Preparatory Survey for the National Highway Route 6 Bridge Construction Project in the Republic of Honduras (QCBS)

This tender, issued by JICA, is for a preparatory survey related to the National Highway Route 6 Bridge Construction Project in Honduras. The project aims to conduct essential groundwork and feasibility studies necessary before the actual construction phase. This will involve technical assessments of the proposed bridge locations, geological surveys, environmental and social impact assessments, and cost estimations. The survey will also examine the socio-economic impact of the project and explore potential risks and mitigation measures. The objective is to gather sufficient data and analysis to support the decision-making process for the bridge construction, ensuring it is technically sound, economically viable, and environmentally sustainable. The selection of consultants will be based on Quality- and Cost-Based Selection (QCBS), emphasizing both the technical quality of the proposal and the cost-effectiveness. Responses to inquiries from potential bidders have been published in two rounds, indicating active engagement in the procurement process.

This is a works contract in the transport and logistics, construction and civil works and architecture and engineering sectors, with a focus on Roads, Bridges and Project Management. Located in Global, Asia, this opportunity is open to firms and consortiums.

Published through JICA - Japan International Cooperation Agency, a bilateral development cooperation agency. Bilateral agency contracts follow the agency's own procurement guidelines and may have nationality-based eligibility rules for civil works in the transport and logistics sector. Works contracts of this nature generally require demonstrated experience in similar infrastructure projects, adequate equipment and technical personnel, and financial capacity including bank guarantees. This is a shortlist announcement indicating that firms have been pre-selected for the next phase of the procurement process.