BRIDGING DESIGN BUILD RENOVATION PROJECT AT THE PETER W. RODINO FEDERAL BUILDING IN NEWARK
The General Services Administration (GSA), Northeast and Caribbean Region, Public Buildings Service, Design and Construction Division is pleased to announce an opportunity for the Bridging Design/Build Renovation of the Peter W. Rodino Federal Building located at 970 Broad Street in Newark, New Jersey. This procurement is for the selection of a Design/Build team consisting of an architect/engineer (A/E) and a general contractor (GC) to design and construct the modernization project of the Peter W. Rodino Federal Building. The North American Industry Classification System (NAICS) Code for this procurement is 236220. The size standard is $33.5 million per year. This is an unrestricted procurement open to all large and small business concerns. This procurement is being made under the Small Business Competitiveness Demonstration Program (FAR 52.219-19).
The Peter W. Rodino Federal Building consists of 16 floors, plus basement and subbasement. GSA previously abated and renovated seven (7) of the floors. Accordingly, the work to be performed on these seven floors will include non-structural seismic upgrades, limited abatement and limited structural, mechanical, electrical and plumbing upgrades. The remaining nine (9) floors will be fully modernized as part of this project - work on these floors will consist of full abatement and renovation, including installation of spray-on fireproofing at abated areas, bathroom modernization, alterations to the fire protection, fire alarm, mechanical, electrical, lighting, plumbing and structural framing to support the tenant improvements and improve the overall energy efficiency of the building. The mechanical system upgrades will include replacement of chillers, cooling tower, and pumps, and selective relocation of risers. The exterior work will include selective roof replacement, repairs to the precast concrete faade and addition of a new glass curtainwall over-cladding with supplemental framing and reinforcement of the existing structure.
