200 Technology Square is a renovation and expansion project that became an experiment in itself. When the Novartis Institutes for Biomedical Research commissioned Cannon Design to provide architectural services for a lab that was more efficient, flexible and collaborative yet compatible with researchers’ existing workflow, it challenged the design team to create a new organizational and physical paradigm for the research environment.
The Charles Perkins Centre (CPC) is a building designed to support academics and students from...
The new addition to the single building campus of Lake Superior College, Duluth, Minn., provides...
Conceived as a place of discovery and healing, the Hess Center is a translational research building shaped by its dual mission and thematically linked program. Located on Manhattan’s Upper East Side, the 420,000-sf building unites scientists, clinicians and educators, fostering interaction and multidisciplinary collaboration.
The new Energy Sciences Building ushers in the transformation of Argonne National Laboratory’s campus to an interdisciplinary and sustainable campus; with its north entrance façade a new face for science. Its design ushers in a change to a pedestrian-focused campus: The road outside will be closed to vehicles, and new links connect other buildings around a new energy sciences quadrangle.
Founded in August 2011, the New York Genome Center (NYGC) is a consortium of New York’s leading academic medical centers and research universities. Their mission is to leverage their collective resources to speed the development of promising research. NYGC will enable scientists and physicians to share vast amounts of diverse clinical and genomic data to identify and validate biomarkers and speed the development of treatments.
The Univ. of Florida (UF) Clinical and Translational Research Building (CTRB) serves as the headquarters for clinical and translational science at UF and in the state. The building houses patient-oriented research venues for the Institute on Aging and the Clinical and Translational Science Institute, as well as several research groups studying topics including biostatistics, epidemiology, muscular dystrophy and health outcomes and policy.
The EPIC brings together the traditional disciplines of civil, environmental, computer and electrical engineering in a collaborative innovative research and teaching community. Activities are focused on the development of energy and power production, from microchip fabrication and development of new structural materials to environmentally friendly solar and wind power.
The new JCVI facility comprises a three-story, 28,600-sf office wing and a single-story, 12,605-sf lab wing. The light-filled labs have 14-ft-high ceilings, with floor-to-ceiling windows on two sides.
The initial building project focused on converting the existing one-story building into a state-of-the art research and development lab.
The program called for new lab, classroom and office spaces to replace outdated and undersized facilities in the surrounding science/engineering precinct, expand the school’s research and teaching capabilities, and support the growth in student enrollment.
The building is home to research clusters centered around interdisciplinary and integrative research missions. The majority of the building is devoted to studying the brain and its functions, specifically cognitive neuroscience, systems neuroscience and genetics research.
In addition to a renovation of the existing building’s second level as research laboratories, Phase 2 of the MMPL project also included the design and construction of a new building addition that houses the Univ. of Michigan Energy Institute (UMEI).
The 480,000-sf facility will more than double the medical college's research space. With 13 floors for labs, three for academic programs, and two floors for support space, the building incorporates open floor plans throughout to facilitate communication and collaboration.
The five-story building is the foundation for the master planned 160,000-sf Phase 2 project. Core labs to support campus wide activities are consolidated into one location in the MolES building. The 28,000-sf low-vibration below ground space is a “machine shop for molecular engineering,” providing advanced equipment to study molecules and molecular assemblies being designed on the upper floors.
A special feature is a "living lab," a working office wing designed with replaceable modular elements including windows, a reconfigurable air distribution and lighting system and instrumentation to monitor and assess the environment within the offices and its impact on occupants.
The four-year project, the first phase of which was recently completed, includes the full renovation of Stocking Hall, the demolition and replacement of the runway extension, and the construction of a new 79,000-sf lab building and 23,000-sf dairy plant.
Caltech, LightLab: The Resnick Sustainability Institute and Joint Center for Artificial Photosynthesis, Pasadena, Calif.December 2, 2013 3:48 pm | News | Comments
The project had four significant challenges: a complete revamping of the function of the facility from a computer science space to a building full of wet labs; two distinct research centers, each constrained by the space; a very robust program desire accompanied by not enough funding; and a very tight schedule set by the U.S. Dept. of Energy, which partially funded the project.
MSM completed the first phase in a series of planned renovation and facilities expansion projects. The projects include: an animal surgery suite to enhance research into the effective treatment of strokes; a graduate teaching lab for the biomedical sciences; and a renovated research lab that consolidates four core biomedical research areas.
Univ. of Kansas Endowment Association, Hill Engineering Research & Development Center (EcoHawks Research Facility), Lawrence, Kan.November 18, 2013 11:09 am | News | Comments
The EcoHawks’ facility aides engineering students' research which includes fabricating and refurbishing electric vehicles and working with biofuels, photovoltaics and shrouded wind turbine research. The indoor and outdoor work areas designed to meet the needs of the different kinds of work and to showcase their efforts to other researchers and the public.
RIT's chemical and biomedical engineering departments are housed with the new building which incorporates lounge and study spaces with labs, classrooms and faculty offices. Institute Hall also completes a new science quad on campus, joining three other new buildings.
The ESIF is comprised of 14 labs, a high-bay control room, outdoor testing pads, an ultra-green office building and a high-performance computing data center. The facility houses 200 researchers dedicated to delivering emerging solar, hydrogen, biofuel and wind technologies to the mainstream marketplace.
Distinctive design features include dynamic, computer-controlled exterior solar shading systems on the east, west and south facades, representing the most extensive use of this type of shading by any building in the UC system. UCSD will study how capturing natural light in this unique manner lends itself to enhancing students’ learning abilities and study motivation.
The CSM contains six different programs. The co-location of clinical and research space within the CSM facilitates the “bench-to-bedside’ concept. The program is organized vertically into a series of two-story “neighborhoods” deep lab support zone.
The USTAR initiative underwrites recruiting efforts in several key areas including: fossil energy and carbon engineering, nanotechnology, biosensors, diagnostic neuroimaging, biomedical deviceiInnovation, imaging technology, circuits of the brain, personalized medicine, cell therapy and regenerative medicine, micro and nano systems integration, nanoscale and biomedical photonic imaging.
The interior fit-out of the facility included construction of research and testing labs, presentation labs, 15 private executive and management offices, an open plan office section with 81 workstations, an entry lobby and reception area, a 700-sf conference room, a 650-sf classroom, a break room and bathrooms.
The LEED Platinum building totals six stories above grade and two below. Owned by the D.C. Dept. of General Services, the city leadership decided to combine the District’s public safety forensic science and public health agencies into one building. The team created a plan that maintained order and a consistent zoned approach to the overall building layout.
The integrated design-build team had to complete the renovation project of a 1974 science lab building within an ambitious eight-month schedule, from beginning of design to a fixed opening date. In this fully occupied science lab building, renovation required logistics planning including temporary barricades.
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