UNC-Chapel Hill

The University of North Carolina at Chapel Hill is seeking bids for a comprehensive campus roofing replacement project targeting multiple academic buildings, specifically the Art Studio, ITS Manning, Graham Memorial, and Fordham Hall. This construction procurement opportunity represents a significant infrastructure improvement initiative for the university's facilities. The project involves complete roof replacement and is being managed through a competitive bidding process, with bids due on March 25, 2025, at 2:00 pm, to be opened at the Giles Horney Building located at 103 Airport Drive in Chapel Hill, NC. A pre-bid meeting is scheduled for February 18, 2025, at 9:30 am, which potential contractors are encouraged to attend to review project specifications and requirements. The design firm for this project is Raymond, with Bryan Meredith serving as the primary contact, who can be reached at (903) 918-9985 or bryan.meredith@raymondllc.com. Complete project plans and specifications are available from the designer during normal business hours and can also be accessed through the UNC facilities vendor opportunities website at https://facilities.unc.edu/resources/vendor-opportunities/.

While specific set-aside designations are not explicitly detailed in the provided documentation, contractors interested in bidding should review the complete bid specifications for potential minority or disadvantaged business enterprise requirements. No plan deposit is required for this bid, which may lower the barrier to entry for potential bidders. The campus contact for additional bid inquiries is wkhawkin@unc.edu, suggesting potential flexibility for vendors seeking clarification. Though a specific budget range is not disclosed in the current documentation, campus roofing replacement projects typically represent significant capital investments, potentially ranging from $500,000 to several million dollars depending on the scope and complexity of the work. Prospective bidders should carefully review the full bid documentation to understand the precise technical specifications, performance requirements, and any potential integration needs with existing campus infrastructure.