Higher Education

The 12-story McGlothlin Medical Education Center at Virginia Commonwealth University, completed in 2013, facilitates a new model of collaborative, team-based learning. The C3 curriculum—centered on the needs of the learner, clinically driven, and using competencies as outcomes—reflects a two-year process of reinventing the first and second years of medical school (M1-M2) involving the dean, faculty, executive-level curriculum staff, and students.

Auburn University began construction in February of 2016 on two new health science facilities in Auburn, Ala. Designed to support advanced instruction in team-based healthcare, the $29 million School of Nursing will feature simulation labs, active learning classrooms, and spacious interdisciplinary teaching labs. The three-story, 89,000-sf building will also provide research space, faculty offices, conference rooms, a tiered auditorium, and a student lounge.

The University of Cambridge is planning to build a $125 million biomedical research facility in the United Kingdom. The six-story, 190,000-sf Project Capella will house the Cambridge Stem Cell Institute, the Milner Therapeutics Institute, the Cambridge Institute of Therapeutic Immunology & Infectious Disease, and the Cambridge Centre for Haematopoiesis and Haematological Malignancies. Lean construction methodology will be implemented in the delivery of the facility, which is slated for completion in the second quarter of 2018.

Indiana University Bloomington broke ground in January of 2016 on the $12 million Paul H. O'Neill Graduate Center at the School of Public and Environmental Affairs. Designed by BSA LifeStructures, the three-story, 28,000-sf facility will support graduate programs in public affairs, environmental management, and environmental science. The project will feature technology-rich learning and meeting spaces, three student commons areas, and faculty offices. Completion is expected in early 2017.

The new Weisberg Family Applied Engineering Complex, adjacent to the existing Robert C. Byrd Biotechnology Center, houses six academic and research programs: College of Information Technology, Mechanical & Electrical Engineering, Mathematics & Computational Science, Computer Modeling & Digital Imaging, Transportation Research Corporation, and Marshall University Research Corporation (MURC).

Barnard College is planning to build the $150 million Teaching and Learning Center in New York. Replacing Lehman Hall, the 132,000-sf facility will feature a computational science center and a digital commons with five teaching labs and flexible learning spaces. The project will also house the Athena Center for Leadership Studies, the Barnard Center for Research on Women, departmental offices, a café, and a library. The design architect for the facility is Skidmore, Owings and Merrill. Completion is expected in August of 2018.

The University of Toronto opened the $52.7 million Environmental Science and Chemistry Building in January of 2016. Located on the Scarborough campus in Toronto, the 110,000-sf facility was designed by Diamond Schmitt Architects and delivered with design-build construction partner EllisDon. Providing flexible teaching and research space for the study of climate change and environmental science, the five-story collaborative building houses classrooms, laboratories, and academic offices connected by a skylit forum and crossroads.

VU University Medical Center will begin construction in March of 2016 on the 172,222-sf VUmc Imaging Center Amsterdam. Providing flexible laboratories for biomedical research, the six-story facility will promote interaction and collaboration by collocating the hospital's radiology and nuclear medicine departments in a single location. The sustainably designed project will be constructed to attain a BREEAM Very Good rating by a joint venture of De Beeldbouwers VOF and Ballast Nedam.

Assumption College is planning to construct a $20 million academic facility in Worcester, Mass. The three-story, 60,000-sf building will provide classrooms, offices, a function hall, and an auditorium. The civil design firm for the project is Quinn Engineering.

Research confirms that active and engaging university classrooms improve learning outcomes, but what features produce the most positive—and cost-effective—results? Surprisingly, perhaps, advanced technology is not nearly as high on the list of success factors as whiteboards, flexible furniture, and other space-related amenities.

Duke University has resurrected an outdated chemistry lab building slated for demolition, and transformed it into an interdisciplinary hub for research and teaching in engineering, sciences, and social sciences. A two-story central atrium (pictured above) forms a focal point around which most other spaces are organized: classroom and academic areas, research labs, break spaces, and conference rooms.

Texas A&M University broke ground on the $12.6 million Human Clinical Research Facility in January of 2016. Located on the west campus in Canyon, Texas, the 20,000-sf project will accommodate clinical trials and programs for the College of Education and Human Development. Designed by PBK Architects, the facility will house the Exercise and Sport Nutrition Laboratory and the Center for Translational Research in Aging and Longevity.

Fanshawe College is creating a new campus in downtown London, Ontario. Designed by Diamond Schmitt Architects in association with Philip Agar, the facility will house the college’s IT, hospitality, and tourism programs. The project team includes construction manager EllisDon and consulting firms Amec Foster Wheeler, Development Engineering, Hastings & Aziz, and Smith + Andersen. Completion is expected in 2018.

The University of Cambridge is planning to relocate the Cavendish Laboratory to its West Cambridge campus in the United Kingdom. The $100 million replacement facility will feature a cleanroom, research laboratories, instructional space, and large-scale experimental chambers. The project team includes design architect Jestico + Whiles, project manager Sweett, engineering consultant Ramboll, and cost management consultant Aecom. Occupancy is expected in 2020.

The University of Texas at Dallas opened the $108 million Bioengineering and Sciences facility in June of 2016. Designed to promote interaction and collaboration, the four-story, 220,000-sf project is physically connected to the Natural Sciences and Engineering Research Laboratory. The facility provides classrooms, faculty offices, and teaching and research labs for programs in biology, chemistry, physics, and electrical and mechanical engineering. Construction began on the project in late 2013.