The U.S. Army Corps of Engineers, Portland District, requires a contractor to design and build two new buildings (B300 and B301), three connecting corridors, and a new surface parking lot at the VA SORCC in White City, OR. The project includes demolition of two existing buildings and four corridors, site work for roads and utilities, and renovation of a portion of existing building B201A. The target ceiling price for the total contract award is $260 million, with a period of performance of 47 months. This is an unrestricted, competitive, two-phase design-build procurement resulting in a firm-fixed-price contract. Offerors must submit proposals electronically through the PIEE Solicitation Module and be registered in SAM.

The U.S. Army Corps of Engineers requires a contractor to design and build two new buildings, three connecting corridors, and a new parking lot at the VA SORCC in White City, OR, which also includes significant site work and demolition. The total target ceiling price for the design-build contract is $260 million. The period of performance for this firm-fixed-price contract is 47 months. This is an unrestricted, competitively negotiated procurement using a two-phase selection process. Offerors must submit proposals electronically through the PIEE system and be registered in SAM.

The U.S. Army Corps of Engineers Portland District intends to solicit firm-fixed-price proposals for the design and construction of seismic upgrades at the VA Southern Oregon Rehabilitation Center and Clinics in White City, Oregon. The project scope includes constructing two new buildings and connecting corridors, a new parking lot, and related site work and demolition. The total contract award has a target ceiling price of $260 million, and the period of performance is 47 months. The acquisition will use a two-phase design-build, best-value trade-off process, with a projected stipend of $400,000 for Phase 2. Offerors must be registered in SAM and meet anticipated Cybersecurity Maturity Model Certification (CMMC) Level 2 requirements.