CanadaBuys #AB-2026-02865

Geotechnical Engineering Assessment and Conceptual Design Services for Dinosaur Provincial Park Road Study

This opportunity seeks a qualified consultant to provide geotechnical engineering assessment and conceptual design services for the Primary Road Long Term Study at Dinosaur Provincial Park, Alberta. - Government Buyer: - Alberta Forestry and Parks - Contracting offices at J.G. O'Donoghue Building (Edmonton) and Administration Office (Calgary) - Scope of Work: - Geohazard data collection and remote sensing - Hydrologic, hydraulic, and geological investigations - Modeling, monitoring, and risk management - Cost–benefit analysis - Review of past assessments and documentation of current site conditions - Development of cost-effective recommendations for geohazard risks (erosion, slumping, sinkholes, structural instability) affecting the park's main access road - Products/Services Requested: - Geotechnical engineering assessment and conceptual design consultant services (no specific part numbers or quantities) - Unique Requirements: - Expertise in geohazard risk evaluation and mitigation - Collaboration with Alberta Forestry and Parks - Focus on long-term solutions for critical infrastructure in a sensitive park environment - OEMs and Vendors: - No specific OEMs or vendors named; open to qualified professional engineering service providers - Place of Performance: - Dinosaur Provincial Park, Alberta - Contracting offices in Edmonton and Calgary - Period of Performance: - 8-month contract duration

Description

This Request for Proposal (RFP) seeks qualified consultants to provide geotechnical engineering assessment and conceptual design services for the Primary Road Long Term Study at Dinosaur Provincial Park in Alberta, Canada. The work involves evaluating geohazard risks such as erosion, slumping, and sinkholes affecting the park's critical access road, which is built on soft Late Cretaceous bedrock sediments. The consultant will collaborate with Alberta Forestry and Parks to review past assessments, document current site conditions, and develop cost-effective recommendations for future implementation. The contract duration is 8 months, starting approximately May 12, 2026.

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