A&E Services, SDSU Campus Recreation Corridor

South Dakota State University is seeking Statements of Interest from professional engineering firms to design the Campus Recreation Corridor Project located in Brookings, SD. The procurement involves soliciting qualified engineering design services for a comprehensive project spanning stormwater storage and management, habitat restoration, recreation path design, and disc golf course implementation. Engineering firms must demonstrate capability to collaborate with both SDSU and the City of Brookings to address specific stormwater storage requirements. The project requires firms to provide professional design services that integrate multiple complex environmental and recreational elements across the university campus. Submissions are due on Monday, November 6th, 2023 at 3:00 P.M. local time, with electronic submissions accepted via e-transfer or electronic copy to the project contact, Tanner Aiken, who can be reached at (605) 688-4444 or tanner.aiken@sdstate.edu.

The solicitation does not explicitly outline specific set-aside designations or restrictions for disadvantaged business enterprises. No incumbent vendors or current contractors are identified in the provided documentation. While the specific budget range is not disclosed, the multi-faceted nature of the project suggests a significant engineering design contract involving stormwater management, habitat restoration, and recreational infrastructure design. The project scope indicates a comprehensive approach to campus infrastructure development, potentially representing a substantial professional services investment for South Dakota State University. The procurement is focused on identifying engineering firms with demonstrated expertise in environmental design, stormwater management, and recreational infrastructure planning. Potential respondents should possess interdisciplinary capabilities to address the complex project requirements spanning environmental restoration, stormwater engineering, and recreational design.