Opportunity
Port of Long Beach PlanetBids #DE-26-02
Professional Engineering Services for Pier A West Coastal Resilience Improvements Project
Posted
August 18, 2026
Respond By
September 29, 2026
Identifier
DE-26-02
NAICS
541330, 237990
The Port of Long Beach is seeking qualified engineering consulting firms to provide comprehensive professional engineering services for the Pier A West Coastal Resilience Improvements Project. - Government Buyer: - Port of Long Beach, Engineering Design division - Scope of Services: - Full lifecycle engineering services: pre-design, design, bidding support, construction support, and project close-out - Project covers approximately 85 acres at Pier A West - Key technical tasks: - Site grading and ground improvement to raise elevation for sea level rise mitigation - Installation of wet and dry utilities, electrical infrastructure, and drainage systems - Improvements to site ingress/egress and traffic access - Environmental site assessment, geotechnical investigation, and groundwater modeling - Cost estimating, scheduling, and permitting - Sustainability certification (Envision Gold) and regulatory compliance - Unique/Notable Requirements: - Emphasis on coastal resilience, sustainability, and operational readiness - Coordination with regulatory agencies and grant support - Compliance with Small Business Enterprise (SBE) and Very Small Business Enterprise (VSBE) participation goals - Prevailing wage requirements - No specific OEMs or hardware products are named; this is a solicitation for professional engineering services. - Opportunity is open to all qualified engineering consulting firms with relevant experience.
Description
The Port of Long Beach is seeking a qualified consultant to provide professional engineering services for the Pier A West Coastal Resilience Improvements Project. The scope includes pre-design through final design and construction support for site elevation raising, site grading, ground improvement, utility installation, electrical infrastructure, and ingress/egress improvements. The project site is approximately 85 acres and aims to enhance long-term operational flexibility and resilience against future sea level rise. The contract is expected to last six years with a construction duration of approximately two years.