Opportunity

British Columbia BCBid #228220

Engineering Design Services for Active Transportation Projects in Salmon Arm

Posted

April 20, 2026

Respond By

May 15, 2026

Identifier

228220

NAICS

541330

The City of Salmon Arm, a municipal government in British Columbia, is seeking professional engineering design services for two major active transportation projects: - Government Buyer: - City of Salmon Arm (municipal government) - OEMs and Vendors: - No specific OEMs or vendors are named; procurement is for professional services only - Products/Services Requested: - Engineering design services for two projects: - Project A: Conceptual and detailed design for a pedestrian and cyclist connector from downtown to uptown - Includes topographic surveys, evaluation of routing options, facility types, cross-sections, and preparation of tender-ready design packages - Project B: Detailed design of a multi-use pathway along 30 Street NE - Includes safety treatments for school zones, roundabout integration, feasibility studies for a pedestrian underpass, and management of transitions between urban and rural arterials - Emphasis on safety, utility integration, stakeholder engagement, and seamless transition into existing infrastructure - Unique or Notable Requirements: - Preparation of tender-ready design packages - Integration with existing infrastructure and utilities - Feasibility studies for a pedestrian underpass - Safety enhancements for school zones and roundabouts - No products or part numbers specified; strictly professional engineering services

Description

The City of Salmon Arm is seeking proposals from qualified consulting firms to provide engineering design services for two active transportation projects. Project A involves conceptual and detailed design for pedestrian and cyclist infrastructure connecting downtown to uptown, including topographic surveys and tender-ready design packages. Project B focuses on detailed design of a multi-use pathway along 30 Street NE, including safety treatments, roundabout integration, and feasibility studies for pedestrian underpasses. The work emphasizes safety, utility integration, and seamless transition into existing infrastructure.

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