Replace guardrail with concrete barrier and modify lighting system.

The California Department of Transportation (Caltrans) has issued a bid solicitation for project number 10-1N9004, which involves replacing guardrail with concrete barrier and modifying the lighting system near the Wilson Way Overcrossing in San Joaquin County, located near Stockton. The procurement is structured as an electronic bidding process, with the bid package becoming available on January 27, 2025, and bids scheduled to open on February 25, 2025. Contractors must possess either a Class A contractor's license or a combination of C-8 and C-10 licenses that constitute the majority of the project work. The project has an estimated duration of 25 working days and focuses on infrastructure improvements at a specific transportation corridor location. Evaluation criteria will likely include licensing credentials, technical capability, and compliance with project specifications detailed in the bid documentation.

The solicitation includes provisions under Title VI of the Civil Rights Act of 1964, specifically designed to ensure disadvantaged business enterprises have full opportunity to submit bids without discrimination based on race, color, or national origin. While no specific set-aside percentages are mentioned, the project appears to encourage participation from diverse contractor pools. The estimated project value is approximately $850,000, though this amount is not guaranteed and may be subject to adjustment during the bidding process. Potential bidders should carefully review the comprehensive project documentation available through the Department of Transportation Construction Contract Award website. Interested contractors must demonstrate technical proficiency, appropriate licensing, and the capability to complete the infrastructure modification within the specified 25-day work timeline. The project spans jurisdictions including San Joaquin County and San Joaquin City, with a focus on improving transportation infrastructure safety and functionality.