Georgia Procurement Registry #PE-47200-RFQ-2027-000000153

Design-Build Services for Campus Infrastructure Upgrades at Clayton State University

Clayton State University seeks qualified design-build teams for a major campus infrastructure upgrade project. - Government Buyer: - Board of Regents of the University System of Georgia, on behalf of Clayton State University (Morrow, GA) - Scope of Work: - Comprehensive renewal and upgrades to campus utility systems - Domestic water, sewer, storm water - Updated GIS as-built drawings - Design, preconstruction, and construction management services - Technical review, cost verification, value engineering, schedule development, project delivery - Estimated Contract Value: - Guaranteed maximum price: $3,100,800 - Construction cost estimate: $2,850,000 - Notable Requirements: - Sufficient bonding capacity - Current liability insurance - Valid Georgia business and contractor licenses - Demonstrated financial stability and strong safety record - Compliance with Georgia Energy Efficiency & Sustainable Construction Act; potential for additional sustainable concepts - OEMs and Vendors: - No specific OEMs or vendors named; open to qualified design-build firms - Products/Services Requested: - Design-build services for utility system upgrades (no part numbers or quantities specified) - Period of Performance: - Services anticipated to start in the fall, with construction documents completed the following summer; construction start contingent on funding

Description

This solicitation is a Request for Quote (RFQ) for design-build services for Project No. J-475, Campus Infrastructure Phase III at Clayton State University in Morrow, Georgia. The project involves prioritized renewal and upgrades to campus utility systems including domestic water, sewer, storm water, and updated GIS as-built drawings. The design-build team will provide design, preconstruction, and construction management services to ensure the project is completed within budget and schedule. The estimated guaranteed maximum price is approximately $3,100,800 with construction cost estimated at $2,850,000. The project delivery method is design-build and the work is anticipated to commence in Fall 2026 with construction documents completed by Summer 2027, contingent on funding availability.

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