Our team delivered a 162-acre, 15 MW solar project providing comprehensive engineering and permitting support with a focus on environmental stewardship. The site was carefully planned to situate equipment on elevated, dry areas, maximizing solar production while preserving adjacent wetlands and sensitive ecosystems.
Our team supported the development of a 2,600-acre, multi-phase solar and battery energy storage system (BESS). The project combines 400 MW of solar generation with 120 MW of storage, advancing large-scale renewable deployment and contributing to California’s clean energy goals.
Our team provided comprehensive engineering and permitting services for a large-scale, ~1,800-acre PV solar development. This facility brings more than 300 MW of renewable energy to the grid, contributing to California’s clean energy goals and long-term sustainability targets.
Our team supported the development of a 100-acre, 12.5 MW solar facility providing a full suite of civil, structural and environmental engineering services. The project was planned with a strong emphasis on environmental protection and regulatory compliance, particularly with respect to sensitive streams and wetland areas.
This project entailed development of a large-scale, 3,000+ acre solar facility, delivering the project from concept through completion. Our multidisciplinary team combined civil, structural, hydrology, and permitting expertise to design and implement a resilient renewable energy solution. The project demanded innovative approaches to site grading, drainage, and well siting, ensuring long-term performance and environmental compliance.
Our team supported the development of a 600-acre, 105 MW solar facility with an integrated 20 MW battery energy storage system (BESS). The project combines solar generation with on-site storage to improve energy reliability and flexibility, aligning with California’s clean energy targets.
Our team delivered engineering and permitting services for a state-of-the-art, 200 MW battery energy storage system (BESS). Spanning approximately 10 acres, the project incorporates advanced design and infrastructure features to support grid stability and enhance regional energy reliability.
Our team provided engineering and permitting services for a 500-acre, 80 MW solar facility supporting the full scope of civil, structural and hydrology design. The project emphasized sustainable site planning and stormwater management, incorporating meticulously engineered drainage channels to optimize water conveyance and ensure long-term site resilience.
Engaged by ODOT, our team developed scopes of service for local bridge projects, delivering cost estimates, engineering data, and assessments of right-of-way and environmental impacts. Serving ODOT Regions 1 and 5, we provided precise documentation and adhered to ODOT’s General Expectations to ensure responsible, long-term value for public funds.
Following flood damage near Elbe, Washington, our team assessed and designed the replacement of the Nisqually River Trestle on Tacoma Rail’s Mountain Division Line. We evaluated multiple bridge alternatives, selecting a two-span steel plate girder bridge for optimal performance, cost-efficiency, and environmental compliance, ensuring a resilient and sustainable rail connection.