Opportunity
California eProcure #1026-001
California Geological Survey seeks seismic data interpretation for lifeline structures
Posted
May 11, 2026
Respond By
June 29, 2026
Identifier
1026-001
NAICS
541360, 541330
This opportunity involves seismic data interpretation for lifeline structures in California. - Government Buyer: - California Department of Conservation - California Geological Survey - California Strong Motion Instrumentation Program (CSMIP) - Services Requested: - Interpretation and analysis of strong-motion seismic data for lifeline structures (bridges, dams, ports, tunnels) - Preparation of progress reports, presentations at seminars, and a final report - Products/Part Numbers: - No specific products or part numbers; focus is on technical services - Quantities: - One contract for comprehensive data interpretation and reporting - Unique/Notable Requirements: - Contractor must improve seismic analysis procedures, design codes, and post-earthquake response using CSMIP data - Must provide progress reports, presentations, and a final report - Maximum funding is $100,000 - Work must start within 30 days of approval; schedule amendments possible - Minimum proposer qualifications and compliance with state terms and insurance requirements - OEMs/Vendors: - No specific OEMs or vendors named; technical expertise in seismic instrumentation and data analysis required - Place of Performance: - California Geological Survey, Department of Conservation, Sacramento, CA - Contracting office at 715 P Street, MS 1901, Sacramento, CA 95814
Description
The California Strong Motion Instrumentation Program (CSMIP) of the California Geological Survey, Department of Conservation requires a contractor to interpret and analyze strong-motion data on lifeline structure response. This solicitation invites proposals for the project titled 'Strong-Motion Data Interpretation: Lifelines'. Proposals must comply with the instructions provided and be received by June 29, 2026, at 1:00 PM PDT. The work involves seismic data interpretation related to lifeline structures, with the goal of understanding their response to strong-motion events.