A/E RFQ - RELLIS Campus Sewer Improvements - Bryan, Texas

The Texas A&M University System Office of Facilities Planning & Construction, on behalf of the Board of Regents, is issuing a Request for Qualifications (RFQ) for Architect/Engineer (A/E) firms to design campus sewer improvements at the RELLIS Campus in Bryan, Texas. The project (#26-3469) involves the design of a sanitary sewer lift station and force main to connect to the City of Bryan's Westside Interceptor Improvements project currently under construction. Key project deliverables and objectives include eliminating existing treatment lagoons that currently serve the campus's sanitary sewer needs, decommissioning and remediating those lagoons, and coordinating with the Texas Commission on Environmental Quality regarding plant closure and deactivation of the existing discharge permit. The Owner plans to select three or more top-qualified respondents for interviews based on submitted qualifications. All RFQ qualifications must be submitted through e-Builder by 2:00 p.m. Central Time on Tuesday, February 10, 2026, with no exceptions allowed for late submissions. Inquiries regarding the RFQ should be directed to Andrew Lange at The Texas A&M University System Office of Facilities Planning & Construction at (979) 458-7003 or alange@tamus.edu. All RFQ documents are accessed and submitted exclusively through e-Builder via a provided link, with all addendums posted on the e-Builder site.

The RFQ document does not specify any set-aside designations or restrictions limiting responses to particular categories of organizations, nor does it identify disadvantaged enterprise requirements. No incumbent vendors or current contractors are listed in the provided materials. The project planning amount is $11,201,000, with an Amount Available for Construction Contract of $8,575,000, with the remaining balance allocated to design fees, furnishings, other work, miscellaneous expenses, and contingencies. Interested A/E firms must demonstrate relevant qualifications and experience in similar wastewater infrastructure design projects involving lift stations, force mains, and coordination with municipal utility systems and environmental regulatory agencies.