Site work and paving for a mixed-use development in Saint Louis, Missouri. Design plans call for site work for a road / highway; sidewalk / parking lot; and for paving for a sidewalk / parking lot.

As of November 6, 2025, per owner, this project is in the design phase. Design team identified. Advertise for bids May 2026-July 2026. Construction November 2026-May 2027. Project No. CMAQ-9901(699) The proposed improvements are primarily intended to improve traffic flow, and therefore reduce travel time, fuel consumption, and vehicular emission output, along Dr. Martin Luther King Jr. Drive. Proposed improvements will include signal upgrades and/or enhancements, fiber optic interconnect, traffic monitoring cameras, signal timing and optimization, system integration with the Citys Real-Time Transportation Intelligence Center (TIC), and sidewalk improvements as needed for ADA compliance. The City will require professional engineering services for both preliminary engineering and construction engineering; including, but not limited to, surveying and data collection; the preparation of right-of-way plans, the preparation of construction documents (plans, technical specifications, and construction cost estimates); attendance at various meetings and presentations, assist and provide supporting documentation for the Citys coordination with affected utilities; shop drawing review; consultant services for construction engineering (if needed); and post construction traffic reporting. The Board of Public Service reserves the right to accept or reject any or all responses, or to cancel this request in part or in its entirety. All submittals become and remain the property of the City. All questions shall be directed to Helen Bryant, Contract Supervisor Board of Public Service, by e-mail at bryanth@stlouis-mo.gov (please reference project name in Subject Line if sending an e-mail), who shall be the Point of Contact for this engagement as referenced in the Policies Document MODOT - RFQ Engineering - Traffic Management Enhancements, Phase 6