THE AN EMBEDDED wAy FORwARD PHILOSOPHyCreativity Our work follows and innovation a simple, requires tiered philosophy bold leadership that on aglobal provides platform. a high level To address of technical the current rigor and issues analysis of climate tochange, the architectural we believe design that to technical inform the rigor building and critical envelope,thinking massing and are essential, orientation combined - the passive with solutions; the ability the to standup systems and clearly selection articulate and optimization our ideas and - the solutions. active systems;Continuouslyand the integrationaskingofquestionsrenewablebeyondtechnologies,engineeringcombinedhaswithguidedthe feedbackBuro Happoldloop oftoMeasurementdeliver groundbreaking+ verification andachievementsPost OccupancythatEvaluation.not only createThe biggestenormousgainsvalueare oftenandutility,made inbutthebeautyearly stagestoo.of the architectural concepts.OURAPPROACH7

we deliverBuro Happold has based over three decades ofaward-winning work on engineering as a humanendeavour which creates a positive impact on livesand environments. Care, value and elegance, honestyin process, respect for collaboration, and skills passedthrough generations - they all support Buro Happold’svision for enabling clients to be fit for the future.OURVALUES9

ig ideasBuildings serve human needs, infrastructure makespathways for living, and engineering transforms scienceinto art that touches everyday lives. Together they createsafety, usefulness and meaning.Big impact requires big ideas - the ability to think laterallyand to stretch beyond standard solutions. We successfullycombine this big thinking with a technical rigor inbuilding physics, Building Information Modeling and PostOccupancy Evaluation.THEBIG PICTURE11

hawaii preparatoryACADEMyHawaii Preparatory Academy achieved LEEDPlatinum and secured a Living BuildingChallenge certification for its Energy Laboratory.The Energy Lab is dedicated to the study of alternative energysystems and is a net-zero energy building. Energy demandis reduced through passive and active systems integrated inthe project, including passive solar design strategies, naturalventilation, natural daylighting, optimization strategies and highefficiency systems. Clean energy is generated by integratingvarious renewable energy sources such as solar and wind power.The project is also water neutral and integrates systems forcapturing, treating and reuse so all its water needs are providedfrom rain.13

COMPUTATIONAL FLUID DYNAMICSModeling optimized the effectiveplacement and size of windows,louvers and clerestory windowscontrolled by the buildingmanagement system and assisted viathe stack effect.The provision of natural ventilationensured installed fans and airconditioning units were not usedduring the first year of operation.View from outside of the Energy Labat dusk.The Hawaii Preparatory Academy Energy Lab set the highestpossible sustainability goals, awarded LEED PlatinumCertification and achieved the very ambitious LivingBuilding Challenge Certification.Living Building Challenge requirements includeachievement of net-zero energy; actual energy use on thisproject is about 50% lower than expected, meaning that theproject is able to provide energy to it’s surrounding campus.14

Energy: Predicted vs. Actual40,00035,00030,00025,00020,00015,000EquipmentExt LightingInt LightingDHWFans10,000Cooling5,000Not Used!0Estimated EnergyConsumption(kWh)Actual EnergyConsumption(kWh)16

Radiant Copper Tubing ArrayMonitoring Lab10 kW PV ArraySolar Thermal Array84 F12.5 kWPV Array3 kW BifacialPV Array84 F78 F78 F*HorizontaloperablewindowMechanicalBack-up32,400 kWh/ElectricityProduced/Year25.5kWPV ArrayPV Output - 32,400 kWh/YearRENEWABLE ENERGY SOURCESModel view of the 27kW of photovoltaicenergy generating capacity, including 4kW ofbifacial panels.This type of photovoltaic panel has a back facethat generates electricity from ambient lightreflected off surrounding surfaces.In the first year of operation 25,285 kWh ofelectricity producted by the photovoltaics wasexported back to the campus grid.Predicted versus Actual Energy Consumption.Metering and class sessions at the Energy Lab.17

Factspercent of regionally sourcedconstruction materials5.8kilowatts of photovoltaicenergy generating capacity27percent energy neutral100percent water neutral(collected from precipitation)100energy usage intensity(kBtu/sf/yr)9.6Exterior view of the Energy Labshowing window placement.19

ANAHEIM REGIONALTRANSPORTATIONINTERMODAL CENTERThe Anaheim Regional TransportationIntermodal Center will be the firsttransit center in the world to beawarded LEED Platinum certification.Serving as the hub for the future of California’s highspeedrail network and other regional transit lines; withsupporting retail, restaurants, and passenger services,the Anaheim Regional Transportation IntermodalCenter is a major new iconic transportation center indowntown Anaheim.Design goals include a targeted 30% energy and waterreduction plan. Upon completion in 2013, the AnaheimRegional Transportation Intermodal Center will produceenergy savings of up to 20% above ASHRAE 90.1 2007Standards and feature the largest expanse of ETFEpillows in North America, a highly insulating enclosuresystem 1/10 th the weight of glass that will allow thebuilding to respond to environmental conditions.21

T (ext) = 60-74°FMarch 21st@ 12:00pmSun angle = 56°High level vents topurge hot stale airT (int) = 68-84°FLow level doorsopened to allow naturalventilation strategyT (int) = 68-78°FT (flr) = 68-75°FCooling tower withchiller by-pass22

SYSTEMS AND COMFORTThe radiant floor provides localized cooling yearround supported by mechanical systems duringpeak conditions and natural ventilation duringwinter months. We anticipate the buildingtransit hall being naturally ventilated for 75%of the year.CFD ANALYSISModeling of canopy floor ventilation during extremeconditions.Factstargeted percent reductionin potable water use75percent reduction in energyconsumption32percent of the year facilitywill be natural ventilated50total square feet of ETFEcushions in roof70,000energy usage intensity(kBtu/ft 2 /yr)942323

SENSORY DESIGNENGINEERINGTHE BUILDING EXPERIENCEBuildings are designed in units of feet, fahrenheit and foot candlesbut the experience they create is something personal, requiringdescriptive terms such as alertness level, comfort and meaning. BuroHappold’s work bridges the gap between occupant and technology.Our investment in sensory design research is an examination of howthe combination of lighting, thermal environment, acoustics andaromas combine to produce a building experience that leads toincreased satisfaction and more productive occupants.25

Factspercent lifetime cost ofbuilding construction10percent lifetime cost offacilities management15percent lifetime cost ofpersonnel85Sensory design research studies how an individual’ssensory experience is understood in terms of physicalparameters and the human experience, and whatthe relationship between these two are. It asks howthe ambience of the building contributes to the userexperience. In practice this means understandingwhy some buildings are easy to control, have plentyof fresh air, daylight, good acoustics and are the righttemperature at the right time while others are not.It also means understanding what the client’s needs areso that spaces are correctly specified. In understandingthe research that underpins building codes, we can alsoexcel where it is appropriate to the project.At Buro Happold we think beyond how our designaffects the construction and maintenance costs, takinginto consideration the wellbeing and productivity offuture occupants as well.EnvironmentalDomains of WellbeingPersonalEnvironmentalFunctioningEnvironmentalInterpersonalEnvironmentalExperiencingIntegrated sustainability sensory design conceptBuildings engineered by Buro Happold usingsensory design research.Right: University of Edinburgh School of InformaticsBelow: Wexford Council ReceptionPrevious page: Accenture CafeIntegrated sustainability sensory design concept26

SensoryExperienceSoundAromaLightTemperatureMechanicalEngineerSensory DesignLightingDesignerAcoustician27

LIVING BUILDINGSAt Buro Happold we have been working on highperformance building design for over 30 years. In ourexperience, the way forward has always been exemplifiedby focused and integrated leadership, working within aregulatory system that is continually tightening designcodes and incentivizing new technologies; and framed bya central energy policy that is reducing the carbon footprint of the electrical supply.The challenges faced present huge opportunity forour profession to not only respond with respect to thearchitecture but also to continue to raise awareness ofthe issue of global warming to our political leaders foronly if fresh direction can be achieved at this level can theultimate goal be achieved.NET ZEROENERGY29

OREGON SUSTAINABILITYCENTERThe supermodel...A partnership between three national laboratories, LawrenceBerkeley National Laboratory, National Renewable EnergyLaboratory, and Pacific Northwest National Laboratory, as wellas the American Reinvestment and Recovery Act (ARRA), fundedthe Commercial Building Partnership (CBP) program. A technicalexpert team consisting of Buro Happold and HOK has been createdto design and develop a set of energy efficient, market-readybuilding solutions for the Oregon Sustainability Center (OSC) andthe Clark Atlanta University Center (CAUC). The idea was to developnet carbon zero building design solutions that could be widelydeployed throughout the US commercial building sector.31

A bifacial PV ‘sail’ and shading elements generatesufficient renewable power to offset 100% of thebuilding’s annual carbon emissions.Facade optimization analysis was conducted tofind the optimal balance between solar control anddaylight ingress.Shallow plan floor plates maximize potential fornatural ventilation and daylight harvesting.As part of the collaboration, we developed anddetermined practical and cost effective designmeasures to achieve energy reduction goals andtargets. In the case of the Oregon SustainabilityCenter, our team set out to design a building withthe target of achieving net zero energy use.With these targets in mind, we deployed ourvast experience in the design and delivery oftrend setting low energy buildings, includingapplication of state of the art daylight, thermal,and computational fluid dynamics modeling. Ourongoing role will extend not only through thedesign development phase of the project but alsothrough construction oversight and critical postoccupancy evaluations.32

Facts56.556.055.555.054.554.053.50.5953.00.440 0.1 0.2 0.300.30.40.5 1 0.00SIde Fin Depth /Window Width RatioSide Fin vs. Overhang DepthOverhand Depth /Window Height Ratio0.670.590on-site fossil fuel combustionpercent of facility projected toachieve net carbon zero50percent of facility projectedto achieve net zero water1000.520.440.370.300.220.15Side Fin Depth / Window Width Ratiopercent of facility projected toachieve net zero waste100percent projected reduction inenergy consumption5000.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1 0.00Side Fin Depth / Window Width Ratio0.07energy usage intensity(kBtu/sf/yr)23.333

morphosis STUDIOThe Morphosis Studio uses Monodraught®Windcatchers, the first ever installation inthe United States.The new 11,600 square foot building is a two story openplan office space with meeting rooms, a mezzanine level,and a workshop. Sustainability features include maximizednatural ventilation combined with night purge coolingutilizing the building thermal mass and an expandablephotovoltaic system. During hot summer days, the buildingcan be conditioned through a low velocity displacementventilation system bringing cooled air through a raisedfloor plenum.The open plan workspace and mezzanine are naturallyventilated, while the shop, conference room, kitchenand ancillary spaces are mechanically ventilated. Naturaldaylight is maximized through the open plan workspaceand with the use of 23 skylights with integrated lightfixtures and daylight sensors. A 62.4 mega watt hourphotovoltaic array offsets about half of the project’s grossenergy consumption. Further improvements in energysavings, along with the possibility of additional PV panelswill get Morphosis closer to their goal of net-zero energy.35

FACTSnumber of Monodraught®windcatcher units4MONODRAUGHT® windcatchersThe first installation in the United States,this system facilitates energy free naturalventilation of deep plan space throughthe roof, pulling in cool air while releasingwarm air.DAyLIGHTDaylight modeling influenced the size, locationand design of the rooflights to create a uniformlighting level that results in no artificial lightingduring working hours.number of skylights providingnatural daylight23Mwh Pv array62.4percent reduction in energyconsumption (comparedto CCEUS – small officebenchmark – corrected - 53.3kBtu/sf/yr)70energy usage intensity(kBtu/sf/yr measured)16.2Freshair inInternaldividerMotorized volumecontrol dampersStaleair outAnti birdmeshWeatherprooflouvresCeiling diffuser36

“Weelect to work with Buro Happold because they are sensitive to our designintentions and sustainability is always present in their thinking and decisionmaking. The goals and expectations of the project are first and foremost in theirmind, and as such, they are great teammates and leaders throughout the entiredesign process.”Kim GrovesPrincipal, Morphosis37

sustainabilitySustainability: it’s a big word with a lot of meanings. Butat Buro Happold it means facilitating enduring goalsfor clients in the midst of complex worldwide changes:resource scarcity, urbanization, population growth,demographic change and the need to reduce the impactof climage change. Those challenges require more fromthe engineer - thinking and working in fields much widerthan materials and technology.SAVINGWATER39

perot museum of natureand scienceThe Perot Museum of Nature and Science achieved LEED Goldcertification and fulfills the museum’s mission to “inspire mindsthrough nature and science”.Formed by the merger of three museums, the 5 story 180,000 square foot Morphosisdesignedbuilding serves as the new home for the Perot Museum of Nature and Science.A comprehensive water recycling strategy was incorporated into the building design, allowingstorm water run-off from the site and condensate from mechanical equipment to be divertedinto two cisterns, which in turn treat water to varying levels and degrees depending on the useand nature. These cisterns are interlocked to allow intelligent water sharing, allowing the useand re-distribution of water throughout the site.A building dash port using BMS trending and metering data is used to educate visitors onthe various uses of the recycled water; while visually, using two distinctive water features,visitors will be able to see the movement of storm water from the building to the cisterns. Thisrecycling strategy met 100% of the buildings irrigation needs and generated 70% potablewater savings for sewage conveyance.41

Daily Demand and Yield Analysis18,00016,00014,000Average DailyTreated Water PlanCooling Tower MakeupGallons / Day12,00010,0008,000Average DailyReclaimed WaterSupplyGreywater TreatmentCondensate RecoveryRainfall HarvestingIrrigationToilet Flushing6,0004,0002,0000January February March April May June July August September October November DecemberWATER HARVESTINGRain water and AC condensate waterare collected and recycled for irrigation,toilet flushing and cooling towermake-up.Construction images42

Factspercent potable water usefor irrigation0percent of rainwater runofffrom the building and sitecaptured for reuse100percent reduction of potablewater use for sewageconveyance109percent reduction in energyconsumption25.5energy usage intensity(kBtu/sf/yr)52.243

creative beautyReducing the consumption of energy and improvingour energy infrastructure has become a priority. Frombuildings to cities we are helping our clients to plan,manage, refine and ultimately reduce the amount ofenergy used and carbon emitted in day-to-day activities.Above all we strive to create sustainable places that touchthe earth lightly and benefit the communities that liveand work in them.NATURALBUILDINGS45

transbay transit centerThe Transbay Transit Center is our largestcommission undertaken in the bay area.As a multi-modal transit hub the Transbay Transit Center, situated indowntown San Francisco, will serve as the terminus for the futureCalifornia High Speed Rail Link, providing bus, rail, and light rail systemsthroughout California. Alongside transportation facilities, the TransbayTransit Center will house retail and entertainment functions as well as a5.4 acre rooftop park.47

“...invaluablein creating and evaluating innovative and cost effectivesolutions for comfort ventilation, natural day lighting, energy optimization,and solar impacts...their efforts have been instrumental in exceeding theclient’s goal of a LEED Silver rating for the facility...Randolph J. VolenecSenior Project Manager, Pelli Clarke Pelli Architects”The first phase of the project is to create a new 5 storyTransit Center with one above grade bus level, groundfloor concourse and two below grade rail levels.To regulate temperature and achieve comfortconditions for 95% of the year, natural ventilationcombined with night-time cooling of the buildingthermal mass and automatic motorized windows isutilized in the grand hall, along with a peak loppingradiant floor which provides relief for extremetemperature periods. Through design of the roofdeck, 100% daylighting was achieved in the GrandHall, while on the Bus Deck level, 100% daylightingwas achieved using solar tubes that directed sunlightdown from the roof park. Fixed openings on thefacade, along with 14’ de-stratification fans, providenatural ventilation along with regulating carbonmonoxide from bus exhaust. To address all aspectsof water conservation, a holistic water managementsystem was incorporated to store and reuse stormwater, as well as reduce total potable water use in theTransit Center by half.The Transbay Transit Center project will strive toachieve LEED Gold certification.48

The image below highlights the natural ventilation strategy forthe Grand Hall.Transbay Transit Center Grand Hall.49

Solatubes provide natural daylight from therooftop park to the bus deck. No artificial lightingwill be required during the hours of daylight.Winter sun path study.City park aerial view at night.8:00 am 12:00 pm 4:00 pm50

New DohaInternationalAirportFactsconstruction phasesspanning 12 years4types of facadessystems14types of facadessystems64million square feetof glass. Equal to a600-meter towerFactspercent of facility heatedand cooled via an innovativefoundation ground sourceheat pump system33percent of facility passivelyconditioned with nomechanical heating, coolingor ventilation systems67percent of bus deck passivelylit and naturally ventilated100energy usage intensity(kBtu/sf/yr)48.41.1951

SALESFORCE.COMMISSION BAY GLOBALHEADQUARTERSThe challenge of Salesforce.comMission Bay Global Headquarters wasto design for delivering the higheststandards of sustainability.Buro Happold provided MEP and facade engineeringservices for the concept design phase throughschematic design phase of the Salesforce.com MissionBay Global Headquarters Complex in San Francisco.The design team explored strategies to reduce wateruse, conserve and reduce energy usage and leveragealternative energy sources such as geothermal for thetwo million square foot campus.53

Factspercent projected renewableenergy contribution15percent projected water usereduction50percent projected reduction inenergy consumption35energy usage intensity(kBtu/sf/yr)28.1“We like to work with Buro Happold simply becausethey get it. Their design and management talents arewhat makes them first rate. They are knowledgeable,responsive, forward thinking and yet practical.Sustainability and efficient building performance isalways in the forefront of their thinking. They careabout architecture and are committed to providingthe best solutions to meet our client’s project goals ina truly integrated and creative way.”Irene LoPrincipal-in-Charge of salesforce.com Headquarters ComplexFlad Architects54

11.011.0South ‐ Overhang Depth versus % GlassSouth ‐ Overhang Depth versus % GlassSouth - Overhang Depth versus % GlassHEATHolisticEnergyAnalysisToolHOLISTIC ENERGy ANALySIS TOOLSouth - Overhang Depth versus % GlassAnnual Carbon Emissions - Parametric AnalysisSouth Facade - % Glass vs. EmissionsCHILLED BEAMSA chilled beam delivers radiant heating andcooling.The system delivered significant energy savingswhile also improving the spatial efficiency ofthe building by reducing plant room space andceiling void depths.10.010.0kg.CO2/m2 per Yrkg.CO2/m2 per Yrkg.CO2/m2 per yr9. 4.04.00 10 20 30 40 50 60 70 80 90 100 1000 10 20 30 40 Percentage 50 Glass60 70 80 90 100Percentage Glasskg.CO2/m2 per yr.CO2/m2.CO2/m2perperYrYrkg.CO2/m2 per yrkgkg6005004003002001000-100-200-300101099887766554433Annual Carbon Emissions - Parametric AnalysisBase Case -Nights + wE 50% Nights + wE Chilled Beams + w Chilled Beams + CL Chilled Beams + CL Chilled Beams + BwCBalanceUnderfloor AirChiller + BlrGeoGeo + NvGround SourceCoolingSouth Facade ‐‐% Glass vs EmissionsSouth Facade - % Glass versus Emissions22110000 10 10 20 20 30 30 40 40 50 50 60 60 70 70 80 80 90 90 100 100Glass% Glass0. 1.4141. Fuel InputSolarthermalCHP HeatCHP ElecPvElevatorsEquipmentLightingPumpsFansHumidificationCooling TowersElec CoolingAbsorption CoolingDom Hot waterHeatingHeatingCoolingLightingFans Fans & & PumpsTotal

the futureBetween value created for clients and values appliedin every project, Buro Happold is redefining whatengineering can be: a discipline much greater in scopeand depth than ever before, focused closely on theneeds of clients, people, environments and the complexinterplay between each, and applied in building not onlythe structures that people move through, but the greaterconcept of sustainability as a pathway to the future.The question Buro Happold poses around engineering isno longer, “how can we?”, but “what if?” to test and stretchthe imagination and push thoughts and thinking to newplaces. And the answers continue to arrive every day.IMPACTINGLEGACY57

58© HOK | Parsons Brinkerhoff

GENZYME HEADQUARTERSGenzyme Headquarters achievedLEED Platinum, the first for a corporateheadquarters building in the United States.Buro Happold worked with architects to imagine abuilding from the inside out, providing maximum naturallighting for employees and a green nervous system forthe building which delivered reductions of 40 percent inenergy and 35 percent in water.According to the employee post occupancy evaluationthe improved productivity by the staff due to the airquality and natural light had an estimated increase of $5million in annual value. Additionally, the total “green cost”of the facility of about $22 million had a 5 year paybackperiod. Henri Termeer, Chairman and CEO for Genzyme,said, “Genzyme Center has surpassed our expectationsin many ways, and we are incredibly pleased with thepositive impact it has had both on our employees and onthe larger community.”HELIOSTATSRoof mounted mirrored reflectors track the sunand direct light into the atrium.59

Facts5percent of sick time reductionpercent water use savingscompared to a similar building34carbon per SF percent lowerthan comparable building42percent of workspaces withsufficient natural daylight90square footage of rooftopphotovoltaic panels1,65060

ACCESS TO NATURAL LIGHT AND AIR QUALITYDaylight pours into the building through the central atrium,enhanced by the roof mounted heliostat that track the sun andreflect its rays through mirrors and prisms, where they are reflectedinto the surrounding office spaces via vertical reflective blinds.Highly efficient plumbing including low flow fixtures, waterlessurinals and dual flush toilets substantially reduce water use.Rainwater is harvested for irrigation and cooling tower make-upwater. An overall 34% savings compared to a similar building =500,000 gallons saved per annum.Plants are grown in generous interstitial spaces to reduce pollutionand oxygenate the internal air. A sophisticated air monitoringsystem ensures that air quality in the building is optimal.61

multidisciplinaryBuro Happold creates teams from the best in-houseengineers and external experts around the world.A company is a sum of its people, their aptitudes,energies and tensions.As the firm engages with the vast new challengesfacing the world - resource scarcity, urbanization,population growth and climate change - there aregood reasons why Buro Happold is in the best positionto help meet the demands of these critical challenges,and be leaders as well as makers. And they are all to dowith the people.OURPEOPLE63

DESIGN PRINCIPAL“Wetackle the difficult issues, spending our energy and timewisely in pursuing truly sustainable building solutions with thesupport and experience of our fellow design and constructionteam members.”DAVID HERD BEng (Hons) CEng MIEE PrincipalDavid Herd leads the MEP design teams in the WestCoast region. His design philosophy is that successfulenvironmental design is achieved through influencingthe architectural language, form, function and fabric ofa building, master plan or landscape to minimize theenvironmental impact of energy, water, material, and waste.David believes buildings should respond to theenvironmental context of the site to optimize the passivedesign of the building; integrate hybrid HVAC systems thatharness natural ventilation; and be supplied with electricityand hot water from renewable sources. Our response to theiconic Anaheim Regional Transportation Intermodal Centerdemonstrates this very concept, through 100% passiveheating and natural ventilation for over 75% of the year –100% naturally day lit and powered by a 120kW PV array.64

mep PRINCIPAL“Weapply sophisticated computational modeling and simulationtools to ensure the concepts we develop are realized andwe deliver a highly integrated efficient building withoutcompromising the aesthetic or programmatic function.”CHRISTOPHER MCCLEAN BEng (Hons) MSc CEng MCIBSE MIET MASHRAE LEED AP BD+C PrincipalChris leads the Environmental and MEP engineeringgroup in Los Angeles. Since joining the practice in 1999he has been engaged in the design and delivery ofmany complex multi-disciplinarily built environmentprojects in the US and internationally. His expertisespans from the conceptual stages though to the postoccupancy phase on projects including commercial,education, industrial, sports, residential, scientific andcultural projects.Chris led the MEP design and engineering effort forthe Perot Musuem of Nature and Science in Dallas.The building’s comprehensive water recyclingstrategy met 100% of the building’s irrigation needsand generated 70% potable water savings.67

environmental engineering“At Buro Happold we are focused on smart design. We differentiateourselves by approaching design holistically, developing solutionsthat synergistically link system components together. In so doingwe maximize value for our clients in terms of energy performance,spatial efficiency and environmental comfort.ALAN SHEPHERD PE LEED AP San Francisco Office Principal”Alan is a mechanical engineer who is passionate aboutthe application of dynamic energy modeling andsystem simulation analysis software to conceptualizeholistic design solutions. Working with the façadesteam, Alan is adept at communicating design conceptsclearly and effectively and ensures that the passiveenvironmental functions of the facade integrateseamlessly with the building’s active HVAC systems.Alan’s leadership was instrumental on the Salesforce.com Mission Bay Global Headquarters project.Advanced anayltical modeling and close collaborationwith the project cost consultant informed a Life CycleAnalysis which derived solutions offering maximumbenefit and minimum cost.68

BUILDING PHYSICIST“Building simulation modeling allows designers to understandhow form, materials, and systems work together. The endresults are buildings with the ability to intelligently respondto ecological conditions while ensuring maximum occupantcomfort and minimal environmental impact.KIM WIEBE PE LEED AP Building Physicist”Kim is a Building Physicist and MechanicalEngineer specializing in computational simulationto assess both passive and active buildingsystems at all stages of design. Kim has a firmunderstanding of modeling for LEED, ASHRAE90.1 PRM, and uses energy modeling to developenergy conservation measures.Kim is involved on this confidential commercialheadquarters project. She performed parametricfaçade optimization, HVAC systems simulation andcomparative analysis of equipment performance,development and tracking of energy conservationmeasures, development of measurement andverification plan for LEED, and energy modeling forLEED at all phases of the project. The building willachieve LEED Platinum certification.71

SUSTAINABILITY CONSULTING“Each new project is an opportunity to explore the leading edgeof sustainable design, integrating strategies with a new focus onthe health and well-being of occupants, assessing actual buildingperformance and its impact on user behavior and satisfaction,and utilizing successful passive building design techniques.heidi creighton AIA LEED AP BD+C EBOM Sustainability Consultant”Heidi Creighton is a registered architect and a LEEDAP with BD+C and O+M specialties. She providessustainability consulting services including masterplanning, 3rd party certification management (suchas LEED and the Living Building Challenge), postoccupancy evaluation, and social equity design.With more than 13 years of experience in the designand construction industry, Heidi has worked globallywithin the academic, healthcare, commercial, andresidential sectors.Heidi was the sustainability consultant for therenovation and expansion of Polytechnic School’sNorth Campus, a 100 year old school that ultimatelyachieved LEED Gold Certification.72

Project CreditsCover | Anaheim Regional Transportation Intermodal CenterArchitect: HOK Architects / Parsons BrinkerhoffRendering © HOK Architects / Parsons BrinkerhoffPage 2 | Zero Emissions DesignArchitect: Woods BagotRendering © Woods BagotPage 6 | Crystal Bridges Museum of American ArtArchitect: Moshe Safdie© Timothy HursleyPage 8 | The Louvre MuseumArchitect: Jean NouvelRendering © Jean NouvelPage 10-17 | Hawaii Preparatory AcademyArchitect: Flansburgh Architects© Matthew MillmanPage 18-21 | Anaheim Regional Transportation Intermodal CenterArchitect: HOK Architects / Parsons BrinkerhoffRenderings © HOK Architects / Parsons BrinkerhoffPage 26 | Morphosis StudioArchitect: Morphosis© Iwan BaanPage 28-31 | Oregon Sustainability CenterArchitect: SERARenderings © SERAPage 32-35 | Morphosis StudioArchitect: Morphosis© Iwan BaanPage 36 | Wadi HanifahPage 38-41| Perot Museum of Nature and ScienceArchitect: Morphosis© Roland Halbe ArchitecturfotografiePage 42 | Aileron Center for Entrepreneurial EducationArchitect: Lee H. Skolnick Architecture + DesignPartnershipPage 44-49 | Transbay Transit CenterArchitect: Pelli Clarke PelliRenderings © Pelli Clarke PelliPage 50-53 | Salesforce.com Mission Bay Global HeadquartersDesign Architect: Legoretta+LegorettaExecutive Architect: Flad ArchitectsRendering © Legoretta+LegorettaPage 54 | Hawaii Preparatory AcademyArchitect: Flansburgh Architects© Matthew MillmanPage 56-59 | Genzyme HeadquartersArchitect: Behnisch, Behnisch & PartnersPage 63 | Anaheim Regional Transportation Intermodal CenterArchitect: HOK Architects / Parsons BrinkerhoffRendering © HOK Architects / Parsons BrinkerhoffPage 64 | Perot Museum of Nature and ScienceArchitect: Morphosis© Roland Halbe ArchitecturfotografiePage 67 | Salesforce.com Mission Bay Global HeadquartersDesign Architect: Legoretta+LegorettaExecutive Architect: Flad ArchitectsRendering © Legoretta+LegorettaPage 68 | Confidential Commercial HeadquartersArchitect: Kendall/Heaton Associates & RobertA.M Stern ArchitectsRenderings © Kendall/Heaton Associates & RobertA.M Stern ArchitectsPage 71 | Polytechnic School, North CampusArchitect: HMC Architects74

BURO HAPPOLDHIGH PERFORMANCE DESIGNWest Coast Contact Information9601 Jefferson Boulevard, Suite BCulver City, California 90232310.945.4800228 Grant Avenue, 4th FloorSan Francisco, California 94108415.778.2797www.burohappold.comDavid Herd | PrincipalDavid.Herd@burohappold.comChris McClean | PrincipalChristopher.McClean@burohappold.comAlan Shepherd | PrincipalAlan.Shepherd@burohappold.com76

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