the magnitude of its exterior and interior glass. Many of the laboratories in the building will be surrounded in glass so students and visitors can witness the work underway, a concept referred to as science on display. The goal is to encourage interaction among students from different majors and create opportunities for students to connect with people who have different interests. In addition to engaging more students in research, the approach has been shown to improve student retention and graduation rates.

The SEB will be the first new building completed at UTSA since the North Paseo building opened on the main campus in 2014. It will be located east of the biotechnology, sciences and engineering (BSE) building.

The majority of the funding for the $95 million building comes from tuition revenue bonds, approved by the Texas legislature during its 2015 session.

UTSA is ranked among the top 400 universities in the world and among the top 100 in the nation, according to Times Higher Education.