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D esigned to balance modern living with responsible site development. The project features 16 residential buildings, ample parking, and a playground, complemented by integrated bioswales and a dedicated retention basin to manage on-site drainage sustainably. From precise grading to long-term stormwater control, the development reflects a commitment to quality construction and environmentally conscious design.

D elivers a new, modern fire station designed to support efficient emergency response for the growing Menifee community. The work includes site development, landscaping, irrigation, and a new traffic signal to improve access and safety around the facility. Built with both functionality and community needs in mind, this well-designed facility helps keep the community protected today and into the future.

D elivers essential site preparation to support a critical public safety facility, with precise grading across the entire 1.17-acre site. The work includes efficient cut-and-fill operations and utility connection improvements, ensuring a stable, construction-ready foundation that meets the demands of a modern fire station. Designed for accuracy and efficiency, this project reflects a commitment to safety, reliability, and community service.

A full scope of civil and site enhancements to support efficient and dependable emergency operations. The project features durable concrete paving, ADA-compliant access, advanced storm drainage systems, retaining walls, and sustainable bio-retention elements, all constructed to meet strict local and county standards.

A full-scope hospitality development showcasing high-quality construction from structural framing to refined interior finishes. The project integrates advanced building systems, durable materials, and precise craftsmanship to deliver a modern, efficient, and guest-focused lodging experience.

U pdates and expands an existing facility to better serve the Fallbrook community. Thoughtful renovations and added space improve functionality, efficiency, and emergency readiness within a compact site. The result is a modernized station designed to serve both firefighters and the community well into the future.

T ransforms the campus with a modern softball complex, expanded parking, and improved pedestrian connections. The scope includes demolition of outdated fields, new athletic facilities, utility infrastructure tie-ins, and enhanced pathways that improve access, safety, and overall campus functionality.

M odernize both the varsity baseball and softball facilities with new synthetic infields and outfields, CMU dugouts, and updated scoreboards. The project also introduces a new concession, restroom, and custodial building—bringing essential lower campus utilities to the school for the first time—while delivering fully ADA-compliant access throughout the site.

T ransforms the campus with modern, high-performance athletic facilities designed for both competition and community use. Improvements include new synthetic baseball and softball fields, upgraded CMU dugouts, new scoreboards, a modular restroom building, and fully ADA-compliant access throughout the site.

T ransform the campus into a modern, future-ready learning environment. This project features new state-of-the-art science buildings, upgraded utilities, and refreshed hardscape and landscape elements that enhance both functionality and campus aesthetics. Designed to support innovation and hands-on learning, the improvements create an inspiring space for students and educators alike.

T ransforms the campus with new futsal and pickleball courts, enhanced outdoor spaces, and thoughtfully designed site upgrades. Improvements include ADA-compliant paths of travel, restroom updates, fire alarm device enhancements, new landscaped lawn areas, and a brick-paved plaza—creating a safer, more accessible, and engaging environment for students and the school community.

T ransforms the campus gateway with a new drop-off and pick-up area, improved access drive, and a modern roundabout median. Spanning approximately 1.42 acres, the project also upgrades walkways, hardscape, landscaping, and parking to create a safer, more efficient, and welcoming arrival experience for students, staff, and visitors.

M odernizes critical reservoir infrastructure through the replacement of approximately 4,800 linear feet of existing gunite channel with a durable concrete conveyance system, improving long-term performance and reliability. The scope also includes precision grading across 2.5 acres and roadway improvements, ensuring efficient water management and enhanced site accessibility at Skinner Reservoir in Winchester, California.

A major infrastructure upgrade that improves wastewater service reliability while planning for future growth. The project includes a new regional lift station and dual HDPE force mains that convey wastewater beneath roadways and the San Jacinto River using trenchless construction methods to reduce surface disruption. Designed for both current needs and future expansion, the system strengthens long-term performance with minimal impact to the surrounding community.

A critical infrastructure project supporting reliable water supply in the Lake Elsinore area. The project includes site grading across 2.7 acres and the construction of two production wells, a centralized disinfection facility, and a booster pump station to enhance system efficiency and water quality. Designed to meet growing regional demand, this project strengthens long-term water resilience for the surrounding community.

A large-scale flood control and infrastructure improvement project focused on long-term river stability and public safety near Prado Dam. The work includes construction of a 3,000-foot earthen dike, flood protection systems, drainage and monitoring infrastructure, and critical utility and street improvements. In addition to strengthening flood resilience, the project enhances community access through the inclusion of a bike and pedestrian path along the Santa Ana River Trail.

D elivers critical electrical and infrastructure upgrades to enhance reliability, safety, and long-term operational performance. Scope of work includes high-voltage service improvements, switchgear and generator system upgrades, expanded electrical facilities, and new underground utilities—ensuring resilient, efficient water treatment operations for the community.

A critical water infrastructure improvement designed to enhance system reliability and capacity for the City of Yucaipa. The project includes demolition of an existing reservoir and construction of a new 600,000-gallon bolted steel reservoir, a booster pumping station, and comprehensive site grading, piping, and paving. Executed with precision and efficiency, this project demonstrates expertise in complex grading operations and essential municipal water facilities.