Constructor Awards

Teichert Rebuild Day is an annual tradition that embodies Teichert’s commitment to community service and its core values of building, trust, and tradition. On May 17, 2025, 26 Teichert employees volunteered over 400 hours to transform the home of a deserving Sacramento resident. Partnering with Rebuilding Together Sacramento, the team completed essential upgrades, including kitchen cabinet installation, door replacements, landscaping, and exterior painting, creating a safer and more welcoming living environment.

The project’s impact extended beyond the homeowner, uplifting the entire neighborhood by fostering pride and community spirit. With an estimated $25,000 in donated labor and materials, Teichert’s efforts delivered immediate improvements and inspired ongoing volunteerism.

Teichert Rebuild Day reflects the company’s dedication to making a lasting difference, one home at a time, while strengthening employee camaraderie and community connections. This initiative is a testament to Teichert’s legacy of building safer, stronger communities since 1887.

The Community Works Tenant Improvement project transformed a 5,000-square-foot space in San Francisco’s Tenderloin district into a safe, welcoming hub for individuals navigating court processes, incarceration, and reentry. Led by Turner Construction in partnership with Designing Justice + Designing Spaces (DJDS), the project brought essential services closer to underserved residents, creating a dignified, healing-centered environment.

Turner’s community-focused approach included pro bono services, donated furnishings, and volunteer Build Days, while partners like Formr and Girls Garage contributed handcrafted furniture and youth-built elements. Despite budget constraints, the team leveraged shared resources and inclusive procurement to deliver the project on time in summer 2024.

This space now serves as a refuge of safety and equity, fostering workforce development and community pride. The project exemplifies how construction can go beyond building walls to create lasting social impact, transforming challenges into opportunities for collective hope and empowerment.

The Cotino Lagoon project, part of Disney’s Storyliving community, is a groundbreaking recreational water feature and one of the first Crystal Lagoons® in California. Delivered by Caliagua, Inc., the project involved installing over 35,000 feet of HDPE piping, advanced filtration systems, and sustainable water treatment technologies to create a safe, efficient, and environmentally friendly lagoon.

Caliagua overcame challenges like tight sequencing, supply chain delays, and complex coordination with multiple contractors and utilities. Innovative solutions, such as overlapping commissioning phases and value-engineering cast iron valves, saved time and reduced costs while maintaining quality. The lagoon’s advanced systems minimize water and energy use, making it a model for sustainable recreational infrastructure.

Once open, Cotino Lagoon will provide a unique, resort-style community hub for swimming, paddleboarding, and events, enhancing property values and fostering social engagement. This project exemplifies Caliagua’s expertise in delivering sustainable, high-profile infrastructure that balances technical excellence with community and environmental benefits.

Nor-Cal Pipeline Services successfully completed a $2M rehabilitation of the A&B Sections Neighborhood sewer system in Rohnert Park, California, from April to November 2024. The project included cleaning and CCTV inspection, 8,000 linear feet of CIPP lining, 200 lateral rehabilitations with top hat installations, and maintenance hole upgrades, all while maintaining full traffic control on residential streets.

Proactive management and collaboration ensured on-time, on-budget delivery. Weekly stakeholder meetings, precise scheduling, and resident outreach minimized disruptions and kept the project moving smoothly. Challenges like fragile Orangeburg pipe failures and wet soil conditions were met with immediate solutions, including overnight repairs and bypass systems to maintain service.

This innovative project combined trenchless technology with large-scale lateral rehabilitation, creating a fully sealed, watertight system that extends service life while preserving streetscapes. With zero safety incidents and strong community engagement, the project exemplifies excellence in infrastructure rehabilitation and is a model for future sewer system upgrades.

The California Firefighters Memorial Expansion honors the service and sacrifice of the state’s fallen firefighters, addressing the need for additional space for engraved names while enhancing accessibility, visitor experience, and artistic integrity. Located in the heart of Sacramento’s Capitol Park, the project required precision, collaboration, and innovative problem-solving to meet its goals.

Royal Electric played a critical role in delivering the electrical scope, including integrated lighting for the memorial and route lighting, while coordinating with the California Fire Foundation, artists, and park maintenance teams. Working within a constrained site, the team protected historic trees, maintained public safety, and ensured uninterrupted park operations. Challenges such as undefined construction details, existing utilities, and manufacturing variances were overcome through proactive planning, CADD coordination, and on-site adaptability.

Despite these complexities, Royal Electric completed the project a month ahead of schedule, delivering a beautifully illuminated memorial that honors firefighters’ legacies while meeting all safety, quality, and environmental standards.

The California Firefighters Memorial Expansion in Sacramento’s Capitol Park honors the bravery and sacrifice of over 1,500 fallen firefighters while ensuring space for future generations of heroes. Originally unveiled in 2002, the memorial reached capacity, prompting a $12M expansion to accommodate 4,600 additional names and extend its legacy for 150 years.

Trademark Concrete played a pivotal role in the project, replacing costly stone with a custom-blended white concrete mix that preserved the memorial’s aesthetic while staying within budget. Their precision craftsmanship ensured seamless integration of decorative hardscape and vertical elements, creating a cohesive and dignified space for reflection.

Completed through collaboration with Turner Construction, Lionakis, and sculptor Adan Romo, the project exemplifies innovation, value engineering, and technical excellence. The expanded memorial now stands as a lasting tribute to California’s firefighters, blending artistry, sustainability, and respect for tradition to inspire future generations.

The Tustin PFAS Treatment and Effluent Conveyance Project, led by Caliagua, Inc. for the Orange County Water District (OCWD), addresses the urgent need to remove harmful PFAS contaminants from the region’s groundwater. This $35M initiative combines advanced treatment technologies with large-scale conveyance infrastructure, safeguarding public health and ensuring compliance with evolving federal regulations.

Caliagua’s scope included installing over 12,000 linear feet of pipeline, advanced nitrate removal systems, and a fully integrated SCADA control system. Despite challenges like supply chain delays and tight urban conditions, the project was delivered on time through innovative scheduling, value engineering, and seamless stakeholder coordination.

The completed facility enhances water quality, strengthens drought resilience, and sets a national example for PFAS treatment. With a $7–8M economic impact and a design built for adaptability, the project reflects Caliagua’s expertise in delivering sustainable, community-critical infrastructure that protects public health and supports long-term water reliability.

The successful completion of the Los Angeles International Airport (LAX) Runway 6L–24R North Airfield Exit Taxiway (NAET) project is a testament to Royal Electric Company’s expertise, innovation, and decades-long partnership with LAX. With a contract value of $35 million, this was Royal’s largest and most complex project at LAX, encompassing the installation of airfield electrical systems for four new taxiways, upgrades to navigational aids, and enhancements to the Airfield Lighting Control and Monitoring System (ALCMS).

Royal’s proactive approach ensured the project stayed on schedule despite challenges like damaged switchgear, incorrect surveys, and deep excavations. By leveraging innovative solutions, such as custom-fabricated dam rings and expedited equipment procurement, Royal preserved the timeline and delivered FAA-compliant results. The team’s coordination with Granite Construction, LAWA, and other stakeholders was seamless, with daily “Play of the Day” meetings ensuring alignment across trades.

With over 90,000 labor hours logged, Royal achieved zero lost-time incidents, highlighting its commitment to safety. The NAET project not only enhances safety and efficiency at LAX but also solidifies Royal Electric’s reputation as a trusted partner in delivering complex airfield infrastructure.

Located in Menifee, California, the Nova Power Bank project redefines energy storage innovation, transforming a decommissioned power plant into a 680 MW/2,720 MWh facility capable of powering 680,000 homes. As one of the largest standalone storage projects in the industry, it strengthens grid reliability while promoting sustainability by repurposing existing infrastructure.

Led by Mortenson as the EPC contractor, the project featured cutting-edge engineering, including nearly 1,200 battery enclosures and high-voltage infrastructure. Collaboration with Calpine Corporation and Southern California Edison ensured seamless integration and ahead-of-schedule energization.

The project also prioritized community impact, supporting local organizations and creating over 200 union jobs. With 300,000 craft hours and zero recordable incidents, safety remained a top priority. Through mentorship, tailored training, and environmental stewardship, the team overcame challenges to deliver a high-performing energy asset.

Nova Power Bank exemplifies innovation, sustainability, and community commitment, making it a standout candidate for the 2026 AGC of California Constructor Award.

The Alameda County Water District’s (ACWD) Groundwater PFAS Treatment Facility – Phase 1 is a groundbreaking project that exemplifies specialty construction excellence under intense regulatory, timeline, and technical pressures. Delivered at a final cost of $17 million, the facility restores 6 million gallons per day (MGD) of potable water production, achieving non-detect PFAS levels while providing $4.5 million in documented client savings.

Faced with regulatory uncertainty and an aggressive timeline, Myers & Sons Construction led a collaborative effort with specialty subcontractors to deliver a cutting-edge ion exchange (IX) treatment system. Key strategies included a two-phase construction approach, early procurement of long-lead equipment, and contractor-led design workshops that enabled real-time problem-solving. Challenges such as transformer delays, aging infrastructure, and congested site conditions were overcome through adaptive planning, phased tie-ins, and innovative solutions like rental transformers and modular pipe racks.

Completed ahead of schedule and with change orders held to 6.83%, the project demonstrates the power of specialty-driven collaboration, delivering immediate public health benefits and long-term operational flexibility for ACWD.

The Hyperion Advanced Water Purification Facility (AWPF) is a groundbreaking achievement in sustainable infrastructure, completed in May 2025 at a cost of $92.5 million. As the first major step in Los Angeles’ Pure Water initiative, this 1.5 million gallons-per-day facility transforms wastewater recycling, advancing the city’s goal of 100% reuse from the Hyperion Water Reclamation Plant.

Delivered under Los Angeles Sanitation & Environment’s first progressive design-build contract, the Walsh/Brown and Caldwell team overcame space constraints, utility challenges, and pandemic disruptions while maintaining budget and safety excellence. Innovative solutions, including stacked equipment designs and early procurement of critical systems, ensured seamless integration within the constrained site.

With $7 million in value engineering savings, zero OSHA recordable incidents, and a focus on community impact, the AWPF offsets potable water demand and supports workforce development. This project exemplifies collaboration, innovation, and sustainability, making it a standout candidate for the AGC Constructor Award in the Heavy Civil $15M–$100M category.

The Rancho Dominguez Medium- and Heavy-Duty Electric Vehicle Charging Hub is a groundbreaking step in California’s clean transportation future, located just 15 miles from the Ports of Long Beach and Los Angeles. As the first facility of its kind, it features 20 high-capacity 350kW DC fast chargers, accommodating up to 125 trucks daily and reducing 12,600 metric tons of carbon dioxide emissions annually.

Delivered on time and within budget by Oltmans Construction Co. in partnership with Terawatt Infrastructure, the hub was purpose-built for commercial fleet operators, offering advanced charging capabilities, driver amenities, and future-ready expandability. The project’s success relied on proactive permitting, utility coordination with Southern California Edison, and seamless integration of owner-furnished equipment.

Oltmans’ innovative construction management and collaborative approach ensured the facility meets today’s needs while supporting future growth. As a vital link in California’s zero-emission network, Rancho Dominguez sets a new standard for sustainable infrastructure and clean energy logistics.

The California Firefighters Memorial, a sacred site in Sacramento’s Capitol Park, underwent a transformative expansion in 2024 to honor the bravery and sacrifice of California’s fallen firefighters. With the original memorial wall at capacity, the $6.4M project added space for 3,000 additional names while enhancing accessibility, sustainability, and community engagement.

Key features include new limestone panels arranged in a Maltese cross, a bronze sculpture symbolizing loss, ADA-compliant pathways, and drought-tolerant landscaping. Innovative tools like VR walkthroughs and 3D modeling ensured precision and craftsmanship, while the project was delivered $900,000 under budget and on time for the Annual Firefighter Memorial Ceremony.

This expansion not only preserves the legacy of fallen firefighters but also creates an inclusive, educational sanctuary for reflection. Designed to last 100–150 years, it exemplifies excellence in design-build, safety, and community impact, standing as a lasting tribute to California’s heroes.

The Middle Harbor Berths 55-59 Upgrade at the Port of Oakland showcases how innovation, precise engineering, and collaboration can transform critical infrastructure. Designed to accommodate vessels up to 24,000 TEUs, this project modernized five berths to meet the demands of one of the busiest ports on the West Coast.

Led by California Engineering Contractors (CEC), the upgrades included installing high-capacity bollards, advanced fender systems, and steel dropdown panels, all while preserving existing structures and minimizing environmental impact. Innovative access platforms and just-in-time material delivery ensured seamless construction without disrupting port operations, which handled two million containers during the project.

Despite challenges like tidal variations, tight schedules, and pandemic-related supply chain disruptions, the project was completed safely, on time, and under budget—at half the Port’s original estimate. With no recordable injuries or claims, the Middle Harbor Upgrade exemplifies excellence in marine retrofit construction, setting a new standard for active infrastructure projects.

The Saratoga Creek Bridge Rehabilitation CMGC Project is a remarkable example of innovative engineering and collaboration, replacing a 1902 historic two-span concrete arch bridge with a modern steel girder bridge while preserving the original structure’s visual and cultural significance. Located in a remote, environmentally sensitive area, the project addressed seismic and structural deficiencies while maintaining access to Saratoga Springs Resort, Sanborn County Park, and SR 9.

Led by Myers, the project utilized a Hybrid Alternative approach, constructing the new bridge within the existing arch to minimize environmental impacts, reduce construction duration to one season, and save $7 million. Key innovations included a temporary bridge for uninterrupted access, accelerated construction techniques, and early work packages to avoid delays.

With zero recordable safety incidents, proactive stakeholder coordination, and environmental sensitivity, the project was completed on time and under budget. This rehabilitation sets a new standard for balancing infrastructure modernization with historical preservation and community needs.

In the rugged mountains of Plumas County, the Caribou Road Reconstruction Project restored critical access to PG&E’s Caribou Powerhouse and Dam after a massive landslide in 2023 washed out the primary roadway. Led by Teichert Construction, this $6.9M emergency project overcame steep terrain, unstable slopes, and environmental sensitivities to deliver a safe, functional roadway.

Teichert’s innovative approach included rerouting the road through a geotechnically stable alignment, crushing and reusing over 50,000 tons of on-site material, and raising adjacent roads to improve flood resilience. Despite tight seasonal windows and challenging conditions, the team completed temporary access before winter and finished permanent reconstruction on schedule in 2024.

This project highlights Teichert’s expertise in delivering sustainable, cost-effective solutions under pressure, ensuring long-term stability and reliable access for PG&E’s operations while prioritizing safety, efficiency, and environmental stewardship.

The St. Mary’s Design The Future Project and The Sillers Center mark a transformative milestone in the evolution of St. Mary’s School, a private, faith-based institution dedicated to fostering “World-Sized Hearts; World-Class Minds.” Delivered by Oltmans Construction Co., this 28,400-square-foot, two-story facility serves as a vibrant centerpiece for the campus, blending tradition with forward-thinking education.

The first floor houses the Thompson Family Early Education Center, while the second floor features a cutting-edge Design Center for creativity and collaboration. Outside, the 40,000-square-foot Floriani Family Park offers a dynamic space for connection and recreation. Despite logistical challenges, Oltmans’ proactive planning, value engineering, and self-performance of structural concrete ensured the project was delivered on time and within budget.

The Sillers Center exemplifies how innovative construction and collaboration can create spaces that inspire learning, creativity, and community, leaving a lasting legacy for future generations of St. Mary’s students.

The McClarty Center for Fine and Performing Arts at Reedley College opened its doors in November 2024, fulfilling a decades-long dream of creating a cultural hub for California’s Central Valley. This $27.7 million, 28,301-square-foot facility blends craftsmanship, education, and history, standing as a testament to the dedication of local leaders, educators, and community members who made it possible.

The centerpiece of the venue is the Pete P. Peters 508-seat theater, featuring precision-installed maple wood finishes, advanced acoustics, and a state-of-the-art constellation sound system. Designed with performers in mind, the facility also includes a flexible art gallery, green room, and dressing areas. Despite challenges like tight working conditions, complex rigging systems, and supply chain delays, the project was delivered on time and within budget through meticulous planning, BIM coordination, and proactive problem-solving.

The McClarty Center is a landmark achievement, enriching education and culture while serving as a source of pride for the Reedley community.

The Hub community center stands as a transformative milestone in the Sunnydale HOPE SF initiative, revitalizing a historically underserved neighborhood in southeastern San Francisco. This 30,000-square-foot, two-story mass timber facility serves as a vibrant hub for connection, education, and enrichment, offering amenities like a teaching kitchen, study areas, a recording studio, and flexible spaces for events and workshops. It also houses expanded facilities for the Boys & Girls Clubs of San Francisco and Wu Yee Children’s Services, providing critical childcare, youth programming, and family support.

Constructed with sustainability in mind, The Hub features cross-laminated timber and glulam elements, reducing its carbon footprint while creating a warm, inviting environment. Despite challenges like supply chain delays, utility setbacks, and record-breaking storms, the project was completed on time and within budget through meticulous planning, prefabrication, and proactive problem-solving.

With 33% small and local business participation, 12 Sunnydale residents hired, and community-focused initiatives like STEAM fairs and industry tours, The Hub exemplifies the power of collaboration. This landmark facility not only enriches the lives of Sunnydale residents but also sets a new standard for sustainable, community-driven development.

The Terminal 3 West Interim Corridors at San Francisco International Airport (SFO) showcase innovation and collaboration in aviation construction. Built to maintain full terminal operations during modernization, the project delivered two elevated, temporary corridors spanning 1,440 feet, rerouting passengers seamlessly while preserving convenience and safety. Using modular prefabrication, Virtual Design & Construction (VDC), and sustainable practices, the team overcame challenges like tight construction windows and airfield logistics. Prefabricated modules, complete with finishes and systems, were installed with precision over 11 nights, minimizing disruption.

Delivered on budget at $44.4 million and completed 10 days early, the project exceeded diversity goals, engaging local small businesses and achieving 10% micro-LBE participation. Travelers praised the corridors’ thoughtful design, featuring San Francisco-inspired graphics, natural light, and intuitive wayfinding. This project sets a new benchmark for temporary infrastructure, blending efficiency, sustainability, and an enhanced passenger experience.

The SR-46 Corridor Improvements Project in Kern County, California, transformed a critical stretch of highway into a safer, more efficient four-lane expressway. Spanning multiple phases, the project included a pedestrian bridge in Lost Hills, a single-span bridge over the California Aqueduct, and extensive highway widening through oil fields and farmland. Despite challenges like complex permitting, utility conflicts, and long-lead materials, the team delivered the project on time and within budget.

Innovative Value Engineering Change Proposals (VECPs) saved over $1.2 million by re-phasing work, optimizing materials, and streamlining traffic control. Proactive scheduling, stakeholder engagement, and a dispute resolution ladder ensured smooth progress, resolving conflicts quickly and avoiding claims. The full road closure was completed three days ahead of schedule, minimizing public impacts and meeting an ambitious Thanksgiving milestone.

This project not only improved safety and traffic flow but also demonstrated the power of collaboration, innovation, and efficiency in delivering critical infrastructure.

The Bridge Deck Replacement CMAR project in Huntington Beach modernized three critical bridges—Warner Avenue, Springdale Street, and Edwards Street—originally built in 1959. These upgrades addressed FEMA freeboard requirements, improved structural capacity, and enhanced flood protection, ensuring the bridges meet the demands of today’s infrastructure.

Led by Myers, the project involved demolishing and reconstructing slab girder bridges, raising medians and sidewalks, and installing flood walls, all while maintaining traffic flow and minimizing community disruption. Through innovative scheduling, utility coordination, and value engineering, Myers completed the project five months early and under budget, saving $700,000.

Environmental compliance and public outreach were key priorities, with measures to protect sensitive habitats, reduce noise and dust, and maintain access for local businesses and schools. With zero recordable safety incidents and strong stakeholder collaboration, this project exemplifies excellence in construction management, delivering resilient infrastructure that supports the community and environment.

The First Avenue Bridge Replacement Project in Barstow, California, highlights Skanska’s expertise in delivering complex infrastructure with innovation, safety, and community focus. Replacing a 1930s steel and timber bridge with a modern, 1,300-foot-long concrete structure, the project maintained traffic flow by constructing the new bridge alongside the existing one. Key features included a 380-foot soil nail retaining wall, realigned roadways, and improved drainage, lighting, and sidewalks.

Despite challenges like limited track closures in a busy BNSF railyard, Skanska adapted with innovative solutions, including using an 850-ton crane to minimize disruptions. The team preserved elements of the historic bridge for community display and achieved zero significant injuries through robust safety protocols. Completed on time and within budget, the project earned praise from the City of Barstow for its collaboration and efficiency. This project exemplifies Skanska’s commitment to problem-solving, stakeholder engagement, and delivering lasting value to the community.

The Oak Ridge Elementary School modernization project in Oak Park, Sacramento, overcame significant challenges—procurement delays, tight site conditions, and budget constraints—to deliver a state-of-the-art campus on time and on budget. Built on a constrained site while the existing school remained operational, the project required innovative solutions, including early parking lot delivery to ease congestion, precise coordination for crane picks, and thoughtful scheduling to minimize neighborhood disruption.

Faced with a $5M budget shortfall, the team implemented 78 value engineering solutions, aligning costs with the District’s vision without compromising quality. Community engagement was central, with students and families involved in milestones like beam signings and tree plantings, and outreach events fostering connection.

More than a school, Oak Ridge is a symbol of resilience and opportunity, blending modern design with deep community roots. This project honors the past while creating a bright future for generations to come.

The $55 million Comprehensive Modernization of Shenandoah Elementary School transformed an aging campus into a state-of-the-art, student-centered environment and a model for LAUSD. The project replaced portables with a two-story classroom building, modernized existing facilities, and added outdoor learning areas, a playground, and expanded green space, increasing it from 5% to 37% of the site.

Delivered on time and within budget, the design-build team overcame challenges like geotechnical issues and COVID-19 disruptions through proactive planning, LiDAR clash detection, and phased construction. Community impact was central, with over 40% local workforce participation and 25% small business involvement. Educational innovation included features like a math garden, weather station, and inclusive playfields.

Shenandoah now offers dynamic indoor-outdoor learning, improved safety, and equitable access, setting a new standard for public-sector modernization. This project exemplifies technical excellence, stakeholder care, and community stewardship, making it a standout achievement in educational construction.

The UC Riverside School of Business project overcame significant challenges to deliver a state-of-the-art, LEED Platinum-certified facility that blends sustainability, innovation, and design excellence. Built on a steep hillside with tight site constraints, the project required make-ready work, just-in-time deliveries, and advanced construction techniques to minimize campus disruption. Collaborative design-build processes ensured seamless integration of stakeholder feedback, while innovative solutions like photovoltaic canopies and a 216-kilowatt solar array reduced energy use by 73%.

Concrete played a pivotal role, with adaptive mix designs and cooling techniques enabling high-precision features like the grand stair and feature wall, even under extreme summer heat. Safety was paramount, with a DART rate of 0.00 over 256,653 hours, earning the Liberty Mutual Gold Safety Award.

This project exemplifies how sustainable design, technical innovation, and a collaborative culture can create a high-performance academic environment that serves as a model for the future.

The UCSF Health Peninsula Outpatient Center (POPC) in Burlingame, California, is a state-of-the-art, all-electric healthcare facility that redefines outpatient care. This four-story, 50,000-square-foot center offers a comprehensive range of services, including an ambulatory surgery center, advanced imaging, infusion therapy, and a compounding pharmacy, all designed to serve patients across the Peninsula with convenience and excellence.

Transforming a cold-shell building into a vibrant outpatient hub, the project overcame significant challenges, including fitting 100,000 square feet of programming into a compact footprint, utility delays, and a tight urban site. Through innovative design, advanced technology, and meticulous planning, the team delivered a highly efficient facility featuring compact mechanical systems, a rooftop Central Utility Plant, and a patented heat recovery strategy, all contributing to LEED® Gold certification.

Despite weather challenges and supply chain disruptions, the project was completed on budget and achieved TCO five weeks early, allowing UCSF Health to meet its first patient date. With zero OSHA recordables and a collaborative team culture, UCSF Health POPC sets a new benchmark for sustainable, urban healthcare construction, blending innovation, efficiency, and patient-centered design.

The Yreka State Highway “Complete Streets” Rehabilitation CMGC project transformed a deteriorating four-mile stretch of SR 3 into a modern, multimodal corridor, balancing the needs of motorists, pedestrians, cyclists, and businesses in a bustling downtown setting. This $64.7 million project replaced asphalt with rapid-setting jointed plain concrete pavement (JPCP-RSC) and hot mix asphalt (HMA), reconstructed sidewalks and curb ramps to meet ADA standards, upgraded stormwater systems, and incorporated streetscape enhancements funded by the Clean California initiative.

Led by the Myers-Shea team, the project overcame challenges like utility conflicts, constrained work zones, and high traffic volumes through innovative solutions, including lean concrete base replacements, rapid-strength concrete for intersections, and strategic phasing to minimize disruptions. The team also integrated California’s first CMGC broadband middle-mile network, ensuring timely delivery despite supply chain delays.

With zero business interruptions, no pedestrian or cyclist safety incidents, and $3 million in cost savings, the project was completed on time and under budget, setting a new standard for urban infrastructure rehabilitation.

The Millennium Tower Foundation Stabilization project in San Francisco, led by Shimmick Construction, addressed the critical settlement and tilt of the 645-foot-tall high-rise, halting further movement and restoring public confidence. Through innovative engineering and adaptive management, the team reduced the original scope from 52 to 18 deep foundation piles, saving time and costs while maintaining structural integrity.

Operating within tight urban constraints, Shimmick employed reverse circulation drilling, real-time geotechnical monitoring, and precise load transfer techniques to stabilize the building. Collaboration with engineers, city officials, and stakeholders ensured seamless permitting, minimized disruptions, and maintained public access in one of San Francisco’s busiest areas.

Despite unprecedented challenges, the project was completed on time and within budget, showcasing Shimmick’s expertise in high-risk, high-profile construction. This achievement highlights the power of innovation, teamwork, and strategic planning in delivering a world-class engineering solution under complex conditions.

The Highway 99 Merced Rehabilitation Project revitalized a critical transportation corridor, addressing severe pavement deterioration to improve ride quality, extend pavement life, and enhance safety for California’s travelers. With a $59.2M budget, Teichert Construction partnered with Caltrans and local stakeholders to deliver a durable, long-term solution for this vital highway.

Teichert’s innovative management included a five-stage traffic strategy to minimize disruptions, proactive problem-solving for unexpected challenges like a missing K-rail and an old gas line, and cost-saving measures such as reclassifying soil and repurposing a portable batch plant. These efforts saved over $580,000 while maintaining the project’s pace and quality.

Despite high traffic volumes and frequent accidents, the team completed the project on time in August 2024, improving mobility and safety for commuters. This success reflects Teichert’s commitment to collaboration, efficiency, and sustainable practices in delivering essential infrastructure improvements.

The UCSF Bayfront Medical Building project exemplifies collaboration, innovation, and precision in delivering a cutting-edge medical facility on time and within budget. Faced with challenges like tight urban constraints, differing soil conditions, and complex logistics, the team employed advanced solutions, including deep soil mixing, robotic layout systems, and just-in-time deliveries, to maintain schedule and quality.

A target value design approach ensured budget alignment, with $17 million in value engineering savings achieved through strategic trade partner engagement and design refinements. Sustainability was prioritized, with features like solar thermal panels, rain gardens, and a 36% reduction in embodied carbon, earning LEED Gold and Parksmart certifications.

The project also integrated community-focused elements, such as a façade artwork by Kota Ezawa, and maintained safety for visually impaired patients with enhanced walkways and valet services. Delivered with meticulous planning and stakeholder engagement, the Bayfront Medical Building is a state-of-the-art facility designed to serve UCSF and the community for decades.

The Caltech Resnick Sustainability Center (RSC) is a state-of-the-art hub for energy and sustainability research, designed to foster collaboration and innovation. Featuring open, light-filled spaces and biophilic design elements, the RSC promotes connectivity, well-being, and a dynamic research environment. Its sustainable features include solar shading fins, on-site photovoltaic panels, and mass timber framing, achieving LEED Platinum certification with a 36% reduction in embodied carbon and a 22% lower energy use intensity than baseline targets.

The project overcame challenges like tight urban constraints and complex soil conditions through innovative solutions, including deep soil mixing, robotic layout systems, and prefabrication. Extensive stakeholder engagement ensured the design met the needs of researchers, students, and the broader Pasadena community. With its cutting-edge facilities, sustainable design, and commitment to environmental responsibility, the RSC sets a new standard for academic buildings, serving as a model for future innovation in energy and sustainability research.

The Gregory Bateson Building is a landmark project that showcases the power of progressive design-build, historic preservation, and electrified infrastructure. As one of DGS’s earliest Progressive Design-Build efforts, the project modernized a historic facility while maintaining its architectural integrity, safety, and sustainability. Delivered on time and on budget, the project overcame an $18M budget overage through collaborative reprogramming and innovative problem-solving.

McCarthy, CannonDesign, ARG, and DGS co-located in a shared Big Room, fostering a “Project First” mindset that enabled rapid decision-making and alignment. Lean tools, BIM integration, and self-perform work ensured quality and efficiency, while early trade partner involvement and mock-up testing minimized rework. Challenges like replicating the iconic glulam façade, retrofitting the atrium’s life-safety systems, and addressing legacy discrepancies were resolved through creativity and teamwork.

Targeting LEED Platinum, the all-electric building achieves a projected EUI of 35.2 kBtu/SF/yr, blending sustainability with historic preservation. The Bateson Building is a model for revitalizing historic structures into future-ready, sustainable workplaces.

The Orange County Sanitation District Headquarters is a 109,000-square-foot, $108.5 million facility in Fountain Valley, California, that redefines public infrastructure through bold design, sustainability, and innovation. Completed in June 2024, the headquarters is the largest mass timber project Swinerton has delivered in Southern California, achieving LEED Gold and Net-Zero Energy certification. It serves as a model for environmental responsibility and operational efficiency while supporting essential sanitation services for Orange County.

The project overcame challenges like heavy rainfall, evolving mass timber codes, and construction near a live treatment plant through agile planning and advanced technologies like BIM and VDC. Safety was paramount, with over 274,000 worker hours logged without a single lost-time incident. Featuring a pedestrian bridge, mass timber construction, and cutting-edge sustainability measures, the headquarters is a civic landmark that sets a new standard for public infrastructure and sustainable development in the region.

The electrification of a 52-mile commuter rail corridor for Caltrain is a landmark $2.4B infrastructure project that overcame significant challenges to deliver transformative results. Through strong management techniques, the team implemented a shared risk allowance framework, resolving 40% of risks without commercial impact, and used a “Zipper” decision-making model to empower swift issue resolution. These strategies kept the project on track, enhanced functionality, and delivered a 20% increase in service capacity, reduced emissions, and improved transit efficiency.

Scheduling complexities, including maintaining daily service for 65,000 commuters, were addressed by segmenting the corridor into 15 zones, using nighttime work windows, and leveraging innovative tools like a contractor-operated wire train and agile elevated work platforms. Despite supply chain disruptions and severe weather, the project achieved substantial completion in September 2024, with financial closeout just seven months later.

Delivered on time and within its revised budget, the project exemplifies collaboration, innovation, and fiscal responsibility, setting a new standard for rail electrification in the U.S.

The $158.9 million North Airfield Exit Taxiways (NAET) and Runway Rehabilitation Project at Los Angeles International Airport (LAX) exemplifies precision, innovation, and collaboration in one of the most complex construction environments imaginable. Delivered by Granite Construction, the project rehabilitated runways and added exit taxiways at the nation’s fifth-busiest airport, all while maintaining active airfield operations. Despite nearly two years of double-shift construction, the project finished five days early, under budget, and with zero lost-time injuries.

Granite’s management strategies, including an on-site batch plant and a robust Foreign Object Debris (FOD) program, ensured quality and safety while accelerating the schedule. Challenges such as asbestos discoveries, silica hazards, and live-airfield operations were overcome through proactive planning, workforce empowerment, and innovative safety measures. Sustainability was prioritized, with 98,000 tons of recycled materials supporting LAWA’s environmental goals.

The NAET Project delivered lasting operational improvements, extended pavement life, and increased efficiency, setting a new benchmark for aviation infrastructure at LAX.

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The Rail-to-Rail Active Transportation Corridor (ATC) Segment A is a transformative 5.5-mile bike and pedestrian path that reimagines infrastructure in Los Angeles. Delivered by Griffith Company in partnership with Metro, the project overcame immense challenges, including hazardous soils, uncharted utilities, and dense urban conditions, to create a safe, green mobility corridor connecting historically underserved neighborhoods.

Griffith’s innovative solutions included on-site hazardous soil remediation, saving $2 million and reducing truck trips, and pioneering weekend intersection closures to minimize public disruption. Collaborative workshops with Metro and LADOT resolved a potential 224-day delay through an innovative Maintenance of Traffic (MOT) plan, ensuring on-time delivery. Sustainability was central, with bioswales, pervious pavements, and nearly 500 shade trees enhancing the corridor’s environmental impact.

With zero lost-time incidents over 387,154 hours, the project exemplified safety excellence. It also advanced equity through workforce diversity and community engagement, leaving a legacy of connectivity, environmental stewardship, and public trust.

The UC Davis Health 48X Complex is a 262,228-square-foot outpatient surgery center that exemplifies design-build excellence, innovation, and sustainability. Designed to address the growing demand for healthcare in Sacramento, the facility features 14 operating rooms, 96 clinical exam rooms, recovery spaces, imaging facilities, and more, all within a biophilic design that prioritizes wellness and connection. Targeting LEED Gold certification, the building operates 33% more efficiently than ASHRAE 90.1 standards, with features like sunshade fins and frit glass optimizing energy performance.

The project’s success stemmed from a highly coordinated pre-construction strategy, leveraging prefabrication and virtual design technologies. Prefabricated wall assemblies reduced onsite labor and improved safety, while innovative solutions like a mud slab prevented weather delays and enabled rapid foundation layout using Dusty Robotics. Despite its urban location and logistical challenges, the team maintained safety, minimized community disruption, and delivered on schedule.

The 48X Complex is a future-ready healthcare facility that sets a new standard for collaboration, sustainability, and patient care.

The Gaylord Pacific project in Chula Vista, California, delivered over 2 million square feet of resort and convention space, along with a parking garage, six weeks ahead of schedule and on budget. Mortenson | McCarthy’s proactive scheduling approach brought trade partners together early, ensuring seamless coordination among 7,000 craft workers and 200 subcontractors. Innovative techniques, such as mass cooling for the mat foundation, advanced concrete systems, and soil mixing, accelerated the timeline while maintaining quality.

Safety was paramount, with initiatives like the Stop the Drop Campaign, tool tethering, and real-time hazard reporting, earning the Liberty Mutual 2025 Gold Safety Award. The team also achieved $35 million in value engineering savings, keeping the project within budget despite market volatility.

Beyond construction, the project fostered community connections through local workforce participation, conservation events, and support for local organizations, leaving a lasting economic and social impact on the Chula Vista area.

The IQHQ Research and Development District (RaDD) is a transformative 1.7 million-square-foot urban life science campus in San Diego, redefining sustainable mixed-use development. Spanning six city blocks along the waterfront, RaDD integrates state-of-the-art lab, office, retail, and wellness spaces with over five acres of green space, 60,000 square feet of outdoor decks, and a 2,000-stall underground parking garage just 73 feet from the bay. Delivered on time and within budget, RaDD overcame significant challenges, including complex logistics, multi-agency oversight, and extensive dewatering operations pumping 1.8 million gallons daily for four years.

Turner Construction’s strategic management, phased GMP delivery, and advanced technologies like BIM and AR ensured precise coordination and risk mitigation. Sustainability was central, with LEED Gold certification, carbon-neutral design, rooftop solar, and a hybrid Battery Energy Storage System reducing emissions by 39%.

The electrification of a 52-mile commuter rail corridor for Caltrain is a landmark $2.4B infrastructure project that overcame significant challenges to deliver transformative results. Through strong management techniques, the team implemented a shared risk allowance framework, resolving 40% of risks without commercial impact, and used a “Zipper” decision-making model to empower swift issue resolution. These strategies kept the project on track, enhanced functionality, and delivered a 20% increase in service capacity, reduced emissions, and improved transit efficiency.

Scheduling complexities, including maintaining daily service for 65,000 commuters, were addressed by segmenting the corridor into 15 zones, using nighttime work windows, and leveraging innovative tools like a contractor-operated wire train and agile elevated work platforms. Despite supply chain disruptions and severe weather, the project achieved substantial completion in September 2024, with financial closeout just seven months later.

Delivered on time and within its revised budget, the project exemplifies collaboration, innovation, and fiscal responsibility, setting a new standard for rail electrification in the U.S.

The $158.9 million North Airfield Exit Taxiways (NAET) and Runway Rehabilitation Project at Los Angeles International Airport (LAX) exemplifies precision, innovation, and collaboration in one of the most complex construction environments imaginable. Delivered by Granite Construction, the project rehabilitated runways and added exit taxiways at the nation’s fifth-busiest airport, all while maintaining active airfield operations. Despite nearly two years of double-shift construction, the project finished five days early, under budget, and with zero lost-time injuries.

Granite’s management strategies, including an on-site batch plant and a robust Foreign Object Debris (FOD) program, ensured quality and safety while accelerating the schedule. Challenges such as asbestos discoveries, silica hazards, and live-airfield operations were overcome through proactive planning, workforce empowerment, and innovative safety measures. Sustainability was prioritized, with 98,000 tons of recycled materials supporting LAWA’s environmental goals.

The NAET Project delivered lasting operational improvements, extended pavement life, and increased efficiency, setting a new benchmark for aviation infrastructure at LAX.

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The Millennium Tower Foundation Stabilization project in San Francisco, led by Shimmick Construction, addressed the critical settlement and tilt of the 645-foot-tall high-rise, halting further movement and restoring public confidence. Through innovative engineering and adaptive management, the team reduced the original scope from 52 to 18 deep foundation piles, saving time and costs while maintaining structural integrity.

Operating within tight urban constraints, Shimmick employed reverse circulation drilling, real-time geotechnical monitoring, and precise load transfer techniques to stabilize the building. Collaboration with engineers, city officials, and stakeholders ensured seamless permitting, minimized disruptions, and maintained public access in one of San Francisco’s busiest areas.

Despite unprecedented challenges, the project was completed on time and within budget, showcasing Shimmick’s expertise in high-risk, high-profile construction. This achievement highlights the power of innovation, teamwork, and strategic planning in delivering a world-class engineering solution under complex conditions.