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SAN FRANCISCO LOS ANGELES ALAMEDA SAN JOSE SAN DIEGO #1037217 A, B, C-8, C-9BUILDING SOLUTIONS. BETTERING LIVES.Higher EducationPICTUREDUC Merced 2020 Expansion, Merced, California

SAN FRANCISCOSAN JOSEALAMEDALOS ANGELESSAN DIEGO

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WEBCOR.COM About Webcor.Webcor was founded in 1971 with goals to build with unmatched innovation and efficiency. After 50 years and the completion of 100 million square feet of diverse projects, Webcor continues to deliver on these objectives. We are a full-service commercial general contractor, oering PM/CM, preconstruction, construction, concrete, carpentry, drywall, and timber services to a broad client base. Webcor employs over 800 full-time multidisciplinary sta across California.

WEBCOR.COM 5Z1971FOUNDED100 MILLION+SQUARE FEET COMPLETED$1.2 BILLION 2024 REVENUE$5.5 BILLIONBONDING CAPACITY0.81SAFETY EMR800+ EMPLOYEESSmall company attention with large company resources.Our unique structure results in clients receiving small company attention with large company assets including financial strength buying power, bonding capacity, stang, resources, and industry-leading innovation. SAN FRANCISCO ALAMEDA207 King Street Suite 300 San Francisco, CA 94107À (415) 978-10002320 Blanding Avenue Suite 200 Alameda, CA 94501À (510) 748-1900SAN JOSE LOS ANGELES2077 Gateway PlaceSuite 100San Jose, CA 95110À (415) 978-1000333 S. Grand Avenue Suite 4400 Los Angeles, CA 90071À (213) 239-2800SAN DIEGO9909 Mira Mesa Boulevard Suite 340 San Diego, CA 92131À (619) 768-8848Start to FinishENTITLEMENTSPRECONSTRUCTIONCONSTRUCTIONSELF-PERFORMPM/CMWARRANTY/BUILDING SERVICESVIRTUAL DESIGN & CONSTRUCTIONSUSTAINABILITYTENANT IMPROVEMENTEvery Which WayCM AT RISKLUMP SUMPROGRESSIVE DESIGN-BUILDSTIPULATED SUM DESIGN-BUILDPUBLIC PRIVATE PARTNERSHIPS (P3)INTEGRATED PROJECT DELIVERY (IPD)

Market SectorsAVIATION + TRANSPORTATIONCIVIC + GOVERNMENTCULTURALEDUCATIONHEALTH + SCIENCEHOSPITALITYINFRASTRUCTUREMIXED-USEOFFICERESIDENTIALWEBCOR Our Services. Experience the advantage of our dedicated team of in-house professionals from our Design Management, Sustainability, Quality, Safety, and Virtual Building departments. When it comes to the preconstruction phase of your project, we actively engage to provide a holistic and comprehensive approach. When it comes to executing the final construction plan, we excel in delivering outstanding results, skillfully bringing our clients' goals and objectives to life. We take immense pride in our history of shaping the very essence of construction in California, setting new standards and redefining what it means to be a builder. - Webcor Craft, our in-house self-perform group specializes in finish carpentry, concrete, drywall, and timber. Our skilled team provides a higher level of control over quality, pricing, and schedule. Our integrated approach delivers superior craftsmanship while maintaining cost eciency and adherence to timelines. / Our dedicated Project and Construction Management Group (PM/CM) oers an extensive array of client support and partnership services, with client advocacy being a key aspect. Count on us to handle all your project and construction management needs with expertise and dedication, ensuring your satisfaction every step of the way.Our comprehensive warranty plans are always included, but if you're out of warranty or seeking additional peace of mind, we oer plans to assist you. Whether it's proactive yearly inspections with maintenance or continued access to our ticket system, we handle everything so you don't have to.

Integrated SolutionsESTIMATING SCHEDULINGVDC/BIM SUSTAINABILITYDESIGN INTEGRATION SAFETYWARRANTYVALUE ENGINEERINGQUALITYDIVERSITY HIRINGWEBCOR 7Z

WEBCOR Craft. Webcor Concrete has pushed the envelope and achieved major advances in reducing floor cycle durations and accelerating schedules without compromising safety or quality. Webcor Concrete has been integral to the overall success of many of our landmark projects. Webcor Carpentry provides rough carpentry and interior finishing throughout a wide range of markets for projects of all sizes and complexity. Our Carpentry group is a specialized entity that can drive the back end of a project by self performing finish carpentry work while assuring that stringent quality control measures are in place during the demanding finishes phase of a project. Webcor Drywall provides a full spectrum of services throughout project delivery. During preconstruction, we provide budget estimates, constructability, and schedule analysis as a collaborative partner with the preconstruction team. During construction, we help drive the critical path and control the interior build-out schedule.Webcor Timber provides access to hand-picked timber experts. Our team has in-depth knowledge of the life cycle of mass timber, from sustainable forestry through field installation. We guide client and project teams through the intricacies of working with timber. We assist with design planning - providing thorough comparisons of structure types, overall cost, schedule impacts, materials, and system design, with the intent of driving informed decision-making.

WEBCOR 9ZCraft Advantages:At our core, we are dedicated builders. Webcor Craft embodies our in-house self-perform teams, specializing in carpentry, concrete, drywall, and mass timber. This empowers us to maintain precise control over quality, pricing, and project timelines. + In-House Innovation + Schedule Control + Cost Certainty + Labor Reliability + Insurance Savings + Quality Assurance + Improved Communication + Industry Best Practices

WEBCOR.COM Market SectorHigher EducationBuilding a brighter future: Our commitment to constructing cutting-edge educational facilities lays the foundation for knowledge, growth, and success for the next generation.$5.4 BVALUE FEATURED7,337,748SQUARE FEET FEATURED24PROJECTS FEATUREDThe above data includes projects featured in this section. Additional projects are available.

WEBCOR.COM 11Z 11ZHaving had the opportunity to work on over twenty new construction and renovation projects, I will share that I have experienced the best and worst in construction and in this case, on this project, working with this team, I can say without doubt that it has been the very best of the best.”MARK P. CUNNINGHAM, EXECUTIVE DIRECTOR, UC SAN DIEGO“UC SAN DIEGO RITA ATKINSON RESIDENCES

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UCSF NEW HOSPITAL AT PARNASSUS HEIGHTSSAN FRANCISCO, CAOpening in 2030, the UCSF Health Helen Diller Hospital at Parnassus Heights will redefine healthcare, research, and medical education as part of UCSF’s 30-year transformation plan. Designed by Herzog & de Meuron with HDR as architect-of-record, the 880,000-square-foot, 15-story facility will serve as a global model for patient care and medical innovation, integrating cutting-edge technology, advanced research, and world-class education. The hospital is paired with a new research and academic building set to open in 2028, reinforcing UCSF’s role as a leader in biomedical research and health sciences education.The facility will incorporate the latest advancements in diagnostics, robotics, and surgical procedures, supporting complex specialty care in neurosurgery, cardiology, transplant, and emergency medicine. Innovative operating suites will provide direct access to MRIs, scanners, and other imaging equipment, enhancing precision and personalized treatment. Designed with education in mind, the hospital will serve as a training ground for future medical leaders, giving students, residents, and researchers access to state-of-the-art surgical and diagnostic technologies.The 294-foot-tall hospital will increase UCSF’s patient care capacity by 37%, adding 324 new beds, 22 operating rooms (totaling 40), and expanding emergency care beds by 71% to 70 beds. This growth will enable UCSF to train the next generation of healthcare professionals while expanding access to world-class medical care. Built within a healing environment that merges nature, human-centered design, and cutting-edge medical advancements, the Helen Diller Hospital continues UCSF’s legacy as a pioneer in healthcare innovation and education.Square Feet: 1,000,000+ Client: University of California San FranciscoWEBCOR 13Z

UCSF WAYNE AND GLADYS VALLEY CENTER FOR VISIONSAN FRANCISCO, CAThe UCSF Wayne and Gladys Valley Center for Vision is a mixed-use project designed by SmithGroupJJR. This 20-level building includes a 12-level tower, a five-level south wing, and a three-level north wing with a rooftop garden. The project also features surface parking with 75,000 square feet of space and 200 stalls. Located across from the UCSF Medical Center at Mission Bay, the project provides space for scientific initiatives that require desktop space near other UCSF research programs, such as the Institute for Computational Health Sciences, the CERSI/Drug Development Ecacy Research, the Genomic Medicine Initiative Core, and the Bio-banking Core. As an OSHPD Level 3 project, the building meets rigorous safety standards. Webcor self-performed carpentry, concrete, and drywall.Square Feet: 347,500Client: University of California, San FranciscoSustainability: LEED GoldTENANT IMPROVEMENT PARKINGWEBCOR

UC BERKELEY DAVID BLACKWELL HALLBERKELEY, CAUC Berkeley David Blackwell Hall is a concrete student housing project designed by Solomon Cordwell Buenz. The eight-story structure houses 783 beds in double occupancy rooms. It includes 7,000 square feet of retail space, 5,300 square feet of space for student organizations, and an 11,000 square foot community center with study areas, meeting rooms, a fitness center, and lounges. Sustainability features include low-velocity, tempered ventilation supplemented by operable windows and individually controlled electric radiant modules. Responsive lighting adjusts according to natural light infiltration, and Blackwell Hall consumes 44% less energy than local code requires, performing 70% better than similar buildings in the same climate, meeting the AIA's 2030 Challenge energy targets. Webcor self-performed concrete, carpentry, and drywall.Square Feet: 186,000Client: University of California, Berkeley Sustainability: LEED GoldWEBCOR 15Z

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CALIFORNIA MEMORIAL STADIUMBERKELEY, CAThe California Memorial Stadium underwent a renovation, seismic retrofit, and construction of a new state-of-the-art, 63,000-seat stadium designed by HNTB Corporation and STUDIOS Architecture. This project included one structure with eight levels above grade, oering 220,509 square feet of interior space and 155,571 square feet of stadium bowl seating. The renovation project involved lowering the athletic field to enhance sight lines, replacing the grandstand seating, and adding a new plaza level, press box, plaza concourses, and operational spaces. The project also included a Hall of Fame, Field Level Club and Field Club Mezzanine, auditorium, recruiting lounge, retail store, kitchen, visiting team lockers, and training spaces.The new press box structure is a remarkable addition to the stadium, providing broadcast and media support spaces and a multifunctional University Club Level and club seating. The project's redesign resolved significant challenges, such as the seismic upgrading of a historic structure straddling the Hayward Fault while protecting the stadium's historical character, improving accessibility, and adding new seating and service areas within the stadium's walls. The press box and VIP club space perch above the stadium, the slender space-frame trusses, and the glassy cantilevered roof are distinctly contemporary yet structurally assertive. Webcor self-performed demolition, concrete, carpentry, and building specialties.Square Feet: 376,080Client: University of California, BerkeleySustainability: LEED GoldTENANT IMPROVEMENTWEBCOR 17Z

UCSF MOUNT ZION 2130 POST ST SEISMIC RETROFITSAN FRANCISCO, CAThe original structure at 2130 Post Street, constructed in 1968, faced significant seismic vulnerabilities exposed by the Loma Prieta Earthquake in 1989 and the Northridge Earthquake in 1994. To address these structural deficiencies, a seismic retrofit was undertaken for this seven-level post-tensioned concrete project. The project scope encompassed the seismic retrofit of the 71-unit residential building and comprehensive upgrades in mechanical, electrical, and plumbing systems, accessibility enhancements, improvements in fire-life-safety measures, and security features.The seismic improvements involved the installation of sheer walls, additional columns, and concrete collector elements. Additionally, the project included strengthening both interior and exterior columns. Square Feet: 119,000Client: Regents of the University of California TENANT IMPROVEMENTWEBCOR

UCSF PARNASSUS HEIGHTS HEALTH SCIENCES INSTRUCTION AND RESEARCH SEISMIC PROGRAMSAN FRANCISCO, CAThe Health Sciences Instruction and Research (HSIR) complex includes two large high-rise research laboratory towers on the Parnassus Heights Campus. Each building is fully occupied and operational during normal working hours. A primary goal for the project is to complete the needed scopes of work while minimizing disturbances to the occupants. The towers, designated as Health Sciences East (HSE), floors 1-16, and Health Sciences West (HSW), floors 2-16, each has a stair and mechanical tower, connect to a central elevator tower with support services. The elevator core also connects to the Medical Sciences Building on every floor. The building complex was constructed in 1966 and provides approximately 440,000 gross-square-foot of laboratory spaces, lecture halls and other support spaces to the University. Square Feet: 360,000Client: Regents of the University of California WEBCOR 19Z

UC SAN DIEGO RITA ATKINSON RESIDENCESLA JOLLA, CAThe Rita Atkinson Residences is a higher education student housing project designed by Valerio Dewalt Train Associates, Inc. The project features a concrete construction and comprises one structure with nine levels above grade. It includes 225 two-bedroom apartments, one three-bedroom apartment, and associated support spaces like sta oces, laundry, and fitness facilities. The project at UC San Diego comprises two L-shaped wings nested together and connected by a single elevator tower, serving as the anchor point of the campus' academic mall.The interiors of the apartments boast a modern and stylish loft-like aesthetic, featuring exposed concrete walls, ceilings, and polished floors. The design-build project provides comfortable and functional living spaces for students, sta, and faculty members. Webcor self-performed concrete.Square Feet: 230,998Client: University of California, San Diego Sustainability: LEED GoldWEBCOR

SJSU AUDIOLOGY RENOVATIONSAN JOSE, CAThe San Jose State Audiology Program Renovation Project is a design-build project to renovate 4,355 square feet of space to create a modern audiology lab and classroom. The project designed by William Du Architects is located on the ground level of Sweeney Hall. The renovated space includes a hearing aid room, a hearing aid adjustment room, a vestibular testing room, a radio-frequency shielded electrophysiology testing room, restrooms, and a full audiometric suite with two audiometric testing booths and a middle ear analysis booth. To ensure accessibility, ADA and other upgrades were provided throughout the space, including public restrooms. Webcor self-performed concrete, drywall, ACT, and door frames and hardware.Square Feet: 4,355Client: San Jose State UniversityCSU MONTEREY BAY NORTH QUADSEASIDE, CAThe CSU Monterey North Quad is a wood-frame higher education student housing project designed by Hornberger+Worstell. The project comprises three structures with four levels above grade: Pinnacles, Vineyard, and Strawberry Suites. The three buildings collectively oer 730 beds, with multiple layouts featuring a full kitchen and living rooms. The ground-floor lobbies and study lounges provide comfortable common areas for the residents. The design-build project encompassed an area of 11 acres and included grading, underground utilities, landscaping, irrigation systems, site lighting, new parking, repair to existing parking, and pedestrian walkways.Square Feet: 188,792Client: California State University, Monterey Bay PARKINGWEBCOR 21Z

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UC MERCED 2020 EXPANSIONMERCED, CAThe UC Merced 2020 Expansion project’s design team comprises SOM, WRNS, HOK, Page Sutherland Page, and Mahlum Architects. This Design-Build/P3 project aims to accommodate 10,000 students by 2020 and includes 14 structures that serve dierent purposes. The academic space program spans 373,400 square feet and provides lab/research, instructional, and academic oce space. The Student Life program totals 115,500 square feet and includes health facilities, enrollment, dining, and recreational facilities. The expansion includes 420,570 square feet of outdoor space, featuring competition and athletic fields. The student housing program aims to address the existing and future demand for on-campus housing and includes 1,700 beds. The project also includes a stand-alone parking facility with 1,571 stalls. Webcor self-performed concrete, carpentry, building specialties, doors, frames, and finish hardwareSquare Feet: 1,282,899Client: University of California, Merced Sustainability: LEED PlatinumTENANT IMPROVEMENT PARKINGWEBCOR 23Z

AMERICAN RIVER COLLEGE PARKING STRUCTURESACRAMENTO, CAAmerican River College Parking Structure is a five-level, ground-up concrete project designed by Watry Design, Inc. The structure includes 1,748 stalls, 28 ADA accessible, 15 EV, and 88 carpool/vanpool, four elevators, and three staircases. The project features a 375-foot-wide art screen wall, a new access road, a pedestrian bridge, and 12 tennis courts and is constructed of precast concrete columns and beams combined with post-tensioned cast-in-place concrete decks. Webcor self-performed concrete on this design-build campus "gateway" structure incorporating sustainable and durable materials, including 49,400 square feet of photovoltaic panels on the roof.Square Feet: 486,000Client: Los Rios Community College District PARKINGWEBCOR

CAL POLY SLO RESIDENTIAL COMMUNITYSAN LUIS OBISPO, CAThe Cal Poly SLO Residential Community is a design-build project designed by Valerio Dewalt Train Associates. The project comprises eight structures with heights ranging from one to five levels above grade. It oers 1,475 beds for first-year students, with 696 single, double, and quad units. The project also includes a structured student parking deck with 492 stalls and a total area of 154,363 SF. The community, next to the Grand Avenue entrance of the campus, oers a variety of amenities such as study areas, large living rooms for over 50 students, outdoor courtyards and circulation routes, a mailroom, recreation center, oces, admissions welcome center, food market, and a Starbucks. The outdoor spaces include a large lawn with an amphitheater, a courtyard with volleyball and basketball courts, natural features, gardens, contemplative areas, and bike paths. Webcor self-performed concrete, carpentry, doors, frames, and hardware.Square Feet: 562,746Client: California Polytechnic State University, San Luis Obispo Sustainability: LEED GoldPARKINGWEBCOR 25Z

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SJSU SPARTAN ATHLETICS CENTERSAN JOSE, CAThe Spartan Athletics Center is a multi-level facility that improves all aspects of athletic operations and oers student-athletes an updated learning environment. The project encompasses locker rooms, training rooms, coaches' oces, clubrooms, therapy pools, and multi-purpose learning spaces. Its purpose is to serve as a resource for all Spartan student-athletes and the broader SJSU community. As the new home for Spartan football and the men's and women's soccer programs, the facility will oer new locker rooms, an auditorium, coaches' oces, position-specific classrooms, stadium gameday suites, and other features. Square Feet: 65,000Client: Board of Trustees of California State University and San Jose State University Sustainability: LEED GoldTENANT IMPROVEMENTWEBCOR 27Z

LAWRENCE BERKELEY NATIONAL LABORATORY BUILDINGS 25, 33, 74, & 85BERKELEY, CAThe Lawrence Berkeley National Laboratory modernization and seismic project encompasses three structures, ranging from one to three levels above grade. The project features the construction of a new three-story, 43,000-square-foot building, B33, and the modernization and lab build-out of an existing Life Sciences building, B74, which spans 45,000 square feet. Additionally, seismic slope stabilization was implemented for the existing B85 structure, while several other unsafe buildings, including B25, were demolished. Building 74 houses various wet and dry laboratories, laboratory support, oces, and new building support spaces. Webcor self-performed carpentry.Square Feet: 88,382Client: The Regents of the University of CaliforniaSustainability: LEED Gold and LEED PlatinumTENANT IMPROVEMENTWEBCOR

UC IRVINE, MESA HALLIRVINE, CAThe Mesa Court Residence HallExpansion project aims to add 400 newundergraduate student beds in quad-occupancy rooms, strategically locatednear Mesa Court Towers, Campus Drive,and a prominent campus entry point.Leveraging existing dining and communityamenities like fitness rooms, recreationspaces, study areas, and administrativesupport, the expansion includes commonareas dispersed throughout the building,encompassing Zoom rooms, studyspaces, communal kitchens, and laundryfacilities. This infill development involvesdemolishing an existing parking lot tocreate space to integrate the new buildingcampus utilities and drainage systems,along with landscape enhancements,outdoor gathering spaces, and additionalinfrastructure improvements.Square Feet: 89,200Client: University of California, IrvineSustainability: LEED Platinum and Fitwell TargetDESIGN-BUILD IDENTIFICATION NUMBER: MCRHE – 23TABLE OF CONTENTSExecutive SummaryTab 1:  Architectural DesignTab 2a: Program FunctionalityTab 2b: Detailed Project Program (DPP) ComplianceTab 3: Site, Civil, Landscape, and Circulation DesignTab 4: Mechanical, Electrical, Audio-Visual (A/V), and Plumbing Systems DesignTab 5: Sustainability Features Incorporated into Design and LEED Gold ScorecardTab 6: Structural DesignTab 7: Alternates, Project Enhancements and Added ValueTab 8: Project Schedule & Work PlanTab 9:  Co-Location and Stang PlanTab 10 : Mitigation of Subsurface Conditions and Negative Construction ImpactsTab 11: Quality Control PlanTab 12:  Deviations from Request for ProposalPresentation BoardsSchematic Design Submittal DrawingsLAND ACKNOWLEDGMENTWe acknowledge that the Mesa Court Expansion Project will be located onthe ancestral homelands of the Tongva and Acjachemen nations.4 UC IRVINE MESA COURT RESIDENCE HALL EXPANSIONEXECUTIVE SUMMARY (CONTINUED) Delivering Design Excellence and Construction QualityThis Design-Build team understands the enormous benefits of a big-room style ofworking. It is a true strategic foundation and project enhancement to bring togetherthe university representatives, contractor, architects, and engineers in a sharedconversation to support the Design-Build process. We know how important UCI’sexpectations are with quality and design and we are committed to work with theUniversity and key stakeholders to ensure early involvement, fluid communicationand eective project delivery. Our team understands your process and the richintegration of the Design-Build delivery method.Our Design-Build team believes that this design proposal meets and exceeds yourgoals and vision to create an exceptional first year student experience. We lookforward to working with UCI every step of the way to refine the design and controlthe schedule, budget and risks. Our seasoned team understands your campusand housing needs very well. This knowledge and our commitment to buildinglong-lasting relationships will benefit the process and most importantly, creates acommunity that provides a safe environment that promotes a positive life experiencefor aspiring students.We will provide the University with an exceptional level of service with great resultsfor this project. Our team and resources are available to start working immediately.We are excited and committed to the team that will meet and exceed the desirableresults set by the University, the community and stakeholders. The proposed team isdedicated to the Mesa Court Expansion Project and this Design-Build team’s leadersare 100% dedicated to UCI. Our team is confident that our commitment to highquality, on-time delivery and within budget performance will ensure a successfulproject.South ‘lantern’ welcoming students home after a long day of study.RENDERINGSThe renderings and drawings included in this proposal depict thelandscape in its fully developed and mature state.WEBCOR   29Z

UC SAN DIEGO ARGO HALL RENOVATIONSAN DIEGO, CA The UC San Diego Argo Hall Renovation, designed by Vasquez Marshall Architects, involves renovating a single six-story building. The project includes 180 student residences and was deemed a “mission-critical” summer project for the University. Along with administrative oces and student community spaces, the project involves installing an upgraded wet fire sprinkler system and fire alarm, elevator upgrades, ADA accessibility compliance, and new finishes. Additionally, the exterior concrete fins were restored to their original design, and the entire building was repainted, with new interior and exterior balcony railings provided. Webcor self-performed concrete.Square Feet: 74,836Client: University of California, San Diego Sustainability: LEED GoldTENANT IMPROVEMENTWEBCOR

STANFORD FLORENCE MOORE HALLSTANFORD, CA Seismic retrofit of seven, three-story residential buildings with over 500 dormitory rooms. Improvements included exterior paint, plastering and windows, new doors, frames and hardware, custom molding, and relocation of the MEP systems.Square Feet: 350,000Client: Stanford UniversityUC BERKELEY HOUSING PROJECT #2BERKELEY, CAOnce constructed, this project will create new campus housingfor more than 1,100 sophomores, juniors, and seniors. Every unit in the student housing project will be apartment-style and will include a mixture of studio, two-, three- and four-bedroom layouts. They will include a fully equipped kitchen and every apartment will be accessible.Square Feet: 310,000Client: University of California, BerkeleyTENANT IMPROVEMENTWEBCOR 31Z

UC BERKELEY CLARK KERR DINING HALL RENOVATIONBERKELEY, CASeismic and historic renovation including a 500-seat hall-style dining room, two smaller dining rooms, outdoor dining terraces, a servery, a large commercial kitchen, administrative oces, conference rooms, restrooms, locker rooms, and site work. The scope of work entailed corrective structural work, new MEPS systems, an elevator, below-grade waterproofing. Webcor self-performed carpentry, doors, and building specialties.Square Feet: 24,470Client: University of California, BerkeleyTENANT IMPROVEMENTSJSU CAMPUS VILLAGE WATER SOFTENER & PIPE REPLACEMENTSAN JOSE, CAFast-track replacement of the vertical supply risers, specific horizontal supply mains, and corrections to the building life safety systems within the University’s Campus Village - a 1,000,000-square-foot, 5-building residential complex which includes a 15-story main tower. In preconstruction, the joint venture team self performed survey and analysis work and worked hand-in-hand with the design team to generate the contract documents.Square Feet: 1,000,000Client: San Jose State UniversityMore about Tamarack…► Outside of Tamarack you will find tables and chairs for outdoor dining and studying, as well as lounge seating► John’s Market is located on the bottom floor of the building, where students can purchase groceries, snacks and beverages from the coffee bar with dining dollars, Triton Cash or debit cards UC SAN DIEGO MUIR COLLEGE APARTMENTS CONCRETELA JOLLA, CAThe Muir College Tamarack Apartments presented the opportunity to complete the final phase of housing for this historic site on the campus of the University of California, San Diego. Webcor Concrete completed the board formed architectural grade concrete for the nine-story building. The architectural concrete is exposed in many rooms and areas throughout providing opportunities to experience the architecture. Square Feet: 100,920Client: Sundt ConstructionSustainability: LEED GoldWEBCOR

SWA Group: www.swagroup.comStanford University, Branner Hall RenovationBranner Hall is a three-story undergraduate dormitory built in 1924 by Bakewell and Brown, prominent architects of the time who were also responsible for San Francisco’s City Hall. The building layout creates two significant courtyards: an entrance courtyard anked with four-decades-old magnolia trees shading a seating area and an interior courtyard with a fountain, creating space for students to gather. In addition, a barbecue area was recreated in a space that once held a rose garden. The design addresses critical Stanford site issues such as providing bike parking facilities, reconguring existing vehicular parking, and renovating the courtyards and peripheral landscape spaces.LocationStanford, CaliforniaClientStanford UniversitySWA ScopeLandscape architectural servicesHistorical restorationArchitectCody Anderson Wasney Architects, Inc.AwardAIA Santa Clara Valley Award of Excellence, Historical Preservation Design The California Preservation Foundation (CPF)Preservation Design Award, Rehabilitation - LargeProjectsSTANFORD BRANNER HALL RENOVATIONSTANFORD, CAHistoric renovation and seismic retrofit of the Branner Hall & Dining Facility, which was initially constructed in 1929. The renovations to the 10,000-square-foot, two story dining facility preserved the original architectural integrity while adding a new 2,000-square-foot kitchen addition. The four-story, 48,000-square-foot student dormitory included upgrades to 80 units.Square Feet: 60,000Client: Stanford UniversityUC BERKELEY CENTRAL COMPUTING FACILITYBERKELEY, CAInterior build-out and installation of a centralized 10,000-square-foot mission-critical computing facility to support the University’s ongoing operations and research. The facility includes an uninterrupted power source, emergency power generators, modular electrical and HVAC systems, and a sophisticated security system over a single floor within anoccupied four-story building. Square Feet: 10,000Client: University of California, BerkeleyUC BERKELEY PHYSICS SOUTHBERKELEY, CAThe historic renovation of the four-story Old LeConte Hall, designed by renowned architect John Galen Howard and built in 1926, includes a full build-out of classrooms and laboratories for the University’s Physics Department. The building oers exciting, fundamental scholarship at the highest level and the Berkeley Center for Cosmological Physics.Square Feet: 10,000Client: University of California, BerkeleyWEBCOR 33Z

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