Higher Education

Boston-based general contractor BOND has completed construction of a two-phase infrastructure upgrade to Brown University’s Barus & Holley Hall/Prince Laboratory Building in Providence, R.I. Housing the engineering and physics departments, the seven-story, 220,000-sf facility provides 150 offices, 117 labs, 29 teaching labs, 15 classrooms, and three lecture halls. Components of the upgrade included a new fire alarm system, modernized elevators, and replacement of the building’s air handling unit.

San Juan College is constructing a 65,000-sf facility for the School of Energy in Farmington, N.M. The $15 million building will provide specialized laboratories for the study of oil and gas production technologies as well as classrooms and offices. The team for the design/build project includes architectural firm Dekker/Perich/Sabatini and general contractor Jaynes Corporation. Groundbreaking was celebrated in fall of 2013 and completion is expected in May of 2015.

The University of North Carolina at Chapel Hill dedicated the $245 million Marsico Hall in March of 2014. The nine-story, 340,000-sf biomedical imaging facility will support basic and translational research in oncology, nanomedicine, microbiology, immunology, and pharmaceutical engineering. Marisco Hall houses a hybrid MRI/PET whole body scanner, a 7 Tesla MRI whole body scanner, and a cyclotron.

MacEwan University will begin construction in summer of 2014 on the $153 million Centre for Arts and Communications in downtown Edmonton, Alberta. Designed by Bing Thom Architects, the five-story building will provide two theaters, multimedia studios, classrooms, and galleries.

The Energy Innovation Center (EIC) at the University of Wyoming—designed for the UW School of Energy Resources (SER), the Enhanced Oil Recovery Institute (EORI), and the Institute’s nine centers of excellence—focuses on such critical issues as enhanced oil recovery, carbon management, and advanced coal technology. 

North Central College is designing a $60 million facility to replace the 34-year-old Kroehler Science Center. Located in Naperville, Ill., the 120,000-sf, 44-story interdisciplinary building will provide teaching labs, classrooms, and collaborative research space for STEM (science, technology, engineering, and math) programs. The project architect is Holabird & Root of Chicago and the laboratory programming and design consultant is Research Facilities Design (RFD). Occupancy is expected in fall of 2017.

The University of California, San Diego dedicated the $113 million Health Sciences Biomedical Research Facility in March of 2014 in La Jolla, Calif. Designed by ZGF Architects, the 196,000-sf building provides wet bench laboratories, open lab space, lab support, offices, conference rooms, and an interaction atrium. A basement level accommodates core labs and mechanical systems.

Weber State University will begin construction in June of 2014 on the 175,000-sf Tracy Hall Science Center in Ogden, Utah. Supported by $57.4 million in state funding and a $5 million philanthropic contribution, the facility will house all eight departments of the College of Science in a single location. The project design principles spell out the word ‘science’: sustainability, connectedness, inviting, engaging, nature, comfortable, and exploration.

The Sir Samuel Griffith Centre at Griffith University in Brisbane, Australia, is the embodiment of a living laboratory. The project, funded through the Australian government’s Education Investment Fund, delivers the world’s first large-scale, zero-emission research and teaching facility that utilizes solar power and energy storage as hydrogen.

Institutions that educate medical professionals are building an increasing number of simulation centers in response to the need for more hands-on, interdisciplinary, real-life training scenarios. Although these facilities can generate revenue, the expense of the equipment and related costs make it difficult to be profitable. But, with the use of creative design strategies, institutions can improve utilization and generate income.

The University of Birmingham broke ground in March of 2014 on the $100 million High Temperature Research Centre in Coventry in the United Kingdom. Created in partnership with Rolls-Royce, the 62,431-sf advanced manufacturing research facility will provide laboratories for the casting, design, and simulation of aerospace engine components such as turbines. The center will also support collaborative education and research with other academic and industry partners.

Washington State University broke ground in March of 2014 on the $52.8 million PACCAR Clean Technology Laboratory Building in Pullman. Supporting research on advanced materials, renewable energy, atmospheric science, and hydrology, the 96,000-sf interdisciplinary facility will provide specialized core labs, common support areas, offices, faculty and student research space, and conference areas. The project team includes LMN Architects, general contractor Skanska, and laboratory design consultant Research Facilities Design.

The Wisconsin Energy Institute (WEI), at the University of Wisconsin-Madison, brings together researchers from multiple disciplines to collaborate on solving the world’s energy needs. Occupied in January 2013, the five-story, 102,000-gsf building is designed to flex and adapt to evolving directions in clean-energy research.

The Phase II renovation of Michigan Memorial Phoenix Laboratory (MMPL)—located in a three-story, Cold-War-era facility—contains more than 3,000 sf of chemistry wet lab space, plus a 10,161-sf addition housing the University of Michigan Energy Institute (UMEI, formerly called the Michigan Memorial Phoenix Energy Institute). The UMEI, previously housed in temporary administrative offices, develops, coordinates, and promotes multidisciplinary energy research and education at the University.

Newcastle University is planning to build the $83 million Science Central development in Newcastle in the United Kingdom. Designed by Hawkins\Brown in partnership with BuroHappold and BD Landscapes, the 107,640-sf facility will act as a living laboratory for urban sustainable design. Occupancy is expected in September of 2017.