University of Cincinnati Medical Sciences Building

HED leads the rehabilitation of the existing Medical Sciences Building, (MSB) in collaboration with STUDIOS Architecture and GPR Planners Collaborative, Inc. The multi-phased project replaces the older building components and creates a new state-of-the-art learning and research center for the Colleges of Medicine and Pharmacy. After the University’s comprehensive analysis was completed, it was determined that the most cost effective way to rehabilitate the 800,000 GSF of the MSB would be to first design and construct a building addition with about 200,000 GSF. This multi-phase approach would reduce total project costs by allowing existing labs with major design flaws to be redesigned to accommodate new functions with less stringent mechanical and electrical system requirements. The addition of high-tech research space would allow major areas of MSB to be vacated and fully rehabilitated in phases with minimal disruption to the MSB occupants.

HED leads the rehabilitation of the existing Medical Sciences Building, (MSB) in collaboration with STUDIOS Architecture and GPR Planners Collaborative, Inc. The multi-phased project replaces the older building components and creates a new state-of-the-art learning and research center for the Colleges of Medicine and Pharmacy. After the University’s comprehensive analysis was completed, it was determined that the most cost effective way to rehabilitate the 800,000 GSF of the MSB would be to first design and construct a building addition with about 200,000 GSF. This multi-phase approach would reduce total project costs by allowing existing labs with major design flaws to be redesigned to accommodate new functions with less stringent mechanical and electrical system requirements. The addition of high-tech research space would allow major areas of MSB to be vacated and fully rehabilitated in phases with minimal disruption to the MSB occupants.

HED leads the rehabilitation of the existing Medical Sciences Building, (MSB) in collaboration with STUDIOS Architecture and GPR Planners Collaborative, Inc. The multi-phased project replaces the older building components and creates a new state-of-the-art learning and research center for the Colleges of Medicine and Pharmacy. After the University’s comprehensive analysis was completed, it was determined that the most cost effective way to rehabilitate the 800,000 GSF of the MSB would be to first design and construct a building addition with about 200,000 GSF. This multi-phase approach would reduce total project costs by allowing existing labs with major design flaws to be redesigned to accommodate new functions with less stringent mechanical and electrical system requirements. The addition of high-tech research space would allow major areas of MSB to be vacated and fully rehabilitated in phases with minimal disruption to the MSB occupants.

HED leads the rehabilitation of the existing Medical Sciences Building, (MSB) in collaboration with STUDIOS Architecture and GPR Planners Collaborative, Inc. The multi-phased project replaces the older building components and creates a new state-of-the-art learning and research center for the Colleges of Medicine and Pharmacy. After the University’s comprehensive analysis was completed, it was determined that the most cost effective way to rehabilitate the 800,000 GSF of the MSB would be to first design and construct a building addition with about 200,000 GSF. This multi-phase approach would reduce total project costs by allowing existing labs with major design flaws to be redesigned to accommodate new functions with less stringent mechanical and electrical system requirements. The addition of high-tech research space would allow major areas of MSB to be vacated and fully rehabilitated in phases with minimal disruption to the MSB occupants.

HED leads the rehabilitation of the existing Medical Sciences Building, (MSB) in collaboration with STUDIOS Architecture and GPR Planners Collaborative, Inc. The multi-phased project replaces the older building components and creates a new state-of-the-art learning and research center for the Colleges of Medicine and Pharmacy. After the University’s comprehensive analysis was completed, it was determined that the most cost effective way to rehabilitate the 800,000 GSF of the MSB would be to first design and construct a building addition with about 200,000 GSF. This multi-phase approach would reduce total project costs by allowing existing labs with major design flaws to be redesigned to accommodate new functions with less stringent mechanical and electrical system requirements. The addition of high-tech research space would allow major areas of MSB to be vacated and fully rehabilitated in phases with minimal disruption to the MSB occupants.

HED leads the rehabilitation of the existing Medical Sciences Building, (MSB) in collaboration with STUDIOS Architecture and GPR Planners Collaborative, Inc. The multi-phased project replaces the older building components and creates a new state-of-the-art learning and research center for the Colleges of Medicine and Pharmacy. After the University’s comprehensive analysis was completed, it was determined that the most cost effective way to rehabilitate the 800,000 GSF of the MSB would be to first design and construct a building addition with about 200,000 GSF. This multi-phase approach would reduce total project costs by allowing existing labs with major design flaws to be redesigned to accommodate new functions with less stringent mechanical and electrical system requirements. The addition of high-tech research space would allow major areas of MSB to be vacated and fully rehabilitated in phases with minimal disruption to the MSB occupants.

HED leads the rehabilitation of the existing Medical Sciences Building, (MSB) in collaboration with STUDIOS Architecture and GPR Planners Collaborative, Inc. The multi-phased project replaces the older building components and creates a new state-of-the-art learning and research center for the Colleges of Medicine and Pharmacy. After the University’s comprehensive analysis was completed, it was determined that the most cost effective way to rehabilitate the 800,000 GSF of the MSB would be to first design and construct a building addition with about 200,000 GSF. This multi-phase approach would reduce total project costs by allowing existing labs with major design flaws to be redesigned to accommodate new functions with less stringent mechanical and electrical system requirements. The addition of high-tech research space would allow major areas of MSB to be vacated and fully rehabilitated in phases with minimal disruption to the MSB occupants.

HED leads the rehabilitation of the existing Medical Sciences Building, (MSB) in collaboration with STUDIOS Architecture and GPR Planners Collaborative, Inc. The multi-phased project replaces the older building components and creates a new state-of-the-art learning and research center for the Colleges of Medicine and Pharmacy. After the University’s comprehensive analysis was completed, it was determined that the most cost effective way to rehabilitate the 800,000 GSF of the MSB would be to first design and construct a building addition with about 200,000 GSF. This multi-phase approach would reduce total project costs by allowing existing labs with major design flaws to be redesigned to accommodate new functions with less stringent mechanical and electrical system requirements. The addition of high-tech research space would allow major areas of MSB to be vacated and fully rehabilitated in phases with minimal disruption to the MSB occupants.

HED leads the rehabilitation of the existing Medical Sciences Building, (MSB) in collaboration with STUDIOS Architecture and GPR Planners Collaborative, Inc. The multi-phased project replaces the older building components and creates a new state-of-the-art learning and research center for the Colleges of Medicine and Pharmacy. After the University’s comprehensive analysis was completed, it was determined that the most cost effective way to rehabilitate the 800,000 GSF of the MSB would be to first design and construct a building addition with about 200,000 GSF. This multi-phase approach would reduce total project costs by allowing existing labs with major design flaws to be redesigned to accommodate new functions with less stringent mechanical and electrical system requirements. The addition of high-tech research space would allow major areas of MSB to be vacated and fully rehabilitated in phases with minimal disruption to the MSB occupants.

HED leads the rehabilitation of the existing Medical Sciences Building, (MSB) in collaboration with STUDIOS Architecture and GPR Planners Collaborative, Inc. The multi-phased project replaces the older building components and creates a new state-of-the-art learning and research center for the Colleges of Medicine and Pharmacy. After the University’s comprehensive analysis was completed, it was determined that the most cost effective way to rehabilitate the 800,000 GSF of the MSB would be to first design and construct a building addition with about 200,000 GSF. This multi-phase approach would reduce total project costs by allowing existing labs with major design flaws to be redesigned to accommodate new functions with less stringent mechanical and electrical system requirements. The addition of high-tech research space would allow major areas of MSB to be vacated and fully rehabilitated in phases with minimal disruption to the MSB occupants.

HED leads the rehabilitation of the existing Medical Sciences Building, (MSB) in collaboration with STUDIOS Architecture and GPR Planners Collaborative, Inc. The multi-phased project replaces the older building components and creates a new state-of-the-art learning and research center for the Colleges of Medicine and Pharmacy. After the University’s comprehensive analysis was completed, it was determined that the most cost effective way to rehabilitate the 800,000 GSF of the MSB would be to first design and construct a building addition with about 200,000 GSF. This multi-phase approach would reduce total project costs by allowing existing labs with major design flaws to be redesigned to accommodate new functions with less stringent mechanical and electrical system requirements. The addition of high-tech research space would allow major areas of MSB to be vacated and fully rehabilitated in phases with minimal disruption to the MSB occupants.

HED leads the rehabilitation of the existing Medical Sciences Building, (MSB) in collaboration with STUDIOS Architecture and GPR Planners Collaborative, Inc. The multi-phased project replaces the older building components and creates a new state-of-the-art learning and research center for the Colleges of Medicine and Pharmacy. After the University’s comprehensive analysis was completed, it was determined that the most cost effective way to rehabilitate the 800,000 GSF of the MSB would be to first design and construct a building addition with about 200,000 GSF. This multi-phase approach would reduce total project costs by allowing existing labs with major design flaws to be redesigned to accommodate new functions with less stringent mechanical and electrical system requirements. The addition of high-tech research space would allow major areas of MSB to be vacated and fully rehabilitated in phases with minimal disruption to the MSB occupants.

HED leads the rehabilitation of the existing Medical Sciences Building, (MSB) in collaboration with STUDIOS Architecture and GPR Planners Collaborative, Inc. The multi-phased project replaces the older building components and creates a new state-of-the-art learning and research center for the Colleges of Medicine and Pharmacy. After the University’s comprehensive analysis was completed, it was determined that the most cost effective way to rehabilitate the 800,000 GSF of the MSB would be to first design and construct a building addition with about 200,000 GSF. This multi-phase approach would reduce total project costs by allowing existing labs with major design flaws to be redesigned to accommodate new functions with less stringent mechanical and electrical system requirements. The addition of high-tech research space would allow major areas of MSB to be vacated and fully rehabilitated in phases with minimal disruption to the MSB occupants.