RFP #754- Micromobility Transportation Solution Services

Hidalgo County and Texas State University are jointly issuing Request for Proposal (RFP #754) for Micromobility Transportation Solution Services, seeking a qualified vendor to provide comprehensive transportation options for the university campus and City of San Marcos. The procurement aims to establish non-exclusive contracts with a single experienced firm capable of implementing flexible and efficient micromobility solutions. The RFP requires electronic proposal submissions through the TSU MarketPlace (Jaggaer) System, with a strict submittal deadline of August 21, 2025, at 3:00 p.m. CT. Potential vendors must demonstrate expertise in developing, deploying, and managing micromobility transportation services, including potential requirements for vehicle fleet management, user interface technologies, maintenance protocols, and integration with existing transportation infrastructure. The competitive bid process will evaluate proposals based on vendor qualifications, technical capabilities, service implementation strategies, cost-effectiveness, and ability to meet the specific transportation needs of both the university and municipal environments.

While specific set-aside designations are not explicitly detailed in the available documentation, the RFP suggests a competitive procurement process open to qualified vendors with demonstrated transportation technology and service delivery capabilities. The solicitation appears designed to accommodate vendors with proven experience in micromobility solutions, potentially including startups, established transportation technology firms, and companies specializing in university and municipal mobility services. The document does not specify precise budget ranges or award values, nor does it list incumbent vendors or provide explicit details about existing technological infrastructure requirements. Interested firms should carefully review the complete RFP documentation to understand the full scope of requirements, evaluation criteria, and potential integration expectations for the proposed micromobility transportation solution.