Completion of the engineering complex is several months away, but its unique and commanding presence near the northeast corner of the Kingston Campus quadrangle has led to this characterization: It will be one of the most provocative and technologically advanced engineering buildings in the country.

The largest project in University history, work began on the $150 million engineering complex in February 2017, and it is expected to be ready for classes in fall 2019. Voters approved two bonds for the project, a $125 million bond for the new facility and a $25 million bond to refurbish and expand Bliss Hall. The home of URI Engineering since 1928, Bliss Hall will get a 15,000 square-foot addition and is scheduled to reopen in January 2020.

At 186,000 square feet and 100 feet tall, the new engineering building replaces the 98,000 square feet found in the five outdated engineering structures that were razed to make way for the new facility. The new facility is state of the art, in terms of architectural design and engineering. The bold design uses three trusses, similar to those used in bridges, which span more than 150 feet of open space inside. There is significant use of glass on the exterior and on interior walls of the building, which allows the building to feel open and collaborative.

The new building is allowing the URI Engineering program to increase enrollment. “Current and prospective students are excited about what is going on here,” Dean Raymond Wright said. “In 2007, our enrollment was under 1,000, but it is now, 1,550. We expect that our enrollment will grow as this building becomes operational.”

On the ground-level floor, there will be two, 72-seat active classrooms and a 60-seat active learning classroom. Each of those spaces will contain circular tables and technology that will allow students and faculty members to collaborate. “Engineering is a collaborative discipline. The new complex, with its wide open spaces, glass walls, and hands-on learning, is designed around the notion that this collaboration leads to success,” says Dean Wright.

The Quad-level floor will look out to the new Engineering Quadrangle. The quad will feature an exterior patio with seating areas. Inside there will be a café made of modern composite materials. It will be the perfect spot for students and faculty to gather and grab a bite to eat or a beverage between classes. The cafe will accommodate approximately 110 people.

A glass-walled space will allow observers to see into senior capstone project space for seven engineering programs. The first floor will also house the College’s dedicated student shop. It will also be home to two computer labs and two electronic student centers.

Ninety individual faculty offices will be located on three floors, as well six, 12-seat conference rooms and six faculty lounges. Three floors of the Bridge will house research labs, and the fourth floor will house labs for the college’s Smart Cities disciplines and robotics programs.

“During the last several months, people have seen the size and scope of this building, and they are amazed,” Wright said. “They recognize that there are astonishing things going on in the building now, and that they will continue once we open the doors. There is a sense of awe as people see the change taking place.”