Exhibit_D_-_Crawford_Canyon_Park_and_Sidewalk_Extension_Plans_(100%_Submittal).pdf

This is a project plan and design document for the Crawford Canyon Park and Sidewalk Extension Project submitted by Orange County Public Works in California. The project encompasses comprehensive infrastructure improvements along Crawford Canyon Road from Country Haven Lane to Newport Avenue/Boulevard, and Newport Avenue/Boulevard from Hyde Park to 750 feet east of Crawford Canyon Road. The scope includes site clearing and grading, entrance drive construction, parking lot development, playgrounds, exercise stations, concrete walkways, pedestrian bridges, site furnishings, irrigation systems, landscaping, electrical improvements, storm drain construction, traffic signal upgrades, guardrail installation, and fencing. The invitation for bid is restricted to six pre-qualified contractors: All American Asphalt, Beador Construction Company, Doja Inc., KASA Construction Inc., Ohno Construction Company, and Pub Construction, Inc. Bids were required to be submitted electronically through the OpenGov system by January 23, 2024, at 2:00 PM. The project will be awarded to the lowest responsive and responsible bidder, with the contract term and completion timeline determined by the final contract agreement.

The estimated project cost is $5,635,000. Bidders must submit a 10% bid security in the form of a certified check, cashier's check, cash, or surety bond, along with a completed bid form, non-collusion declaration, Iran Contracting Form, Campaign Contribution Disclosure Form, and Contractor Safety Responsibility Form. All contractors and subcontractors must be registered under California Labor Code Section 1771.1(a) and comply with prevailing wage requirements. The successful bidder must provide Performance and Payment Bonds, each equal to 100% of the contract amount, and obtain comprehensive insurance within ten calendar days of award recommendation. No specific set-asides for disadvantaged enterprises are designated. Geotechnical investigations have been completed, providing site condition data and construction recommendations for alluvium deposits and site preparation.