RFP for Engineering Services for Slope Stabilization

The Town of Lincoln, Vermont is issuing a Request for Proposals (RFP) for engineering services to design and stabilize an approximately 300-foot-long slope area located along West River Road in Lincoln (coordinates 44.116425, -73.015420). This procurement seeks qualified engineering firms capable of providing comprehensive design and engineering solutions that address slope stabilization, infrastructure and property protection, and public safety and access considerations. The primary deliverables include engineering designs and technical recommendations for slope stabilization, with key objectives focused on mitigating slope hazards, protecting existing infrastructure and nearby properties, and maintaining safe public access along West River Road. Qualified proposers must demonstrate professional engineering expertise in slope stabilization and geotechnical engineering, though specific certifications or credentials are not detailed in the available materials. The RFP was posted on March 23, 2026, with a proposal submission deadline of April 24, 2026. No information regarding formal bidders' meetings, site visits, or question submission deadlines has been provided in the available documentation, and no specific evaluation criteria have been detailed beyond the requirement for qualified engineering services.

The available materials do not specify any set-aside designations for disadvantaged or minority-owned enterprises, nor do they identify restrictions on organization types eligible to respond. No incumbent vendors, current contractors, or information regarding existing infrastructure or technology requirements for integration has been disclosed. Similarly, no award value, budget range, or contract value estimates have been included in the posted opportunity information. Interested engineering firms should refer to the complete RFP documentation for additional details regarding evaluation criteria, specific technical requirements, insurance and bonding provisions, and compensation structures for the slope stabilization design project.