This is a service / maintenance or supply contract in Athens, Georgia. Contact the soliciting agency for additional information.

The Board of Regents of the University System of Georgia ("BOR") as "Owner", on behalf of the University of Georgia ("UGA"), "User" is soliciting Statements of Qualifications from firms interested in providing Elevator Maintenance and Repair Services Under a Public Works Standard Contract FMD Solicitation No. 196325938, "FY26 - FY30 Campus Elevator Maintenance and Repair Contract for the University of Georgia - Athens Campus" at the University of Georgia, Athens, Georgia. This Request for Qualifications (RFQ) seeks to identify potential providers of the above-mentioned services. Some firms that respond to this RFQ, who are determined by the Owner to be especially qualified, may be deemed eligible and may be invited to interview and offer fee proposals for these services. All respondents to this RFQ are subject to instructions communicated in this document and are cautioned to completely review the entire RFQ and follow instructions carefully. BOR reserves the right to reject any or all statements of qualifications or proposals, and to waive technicalities and informalities at their discretion. The University of Georgia will select several qualified firms from the response submittals, conduct interviews, rank the finalists, and begin contract discussions with the selected firm(s). The intent of this Solicitation is to identify and award a one-year contract with four optional renewal years for the maintenance of the identified elevator equipment located on Main Campus, Athens, Georgia. The standard desired is maintenance and repairs performed to the highest industry standards using "industry best" practices by continuously preserving and maintaining the condition, appearance, and performance of the elevators, dumbwaiter, wheelchair lifts, and material lift in keeping with their original and/or modernized design. The purpose of the maintenance program specified herein is to provide the following: 1. Safe, consistent, and reliable operation 2. Maximum operational performance 3. Maximum beneficial usage 4. Maximum life cycle