Site work for a civil project in Lincoln, Nebraska. Conceptual plans call for site work for a water / sewer project.

The University of Nebraska intends to procure a qualified Architect / Engineer (A/E) to provide program development and verification, design, preliminary cost estimating, permitting assistance, and construction administration services for the UNMC Thermal Energy Storage (TES). The estimated construction cost under a Construction Manager at Risk (CMR) is $42,000,000. The total estimated construction budget including the GMP, in-house construction services, and the Owner's contingency is $57,000,000. The proposed project is to construct a new Thermal Energy Storage (TES) tank and associated pump house. Preliminary studies suggest an approximate tank volume of 3,500,000 gallons. The pump house will be sized to incorporate future campus capacity needs for chilled water, heating hot water, normal power, and emergency power. It is anticipated that additional feeds from Omaha Public Power District will need to be considered to power the TES and associated pump house. All utilities described above will be tied into the existing campus utility system, including ties to the adjacent East Utility Plant (EUP). The architecture of the tank and pump house is not yet determined. It will be important that the architecture aligns with adjacent campus and neighborhood facilities. Question Deadline 08/22/2024 at 12:00 PM CT All questions/clarifications regarding this RFQ must be submitted in this eBid system by the date and time indicated. Questions must be submitted to ebid@nebraska.edu. The University of Nebraska will respond to any questions or clarifications submitted via email through this eBid system by the deadline date. Those responses will be posted on this bid via an addendum. 8/26/2024 05:00 PM (ET) The Scope of the work and preliminary schedule is more completely described in the BOR approved Program Statement dated August 8, 2024, and in other documents included in this RFQ. The method of Contractor Selection has not been Determined at this time.