Site work and paving for a mixed-use development in Mesa, Arizona. Conceptual plans call for site work for a sidewalk / parking lot; road / highway; for paving for a road / highway; and sidewalk / parking lot.

The City of Mesa is seeking a qualified consulting firm or team to provide complete Design Services. The Center Street Improvements Project will enhance mobility and accessibility for pedestrians and cyclists between Main Street and University Drive and the surrounding Downtown area. The project will create a gateway into downtown, a sense of arrival, and a connection from the Convention Center to Downtown business. Building on the previously completed Design Concept Report (DCR) for Center Street (McKellips Road to Broadway Road), this project focuses on implementing a cohesive complete streets design. The Center Street corridor is part of Mesas downtown core with the existing roadway consisting of a four- lane collector with on-street parking, surrounded by City Center land use. The selected firm will develop detailed design plans, specifications, and cost estimates for the following Redesign of Center Street lanes to prioritize multimodal access Wider sidewalks to enhance pedestrian accessibility and comfort Shade elements Separated bike lanes Traffic calming feature to improve traffic flow, and safety, will also accommodate large vehicles and downtown events Integration with adjacent multimodal infrastructure and community facilities, including the downtown sidewalk network, light rail, transit services, ASU facilities, and City administration buildings Maximize on-street parking by implementing elements of the Downtown Micromobility and Parking Study Questions pertaining to the Design Services selection process or contract issues should be directed to Tracy Gumeringer of the Engineering Department at Tracy.Gumeringer@mesaaz.gov The City reserves the right to accept or reject any and all Statements of Qualifications. The method of Contractor Selection has not been Determined at this time. - unable to: estimate value .