Mary Kay broke ground in September of 2016 on a $125 million research, development, and manufacturing facility in Lewisville, Texas. Designed by Jacobs Engineering, the 480,000-sf facility will support the creation, testing, and production of cosmetics and skin care products. Completion is expected in early 2018. The general contractor for the project is Beck Construction.
Tufts Institute for Innovation (TII), a health sciences research institute, strives to revolutionize scientific inquiry with a new model for research that will reimagine laboratory practice and accelerate human health breakthroughs. Inside the labs, researchers share space and equipment in an open, collaborative, team-like environment that exemplifies the TII mission, while also generating cost efficiency.
The University of New Mexico broke ground July of 2016 on a $35 million facility in downtown Albuquerque that will act as a living laboratory for entrepreneurial education. Representing the first phase of the planned ABQ innovation district, the six-story, 160,000-sf Lobo Rainforest Building will provide collaboration spaces, meeting rooms, business incubators, and student accommodation. The Air Force Research Laboratory will also lease space in the building, which will offer access to advanced technologies and instrumentation suites.
Morgan Advanced Materials is planning to construct the Carbon Science Center of Excellence in University Park, Pa. Located in Penn State's Innovation Park, the 30,000-sf facility will support collaborative R&D with academic and industry partners in the field of carbon research, with a focus on materials and application engineering. Occupancy is expected in late 2017. Based in the United Kingdom, Morgan Advanced Materials is a global leader in the production of engineered carbon and ceramic materials.
The University of New South Wales is building the AUD$125 million Biological Sciences Building in Sydney, Australia. Located on the Kensington campus, the 234,000-sf facility will provide teaching and research laboratories for the School of Biological, Earth and Environmental Sciences and the School of Biotechnology and Biomolecular Sciences. Designed by Woods Bagot to optimize flexibility and adaptability, the project will utilize mobile lab benching systems in collaborative research areas located adjacent to support zones with dedicated write-up spaces.
The U.S. Department of Energy opened the Laboratory for Plasma Nanosynthesis in July of 2016 in New Jersey. Located on the Forrestal Campus of Princeton University, the project represents an expansion of the Princeton Plasma Physics Laboratory and provides three times as much research space as the original facility.
AstraZeneca is building the £750 million Global R&D Centre and Corporate Headquarters on the Cambridge Biomedical Campus in the United Kingdom. Providing advanced facilities for pharmaceutical discovery and development, the 580,000-sf project will include space for biologics research, high throughput screening, medicinal chemistry, pre-clinical research, and clinical studies. Designed to optimize interaction and connectivity, the collaborative 11-acre campus will accommodate approximately 2,000 employees and will include an on-site energy center.
Texas Tech University selected Hill International in July of 2016 to design two new facilities on its Lubbock campus. Comprising the Education, Research & Technology Building and the West Expansion Building, the $83.7 million, 150,000-gsf project will provide modular open labs for interdisciplinary research, principal investigator offices, core instrumentation suites, academic offices, a seminar room, and support space.
Berea College is building the $72 million Margaret A. Cargill Natural Sciences and Health Building in Berea, K.Y. Housing the departments of biology, chemistry, mathematics, nursing, and physics, the 125,000-sf interdisciplinary facility will support collaborative education with technology-rich ‘classatories’, team project labs, and seminar rooms for problem-based learning.
Oregon Health & Science University broke ground in June of 2016 on the $160 Knight Cancer Institute in Portland. Designed by SRG Partnership to foster multidisciplinary collaboration, the seven-story, 320,000-sf facility is located on the South Waterfront Campus and will provide biomedical laboratories, administrative offices, interaction hubs, core labs, a 200-seat auditorium, and space for clinical trials.
Pfizer broke ground in late June of 2016 on the $350 million Global Biotechnology Center in China. Located in the Hangzhou Economic Development Area (HEDA), the facility will manufacture pharmaceutical biosimilars, which are drugs designed with similar active properties to existing licensed therapies. The project will feature a modular production facility created by GE Healthcare that utilizes flexible, single-use biomanufacturing technologies. The duration of construction will be 18 months with completion expected in early 2018.
The University of Western Ontario is constructing the Western Interdisciplinary Research Building (WIRB) in London, Ontario. Housing the Research Cluster for Cognitive Neuroscience and the Rotman Institute of Philosophy, the 120,000-sf facility will also provide mixed-use classrooms and 24,000 sf of shell space. The seven-story facility will include a partial basement and a mechanical penthouse. The project architect is Cannon Design. Completion is expected in late 2017.
Embry-Riddle Aeronautical University began construction in late June of 2016 on the $22 million STEM Education Center in Prescott, Ariz. Designed by LEO A DALY, the 52,500-sf addition will feature 20 laboratories, including specialized facilities for the study of robotics, aerial engineering, space technologies, and high-speed computation and simulation. The teaching and research building will also provide classrooms, undergraduate science labs, meeting rooms, an auditorium, a multimedia center, and a planetarium.
Memorial University is planning to build the $325 million Core Science Facility in St. John's, Newfoundland. Designed by HOK Canada and Hearn/Fougere Architecture to promote integration and collaboration, the multidisciplinary project will include three tower blocks connected by two vertical atria spaces. The 480,000-gsf facility will provide 156,000 sf of research labs and 98,000 sf of teaching labs for the departments of biology, chemistry, biochemistry, and electrical and computer engineering.
Tufts University is building the 175,000-sf Science and Engineering Complex in Boston. The $110 million project includes construction of a five-story, 80,000-sf teaching and research atrium and the complete renovation of two adjoining halls. Designed to promote collaborative research in neuroscience and environmental science, the new building will provide three floors of wet research space, four core facilities, two imaging suites, a mass spectrometer suite, teaching labs, and seven meeting rooms.
