Eli Lilly will begin construction in late 2012 on a $140 million expansion of its Indianapolis pharmaceutical manufacturing campus. The 80,000-sf addition will support the production of insulin cartridges. Completion is expected in March of 2014 with operations beginning in 2015.
When the Institute for Animal Health in Pirbright, U.K., launched a significant upgrade of aging infrastructure to improve health- and safety-related systems at its high-level containment facilities, project leaders undertook a benchmarking process to determine how much the upgrades would cost to operate and how Pirbright's organizational structure compared with similar facilities in preparing to meet long-range goals.
The University of Hawaii at Manoa is building the $103 million Cancer Research Center in Honolulu. Designed by Shimokawa Nakamura in partnership with ZGF Architects and Jacobs Consultancy, the five-story, 150,000-sf facility will provide advanced biomedical research laboratories and offices. The lead contractor is A.C. Kobayashi Construction of Honolulu. Ground was broken on the project in October of 2010 and occupancy is expected in February of 2013.
Novartis will invest $500 million to construct a cell-based biomanufacturing facility in Singapore. Located adjacent to its existing pharmaceutical plant in Tuas, the new biologics center will support both clinical and commercial production of biological therapies such as monoclonal antibodies. Construction will begin in early 2013 with full operations commencing in late 2016.
Health Diagnostic Laboratory (HDL) is building a $68.5 million headquarters complex in Richmond. Located in the Virginia BioTechnology Research Park, the Biotech 8 facility will provide 300,000 sf of research and administrative space. The project is being developed in two phases, with the first six-story building reaching completion in December of 2012. Construction will begin on a second six-story building in 2013. The general contractor is Lingerfelt.
Michigan State University is planning to build a $15.5 million testing and assembly building to support the planned Facility for Rare Isotope Beams. Located at the National Superconducting Cyclotron Laboratory in East Lansing, the 27,000-sf high bay project will accommodate research on superconducting radio frequency components for particle accelerators.
Kennesaw State University opened a $21 million laboratory building in October of 2012 in Kennesaw, Ga. The five-story, 73,000-sf addition will provide six teaching labs, 17 research labs, and classrooms for the College of Science and Mathematics. Designed by Perkins + Will, the collaborative facility features a confocal microscopy suite and a light-filled atrium that connects the addition to the existing science center. LEED Gold sustainable design certification will be sought for the building, which uses chilled beam technology.
Imagine a state-of-the-art biomedical research facility where some of the brightest scientific minds in the world interact on a daily basis, with each other and with creative thinkers from other fields; where science is conducted not in an isolated lab but in a collaborative and fluid way, encouraging discoveries benefiting all aspects of society.
The University of Oregon opened the $65 million Lewis Integrative Science Building in October of 2012 in Eugene, Ore. The five-story facility provides 103,000 sf of interdisciplinary research, teaching, and collaboration space for the study of nanotechnology, molecular biology, neuroscience, and energy. Designed by THA Architecture and HDR with Lease Crutcher Lewis as construction manager, the building houses wet labs, dry labs, research offices, an MRI suite, an atrium, and shared core equipment areas.
Delaware State University broke ground on the $50 million Optical Science Center for Applied Research (OSCAR) in October of 2012. Construction will begin on the 70,000-sf facility in July of 2013 with completion expected in November of 2014. The project will house the University's Optics Program and will be built in two phases. The initial 27,000-sf phase will house labs supporting chemistry, nanochemistry, image analysis, conventional and confocal microscopy, and scanning electronic and atomic force microscopy.
The University of California, San Diego will break ground in January of 2013 on the $269 million Altman Clinical and Translational Research Institute. Located adjacent to the new Jacobs Medical Center currently under construction in La Jolla, the seven-story, 315,000-sf research facility will provide collaborative labs and offices for clinical investigators, informatics researchers, engineers, and biomedical scientists. The project will support the integration of advanced genetic sequencing methods into patient diagnosis and treatment.
Lawrence Berkeley National Laboratory broke ground on the $54 million Solar Energy Research Center (SERC) in October of 2012. The three-story, 40,000-sf facility will support research on electrochemical and photovoltaic solar energy technologies. Designed by SmithGroup of San Francisco, SERC will house the northern branch of the Joint Center for Artificial Photosynthesis, a laboratory created in partnership with the California Institute of Technology.
Southern Research Institute (SRI) dedicated a $5.6 million engineering laboratory in October of 2012 in Birmingham, Ala. Located at SRI's Engineering Research Center, the ERC Phase II facility features a large structures evaluation suite for testing aerospace and industrial components and a vibration-isolated electro-optics lab. The 19,000-sf project includes two floors of offices and three high-bay labs.
Western Michigan University broke ground in October of 2012 on a $68 million renovation of the School of Medicine in Kalamazoo. Designed by S/L/A/M Collaborative, the project will create a simulation center, classrooms, faculty and administrative offices, research labs, and an auditorium in the existing 320,000-sf building. A 30,000-sf addition will also be constructed. The general contractor is Walbridge. Completion is expected in May of 2014.
ATMI broke ground on an 118,000-sf microelectronics manufacturing facility in Suwon, South Korea, in October of 2012. The facility is located in the Korea Advanced Nano Fab Center and will begin production in mid-2013. Accommodating 100 employees, the center will produce a range of products for the semiconductor manufacturing market.
