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woofter architecture

PETER STOTT CENTER RENOVATION ANDVIKING PAVILION

PORTLAND STATE UNIVERSITY

Programming ReportApril 10, 2015

1Portland State UniversityPeter Stott Center Renovation + Viking Pavilion

woofter architecture + sink combs dethlefsProgramming Report – April 10, 2015

Participants

1.0 Executive Summary Summary and Preferred Scheme Diagrams Project Goals

2.0 Building Evaluation Existing Conditions Narrative Existing Plans and Sections Existing Areas

3.0 Program Requirements Program Areas Example Room Data Sheet Arena Use Diagrams Arena Seat Count Studies

4.0 Concept Design Preferred Scheme Concept Studies

Appendices Customer Service Plan and Phasing Review of Previous Studies Room Data Sheets Meeting Notes Interview Notes

table of contents

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3

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51

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participants



participants

Portland State University

Project Steering Committee

Mark Rountree Athletics Director Dan Valles Director, Enrollment Management and Student Affairs Auxiliary Services Dan Zalkow Executive Director, Planning, Construction, and Real Estate

Project Advisory Committee

Ron Blaj Director, Capital Projects & Construction Juan Carlos Rueda Callejas Student, ASPSU JasonFranklin Director,PSUCampusPlanningOffice KirkKelly AssociateVicePresidentandChiefInformationOfficer,OIT Clive Knights Director, School of Architecture Viron Lynch Director, Facilities and Property Management Jenny McNamara Campus Sustainability Manager Rick McReynolds Assistant Athletics Director for Facilities and Operations. KristenNorquist DevelopmentOfficer,UniversityAdvancement Kate Vance Senior Project Manager, PSU Capital Projects and Construction

Project Stakeholders

Athletics Department – Administration Matt Billings Deputy Athletics Director/Compliance and Student Support Valerie Cleary Associate Athletics Director, Sr. Woman Administrator Mike Lund Associate Athletics Director/Media and Communications TygueHowland AssociateAthleticsDirector/ExternalOperations

Athletics Department – External Affairs AnthonyVu DirectorofTicketingOperations&StudentMarketing

Athletics Department – Sports Medicine Jim Wallis Assistant Athletics Director/Sports Medicine RandyLogan AssociateAthleticTrainer JonathanHuwe AssociateAthleticTrainer

Athletics Department – Strength and Conditioning Scott Fabian Strength and Conditioning Coach Andrew Pompei Football Strength Coach

Athletics Department – Team Coaches BruceBarnum InterimHeadCoach,Football KailinDowns HeadGolfCoach TylerGeving HeadCoach,Men’sBasketball RonnyeHarrison HeadTrack&FieldandCrossCountryCoach

Design Consultant Team

Woofter Architecture Jonathan Bolch Willis DeWitt Miles Woofter

Sink Combs Dethlefs Andy Barnard HelenJones Anthony Loughran Lee Sterrett

Lango Hansen Landscape Architects JaneHansen

KPFF Consulting Engineers Anne Monnier ChrisTung Josh Lighthipe PAE Marc Brune Nick Collins TimEllen Glumac Kirk Davis Mitch Dec Paul Leonetti Luma Zach Suchara

TobyKrauel HeadCoach,Men’sTennis MichaelSeemann HeadCoach,Women’sVolleyball JaySterling HeadCoach,Women’sTennis

Academic Affairs Sukhwant Jhaj Vice Provost for Academic Innovation and Student Success, Academic Affairs

Campus Recreation Alex Accetta Director, Campus Recreation TylerBaker FacilityCoordinator Conferences & Events BrianHustoles,Director,PSUStudentUnion&UniversityEvents Kanani Martinez, PSU Campus Visit and New Student Programs Coordinator Casey Payseno, PSU Conferences and Events Nicholas Running, PSU Commencement Coordinator

School of Community Health CarlosCrespo Director,SchoolofCommunityHealth Randy Miller Director of Service Course Programs in Physical Education

PSU Students Andy Mayer ASPSU Yaremi Mejia Student-Athlete KatieO’Brien Student-Athlete Cara Olden Student-Athlete

University Classrooms Cindy Baccar Registrar, Enrollment Management and Student Affairs AdamLutzow AcademicSchedulingSupervisor,OfficeoftheRegistrar Other PSU Advisors MichaelAnthony AccessProgramSpecialist,CampusPublicSafetyOffice Jen Dugger Director, Disability Resource Center ToddKing ProjectCoordinator,TelecomSystems TedMcClain AramarkFoodServiceDirectorforPSU Noel Mingo Utilities Manager StaciePotter AccessControlCoordinator,CampusPublicSafetyOffice HeatherRandol Director,EnvironmentalHealth&Safety IanStude Director,TransportationandParkingServices PhilZerzan Director,CampusPublicSafetyOffice

Oregon Health & Science University

Gerri Lutes Associate VP Protocol and Special Events



1.0 executive summary

athletics/arena

arena support

activity/PE

offices

circulation

academic/student

legend

west-east section diagram

3-d sectional study looking north



4.0 concept design building sections

arena

practicecourt lobby

student

arena millarlibrary

park plazaapartments

lockers activity

activityactivity

west-east section

south-north section

terrace



Envisioned as a vibrant hub of student life, the renovated Peter Stott Center and new Viking Pavilion will combine spaces for academics and athletics, education and events. A centerpiece of the project will be the creation of a premier multi-use arena that will host events ranging from athletic competitions to concerts to commencement. With its location directly on the South Park Blocks, the new Peter Stott Center and Viking Pavilion will dramatically impact the campus, the community, and the city. As a building that acts as a gateway as well as a destination, the facility will include spaces for competitions and events as well as areas for gathering, eating,studying,andinteracting.Theprojectisintendedtopromoteand celebrate excellence and its design should engage and resonate with the Park Blocks, Portland State, and Portland itself.

Thisreportistheresultofa10-weekProgrammingeffortbeginningwith a Project Charter and goal-setting session in January and subsequent workshops in February and March with the Project Stakeholdersfocusedonestablishingprogrammaticneed.Theteam structure includes a Steering Committee, Project Advisory Committee,andInternalProjectStakeholders.Theprocesshasbeen facilitated and managed by Portland State University Capital ProjectsandConstructionandtheDesignTeam.

Asignificantportionoftheprojectinvolvesrenovatingandimprovingtheexistingstructure,originallybuiltin1966witharenovationandadditionin1985.Asaresult,existingconditionshave been reviewed, documented and evaluated during the Programmingphase.Theprimaryusersofthebuilding—theAthletics Department, Physical Education (a program of the School ofCommunityHealth),PSUStudents,GeneralAcademicsandpotential future building users including Conference and Events, Orientation and Campus Visits, Food Services, Student Advising andOHSU—wereallengagedinaprocessaimedatquantifyingspaceneedsanddefiningthequality,characterandrelationshipsfor each space. Due to the set building site and footprint, the outline of facility requests are constrained by the existing systems and conditions. As a result the Programming Phase includes initial concept design studies to test area constraints and opportunities basedonthespecificexistingsiteandbuildingconditionsanddimensionallimitations.ThisProgrammingReportincludesapreferred initial concept design which was selected from 4 studies presented to the Project Advisory Committee.

TheexistingPeterStottCenterincludes121,833netassignablesquarefeetwithanoverallgrosssquarefootageof169,191(PSUStandardSpaceReportOctober2011).Activityandevent

spaces are primarily used by the Athletic Department and Physical Education. Additionally the building includes one PSU General Pool Classroom, a swimming pool and covered exterior tennis courts.Theexistingunderutilizedandoperationallyunsustainablepool will be eliminated to accommodate higher priority program space and the rooftop tennis facility will be removed to make way for the Viking Pavilion.

In addition to accommodating existing uses, the future building will incorporate student-funded gathering and study space and additionalacademicspacesfocusedonstudentsuccess.TheViking Pavilion, a new multi-function event space, will have a transformative effect on the existing building. Envisioned to host athletic events, conferences, concerts, commencement and symposia,thenewarenawillaccommodate3-4,000participantsdependingoneventconfiguration.Academicandstudentsupportprograms being considered for the building include: General PurposeClassrooms,StudentAdvisingOffices,andCampusOrientation and Visits. Various food service options are being considered in addition to the event venue concessions to provide food service for the PSU community on a daily basis. In addition to improving the current Athletics uses, ideally the project should includeconsolidatingtheAthleticDepartmentofficesintoonefacility by relocating those currently located offsite in the University CenterBuildingtotheStottCenter.Theoutlineoffacilityrequestsestablishedatotalnetassignablesquarefootageof163,896netsquarefeetandgrosssquarefootageof210,542.Inadditiontothe space requests, deferred maintenance items for those areas of the building not affected by renovation or new construction must be addressed and incorporated into the design and construction.

Concept designs were driven by the existing conditions and footprint of the Peter Stott Center and by the location of the Viking Pavilion.Theproposedconceptoffersastrongcombinationofacademic and athletic use given the existing conditions and within these conditions creates a gateway building that engages the ParkBlocksandprovidesadynamicandflexibleeventvenuebased on functional requirements but also in consideration of eventatmosphere.Theproposedconceptdesign,preferredbythe Project Advisory Committee, maximizes program area and establishes the necessary spatial adjacencies and relationships at this early phase of the project design. Net square footage of theproposedconceptisapproximately170,000withgrosssquarefootageof215,000.

Theprojectbudgetisset.Thebudgetisinadequatetoaddressall


plan diagrams: preferred concept

the space requests documented throughout the following pages. Theprogrammaticinformationandconceptdesignideasrepresentanidealsolutionfortheproject’sconstituents.Tomatchthesetbudget to the scope of work, the design team will identify a set of packages or phases to achieve the ultimate goals illustrated in the programdocument.Thecurrentbudgetwillcorrespondtotheinitialpackage of improvements, with future packages to be implemented asfundraisingprogresses.ThechallengeofaligningprogramandbudgetwillbethefirstpriorityduringtheSchematicDesignPhase.



0 16 32 64

N

team lockers +staff/officials

4.0 concept design concept plans

athletics/arena

arena support

activity/PE

offices

circulation

academic/student

building support

vertical circulation

legend

football lockers

academicsupport

squad room

rangeroom

activity

activity

activity activity

sportsmedicine

weightroom

women’s bballlockers

men’s bballlockers

meeting

lounge

w

m

meeting

meeting

meeting

meeting

meeting

meeting

meeting

mecheleclaundry

lab

lab

lab

lab

level 1 floor plan



0 16 32 64

N

level 2 floor plan


athletics/arena

arena support

activity/PE

offices

circulation

academic/student

building support


legend

offices

offices

practicecourt

loading/storage

open toweights

below

interview

tix2

fcc workbev/trash

first aidcartstor

drystor

star greenroom

storage work work

arena

visitorslocker

visitorslocker

w

m

visitorslocker

visitorslocker

vestibule

vest

ibul

e

lobby

student

studentw

m

tickets



0 16 32 64

N

level 3 floor plan


athletics/arena

arena support

activity/PE

offices

circulation

academic/student

building support


legend

offices

offices

open topractice court

below

open toloading below

arena student

terr

ace

lobby

pantry

w

m

c

w

m

c

w

m

f4

Portland State UniversityPeter Stott Center Renovation + Viking Pavilion


0 16 32 64

N

level 4 floor plan


athletics/arena

arena support

activity/PE

offices

circulation

academic/student

building support


legend

roof

mechanical

open toarenabelow

media academic

offices

w

m

roof



0 16 32 64

N

level 5 floor plan


athletics/arena

arena support

activity/PE

offices

circulation

academic/student

building support


legend

roofbelow

arenacatwalk

offices academic

w

m

1

2

3

4

5

summary and preferred scheme diagrams



3-d study of existing building and context




1.0 executive summary project goals

Project GoalsAs established by Project Advisory CommitteeFebruary 23, 2015

site context model

Form

•Createadestinationbuildingthatincreasesthecommunity’s affinityforPSU

• Create a building that welcomes all students, faculty, staff and community members

• Create a premier athletic and events center that helps to promote the university mission

• Create a facility that changes the perception of sports at PSU with a venue that helps students, faculty, staff and alumni identify with being a Viking

• Create an architecturally beautiful building that resonates with the Park Blocks, the campus and the city, and completes the cultural corridor

Function

• Create an arena venue that can easily operate for a variety of events from athletics to lectures to concerts

• Design and construct a sustainable facility that is easy to maintain and is cost-effective to operate over the long term and supportscampussustainabilitygoalsbymaximizingefficiency and minimizing energy and natural resource use

• Design a building that is at least LEED Gold, but aims for more aggressive sustainability targets such as LEED Platinum, Living BuildingChallengepetals,andArchitecture2030

•Accountforathletics’needstothegreatestextentpossible, including training rooms, weight rooms, practice areas and academic support areas

• Eliminate all deferred maintenance in the building

•Createofficespacetoaccommodateallofathleticsstaff

•Provideadditionalgeneralpoolclassrooms,academicoffices, student group space or student study space in this central campus location

•Buildingdesignandconstructionshallbeflexibletoaccommodate the evolution of university and athletic needs

Economy

•Createavenuethatbringsanoperatingprofittoathleticsand conference and events

• Design and build a facility that minimizes long-term operating expense

• Design and construct a facility with materials and products that consider life-cycle costs and impacts, not just initial costs

•Designaprojectthatisconstructiblefor$31.3million,with the potential to add or expand if additional donor funds become available

Time

• Minimize the amount of down time for athletics and other building occupants during construction

•Designandbuildaflexibleandadaptablebuildingthatallows athletics and the university to shift priorities over time

• Complete the project construction, initial commissioning, and FF&EbySpring2018



2.0 building evaluation existing conditions narratives

view from southeast corner

Civil

Design Criteria:

Theprojectsiteconsistsoftheexistingapproximately168,000-sfPeterW.StottCenter,athreestoryPortlandStateUniversity(PSU)gymnasium and sports facility, and the surrounding PSU campussidewalks, landscaping and the pedestrian courtyard on the northernfaceofbuilding.ThesiteiszonedCentralCommercial(CX)withadesign(d)overlay.Theprojectwillconsistofaninteriorand exterior renovation to the existing Stott Center, including theadditionofamultipurposearena(VikingPavilion).Exteriorimprovementswilllikelyincludereconfigurationsoftheplazaareasat both the north and east entrance to the existing Stott Center. Therenovationwillalsolikelytriggerarequiredupgradeoftheyardarea west of the building to bring the garbage storage up to current code requirements. Additional revisions in that area may include the addition of a truck dock.

On-Site Improvements:

Water/FireThereisanexistingpublicwatermainlocatedwithinthevacatedSWParkAve.adjacenttotheeastfaceoftheStottCenter.TheexistingfireanddomesticwaterservicetothebuildingisassumedtobeconnectedtotheprivatePSUwatermain,possiblyinSWHall(vacated)andnotthispublicwatermain.Theservicesizesforeachwere not determined from the available as-built information. New domesticwaterorfireserviceconnectionsarenotanticipatedtobeincluded in the scope of this project.

TherearethreeexistingpublicfirehydrantslocatedneartheStott Center per Portland Maps: one at the northeast corner of the building and two across SW College Street to the southeast andsouthofthebuilding,respectively.TherealsoappearstobeanexistingfirehydrantatthewestdeadendofHallStreet.Thebuilding’sFDCislocatedneartheentranceonthenorthside,whichappearstobegreaterthan150feetfromtheclosestfirehydrant.Thismayrequiretheadditionofanewfirehydrant.SeeExhibitAfor reference.

Sanitary SewerThereisa10-inchCSPsanitarygravitymainrunningfromtheeastalong the south side of the building in SW College Street, which teesintoa9-inchVSPsanitarygravitymainrunningnorthalongthepedestrian-only section of SW Park Ave. Portland Maps shows multiple sanitary laterals connecting from the east face of building

tothis9-inchVSPline.TherenovationtotheStottCenterwillattempt to maintain existing sanitary connections and there are no new services anticipated at this time. SeeExhibit A for reference.

Storm DrainThereisa10-inchCSPstorm-onlygravitymainparallelingthe sanitary main running east along SW College Street, then northalongSWParkAve.TheStottCenterhasmultipleexistingconnections to the storm drain in SW Park Ave, as shown on Portland Maps. Due to the pursuit of LEED Status, some or all roof drain runoff, which is currently routed to the storm drain, may be rerouted to stormwater treatment facilities for treatment prior todisposalinthestorm-onlymain.Itisunlikelythatinfiltrationwillbe allowed due to the area the project is located and the option to directly discharge to storm-only sewer that discharges to the Willamette River. Impervious areas required for treatment may also be mitigated by eco-roofs or by capture and re-use measures. See Exhibit A for reference.

GasA6-5/8-inchgaslineexistsinSWHallStreetwithservicetotheStott Center on the northeast corner of the building connecting to thenorthfaceofthebuilding.Thereisalsoa1-inchservicelinethatteesoffofthe6-5/8-inchlineatthenortheastcornerofthebuildingconnectingtotheeastfaceofthebuilding.Anadditional1-inchgasline exists to the south of the building in SW College Street, with noservice to the Stott Center. It is not anticipated that new gas service will be required. See Exhibit A for reference.

SteamTunnelThereisanexistingutilitytunnelrunningalongthenorthfaceofthe building. No impact to the tunnel is anticipated at this time. See Exhibit A for reference.

PowerThereisanexistingutilitytunnelrunningalongthenorthfaceofthe building. No impact to the tunnel is anticipated at this time. See Exhibit A for reference.

TruckDockandTrashEnclosureAt this time it is assumed that the addition of the multipurpose arena within the Stott Center will require the addition of a truck dockonthewestendofthebuilding.Thesechangeswillrequiremeeting the BES Source Control requirements for loading areas, which will consist of hydraulically isolating the truck dock area to keep runoff falling within the truck dock separate from its

surroundings and routing it to an approved City sanitary sewer. DrivewayimprovementstotheSWHallStreetexistingdrivewayareanticipated.Theadditionofthetruckdockandreworkingofthedriveway will likely require relocating the adjacent trash and recycle storagearea.Thesewilllikelytriggerupgradestothetrashandrecycling storage area to meet BES Source control requirements, including hydraulically isolating the paved trash storage area and covering it with a permanent roof to prevent rainfall from reaching theenclosedarea.Theisolatedareashallhaveadraindirectedtoa sanitary sewer.

Frontage Improvements:

Public ImprovementsThesitecurrentlyhaspublicsidewalkalongthesouthfaceofthebuildingonSWCollegeStreet.TheSWCollegeStreetfrontagewill likely require the addition of street trees along the public right-of-way. Applicable public curbs and sidewalks shall be replaced to City standards as required due to new improvements. A new corner ramp will likely be required at the SW College & SW Park intersection at the SE corner of the building site (See attached ExhibitA).Thiswilllikelyrequireatleasta“limited”PublicWorks

Permit to address these improvements.

Private Improvements

Private multi-use walkways/drive aisles are on the SW Park and SWHall(vacated)frontagesadjacenttotheStottCenter.Requiredimprovements along the private frontages are anticipated in conjunction with building and landscaping improvements, as well asameanstoincorporatestormwaterinfiltrationfacilitiesintotheproperty.

TreesAt this time it is assumed that all existing trees will be protected as much as possible, with new trees and planting improvements added to compliment the building renovation. All new street trees will be planted in accordance with the City of Portland streettreerequirements.TheCityofPortlandUrbanForesterwilldetermine the number of street trees that are required along the frontages during the Frontage Improvement permit process. In our experience,trees(existingornew)mustbe25feetawayfromanyexistingorfuturestreetlightsandtheymustbe5feetawayfromanynewwaterservicesandroughly30feetoncenter.



existing conditions narratives

NOT TO SCALE

EXISTING CONDITIONS EXHIBITPSU Peter W. Stott Center Renovation and Viking Pavilion EXH-A

03/31/2015

GAS

GAS

GAS

GAS

GAS

GAS

GAS

GAS

GAS

GAS

GAS

GAS

GAS

GAS

GAS

GAS

GAS

GAS

GAS

GASGAS

GASGAS

GAS

W

W

W

W

W

W

W

W

W

W

W

W

W

W

W

W

S

S

S S

S

S

S

S

S

S

S

S

SD

SD

SD

SD

SD

SD

SD

SD

SD

SD

SD

SD

SD

SD

UTILITY TUNNEL

UTILITY TUNNEL

FIREHYDRANT

(TYP.)

FDC

CURB RAMP NEEDINGIMPROVEMENTS.SEE FIGURE 1 THIS PAGE.

FIGURE 1



existing conditions narratives2.0 building evaluation

third floor plan (arena concourse level)

existing building section at new arena (looking west)

Structural

ThePortlandStateUniversityPeterW.StottPhysicalEducationCenter is a three-story primarily concrete structure with a partial steelframerooflocatedatthesouthparkblockofthecampus.Theexisting168,000SFfacilitiesincludea1,700-seatmultipurposearena,gymspaces,aswimmingpool,trainingrooms,etc.Theoriginaltwo-storybuildingwasconstructedin1964.In1983,asteelroofovertenniscourtsandapartialthirdfloorareawereaddedandthe in the expansion. Additionally, some double-height spaces have beeninfilledovertimeinotherrenovations.

Theproposedrenovationandupgradeincludesremovaloftheexisting steel roof for a new, expanded arena space, additional spaceforofficesandacademicuse,andreconfigureotherexistingphysicaleducationspacesinthebuilding.Thepoolwillnolongerbe in use.

Original 1964 Building

Theverticalelementsoftheoriginaltwo-storybuildingincludecast-in-place concrete walls and columns supported on conventional continuousandspreadfootings.Thetypicalcolumnsare13”squarewitha5’-6”squarefootingat20-footgridspacing.TheEast half of the building and most of the building perimeter are supportedbyconcretebearingwallsrangingfrom8to13inchesthickwhilethewesthalfissupportedbycolumns.Thedesignallowablesoilpressurewasbasedon2,000PSFforcontinuousfootings,and2,500PSFforisolatedfootings.

Thetwoelevatedfloorsarecomposedofthreedifferenttypesofframingsystems.Thethirdflooriscomposedofa5”one-wayslabwithprecastandprestressedconcretebeamsatroughly12feetoncenteranda3”one-wayslabpanjoistsystemwithconcretejoistsat3feetoncenter.Thesecondflooriscomposedofa5”one-wayslabwithprecastandprestressedconcretebeamsatroughly12feetoncenteratthewesthalfofthebuildingand9½-inchtwo-wayconcreteflatslabattheeasthalfofthebuilding.

Thereisa140-footby150-footroofatthenorthwestcornerofthebuilding.Thehighroofismadeoflong-spansteeljoistsandbeamswithmetalroofdeck.A125-footby26-footmechanicalroomislocatedsouthofthehighroofwith12-inchto14-inchdeepwideflangebeamsandmetaldeckroof.

Typicalconcretecompressivestrengthsare2,500psiforfootings,4,000psiformechanicalroomwallsandfloorslabs,3,000psifor

allotherelements.ThetypicalconcretereinforcementisASTMA-15Intermediategrade(Grade40)andthetypicalstructuralsteelisASTMA36.

Themajorityoftheperimetertwo-storycladdingismadeofbrickveneer. Limited areas at entries are made of metal panel siding and soffit.Theexteriorgradeslopesfromthefirstfloorelevationatthenortheastcorneruptosecondfloorelevationattheothercorners.

1983 Expansion

The1983expansionconsistsofaddingagablesteelframeroofovertheeast-halfthirdfloor215-footby140-footareatoaccommodatetenniscourtsontopoftheexistingbuilding.Thesteel frame is made of built-up structural steel beams spanning in the north-south direction between the built-up steel columns. Metal roofdeckspansbetweenthebeams.Thebeamsarelocatedat15-footand35-footalternatespacingandactasmomentframesinthenorth-southdirectionforlateralstability.Thebuilt-upsteelcolumnsarecomprisedon24-inchx½-inchweband12-inchx½-inchflanges.Thebuilt-upbeamshave30-inchx5/16inchweband12-inchwideflangeswithvaryingthicknessfrom5/8inchto1inch.Themetaldeckingisbracedby5/8-inchdiametersteelwireropeasadiaphragmintheslopedroofplaneandadditional1/2-inchdiameter steel wire rope vertical braces in the east-west direction betweensteelcolumnsatthesix15-footbays.

A71feetby19feetareanorthofthesteelframeroofovertheexistingentrywasinfilledwithstructuralsteelbeamsspanningbetween existing concrete walls and a 44-inch deep built-up steel plategirder.Theinfillfloorwasmadeofcompositeconcretefloordeckwithmatchingelevationwiththeexistingthirdfloorslab.

Theconcretecompressivestrengthis3,500psiandthereinforcingsteelisASTM615Grade60.ThestructuralsteelisASTMA36.Thecompositedeckusedattheinfillis1½”x18gage.ThesteelwireropeisASTMA603ClassA.

Proposed Renovation and Structural Modifications

Theproposedarenawillbelocatedattheexistingtenniscourtsareawiththearenaeventfloordownattheexistingsecondfloorandarenaconcourselevelattheexistingthirdfloorelevation.Thelargerarenaspacerequiresremovaloftheexistingsteelframe roof structure over the tennis courts and portions of the third floorstructure.Additionalframingwillberequiredtosupporttheremainingthirdfloorslab.Thenewarenastructurewillalsorequire




supports with new foundation or upgrading existing foundation.

Theexistingpool,whichislocatedatthefirstfloorsouthwestcorner,willbeinfilledwithareinforcedtoppingslabmatchingthefirstfloorelevationforthenewbasketballcourtorotherprogrammed spaces.

Theexistingbuilding’slateralsystemwillbeanalyzedandstrengthened to meet current code standards in accordance with ASCE41-2013.

Structural Design Standards

Building Design Codes:2012InternationalBuildingCode(IBC)-fornewconstruction2014OregonStructuralSpecialtyCode(OSSC)-fornewconstructionASCE7-10MinimumDesignLoadsforBuildingandOtherStructures – for new constructionASCE41-13SeismicEvaluationandRetrofitofExistingBuildings-for existing structure

Industry Reference Standards:ACI318-11BuildingCodeRequirementsforReinforcedConcreteCRSI Manual of Standard Practice and Placing Reinforcing Bars2011AISCSpecificationsforStructuralSteelBuildingsANSI/AISC341-10SeismicprovisionsforStructuralSteelBuildingsAISISpecificationsfortheDesignofColdFormedSteelStructuralMembersAWS Structural Welding CodeSDI Design Manual for Composite Decks, Formed Decks, and Roof Decks

GeotechnicalEngineeringReport(notavailableatthistime)

Building Design Loads and Performance Criteria

Live Load GroundFloorCorridors,Offices,TrainingRooms: UniformLoads:100PSF ConcentratedLoads:2,000lbs FloorsAboveGroundFlooratCorridors,Offices,Training Rooms: UniformLoad:100PSF* ConcentratedLoads:2,000lbs Gymnasium Floor: UniformLoads:100PSF

ConcentratedLoads:2,000lbs Arena Event Floor: UniformLoads:100PSF ConcentratedLoads:2,000lbs Arena Fixed Seating: UniformLoads:60PSF Stair Exits: UniformLoads:100PSF ConcentratedLoads:300lbs Roof: Uniform Loads: See snow loads ConcentratedLoads:300lbs Mechanical Penthouse: UniformLoads:20PSF** ConcentratedLoads:2,000lbs RoofTerrace: UniformLoads:100PSF**Note:LiveloadreducedperOSSC**Note:Equipmentweightsincludedindeadload

Snow Load GroundSnow:10PSF SnowLoadper2014OSSC,minimum25PSFatroof (includingrainonsnow)

Wind Load: DesignWindSpeed:130MPH-RiskCategoryIII Design Wind Exposure: B

Seismic Load: a.Seismicdesignparameters(PerASCE7-10): Ss=0.993g,S1=0.427g SMS=1.095g,SM1=0.672g–SiteClassD SDS=0.427g,SD1=0.448g b. Building Risk Category III – Adult Education Facility with occupantloadmorethan500 c.SeismicDesignImportanceFactor:IE=1.25 d. Building Seismic Design Category: D e.Designstoryseismicdriftlimit:1.5%StoryHeight

Deflection/ServiceabilityLimits:

FloorLiveLoadDeflections LimitsInterior/Exteriorfloorbeams L/360(L/600or3/8”maxat brickveneer)Roofbeams L/360Canopies L/175or3/4”maxwithineach

glass paneExteriorWallFraming L/240MetalPanelSystemInteriorWallFraming L/240

Material Strengths

NormalWeightConcrete(alluses) F’c=4,000psiat28days F’c=6,000psiat28daysif needed

ReinforcingSteelRebar-Typical ASTMA615,Fy=60ksiWeldedRebaroratWall ASTMA706,Fy=60ksi Boundary/Drag Elements

Structural SteelWFBeamsandColumns ASTMA992,Fy=50ksiPlates,AnglesandChannels ASTMA36,Fy=36ksiHollowStruct.Section ASTMA500GradeB,Fy=46 ksi Pipes ASTMA53GradeB,Fy=35ksiConnectionBolts ASTMA325TypeNorSC unless noted otherwiseAnchorBolts ASTMF1554Grade36or55WWeldingElectrodes E70Electrodeswithadditional ductility requirements at special steel moment frame joints

Mechanical

TheprojectincludesseveralconceptsfortherenovationandexpansionofthePeterW.StottCenter(PSC)atPortlandStateUniversity(PSU).Inadditiontothearenaexpansion,thebuildingprogramming is being revised to remove the existing pool area and rooftop tennis courts to expand student spaces, classrooms, and offices.

Codes and Standards

PortlandStateUniversityTechnicalDesignStandards(May2014)2014OregonStructuralSpecialtyCode2014OregonFireCode2014OregonMechanicalSpecialtyCode2014OregonEnergyEfficiencySpecialtyCode2014OregonPlumbingSpecialtyCode2014OregonResidentialSpecialtyCode2014OregonElectricalSpecialtyCodeASHRAEStandard62.1-2010–VentilationforAcceptableIndoor

Air QualityASHRAEStandard55-2010–ThermalEnvironmentalConditionsforHumanOccupancyASHRAEStandard90.1-2010:EnergyStandardforBuildingsExcept Low-Rise Residential BuildingsADA or Uniform Federal Accessibility StandardsNationalFireProtectionAssociation(NFPA)Standards USGBC LEED Green Building Rating System for New Construction(LEED-NC) Sustainability

TheprojecthasatargetgoalofLEEDGoldbutaimsformoreaggressive sustainability targets such as LEED Platinum, Living BuildingChallengePetals,andArchitecture2030.Mechanicaland plumbing systems will advance the sustainability goals of the projectprimarilythroughenergyandwaterefficiency.

ThelargestenergyconsumerintherenovatedPSCwilllikelybeenergy associated with the delivery of large quantities of ventilation andexhaustair(fanenergyaswellasheatingandcoolingenergy).Mechanical systems will be designed to focus on reducing energy consumption associated with these systems. Air to air energy recovery provides an effective, reliable means of reducing the energy use and peak load associated with ventilation air by as muchas75%,andwillbeaneffectivestrategyattheStottCenter.Utilizing air from spaces with high ventilation demand (e.g. the arena)asmake-upairforspaceswithhighexhaustdemand(thelockerrooms)willfurtherreducetheamountofventilationairrequired – providing both an annual energy savings and a peak load savings (thereby reducing the size of the heating and cooling systems).

TheStottCenterwillalsohaveahighdomesticwaterheatingdemandwhichwillbemetwithhighefficiencycondensingwaterheaters. Both hot and cold water demand will be reduced through theuseoflowflowplumbingfixtures.




HVAC Systems

Design Criteria:

Thefollowingtablessummarizethecriteriatobeusedthroughoutthe design of the project.

Outdoor Conditions Summer Winter ASHRAE0.4% 91°FDB/67°FWB 25°FSummerand99.6%Winter Data

Indoor Conditions Summer Winter Athletics 78°F±2°F 68°F±2°FLockerRooms 78°F±2°F 68°F±2°FAthletics 78°F±2°F 68°F±2°FMultipurpose 75°F±2°F 70°F±2°FClassrooms 75°F±2°F 70°F±2°FOffice 75°F±2°F 70°F±2°FGymnasiums 78°F±2°F 68°F±2°FSportsMedicine 75°F±2°F 70°F±2°FCirculationandRestrooms78°F±2°F 68°F±2°F

Low-Pressure Ductwork StaticPressureLoss Maximum0.1inchesWCper100feetMainVelocity Maximum1,800feetperminuteBranchVelocity Maximum1,500fpmFlexibleDucts Maximumlength7feet/minimizetotal 90°bends.

Medium-Pressure Ductwork StaticPressureLoss Maximum0.28inchesWCper100feetMainVelocity Maximum2400feetperminuteBranchVelocity Maximum2,000fpm

HydronicPiping StaticPressureLoss Maximum4feetWCper100feetVelocity Maximum8feetpersecond

HeatingSystems:

PSC is currently heated by low pressure steam from the campus loop. Steam enters the building via the utility tunnel and serves steam coils located in ductwork and equipment distributed throughout the building.

Thesteamsystemwithinthebuildingwillbereplacedbyaheat

exchanger to convert steam to heating water. All steam coils and steam piping will be demolished. New heating water distribution pipingwillbeinstalledthroughoutthebuilding.Theheatingwatersystem will consist of variable primary pumping with a heating waterset-pointof180°F.

Thebuildingwillbeservedbyasingle6000MBHheatexchangerand two fully redundant heating water pumps located in a basement mechanical room.

Cooling Systems:

PSC does not currently have mechanical cooling aside from small split systems dedicated to process loads and individual room needs.

New chilled water service will provide cooling to the renovated and expanded PSC via the campus chilled water loop. Access is available to the campus chilled water system outside the lowest level of the south Main Electrical Room. New chilled water distribution piping will be installed from the existing stub outs in theutilitytunneltochilledwatercoilsinthenewairhandlers.Thechillerwatersystemwillconsistofvariableprimarypumping.Theestimatedcoolingloadforthebuildingis450tons(approximately1000GPM).

Thebuildingwillbeservedbytwochilledwaterpumpslocatedinabasementmechanicalroom,eachsizedfor50%ofpeakflow.

AirHandlingandExhaustSystems:

All existing air handlers will be demolished. Existing ductwork will be evaluated for potential reuse; however it is expected that the majority of existing ductwork (particularly branch distributionductwork)willbedemolishedandreplacedwithnewtoaccommodate the new program.

Arena, Lobby & Arena Support

Thenewsportsarenawillbeservedbythree(3)newrooftopairhandling units.

One(1)25,000cfm,100%outsideairheatrecoveryunitwithhotwater coil, chilled water coil and wheel-style heat recovery.

Two(2)20,000cfmvariablevolumeairhandlerswithhotwatercoil,chilledwatercoil,andwheel-styleheatrecovery.Theunitswillbe

zoned to serve the lobby and support spaces during peak periods andbeequippedwithmodulatingdamperstodirectairflowintothe arena when occupancy from the entry areas transitions to the arena.

Supply ductwork will be routed high in the arena space and return openingswillbelocatedlow.Roughly25,000cfmofsupplyairfrom the Arena will be transferred to the locker rooms for exhaust make-up.

Arena Smoke Exhaust System

It is expected that the arena will require and automatic smoke control system. Arena smoke fans would be located on the roof, withanapproximatesizeoffourfansat20,000cfm,each.

Locker Rooms

Exhaustfromthelockerroomswillbeaconstant25,000cfmtoremove moisture and odors and maintain negative pressure to the rest of the building. Make-up air will be provided from a portion of the ventilation air delivered to the arena. Exhaust air will be ducted backtothe25,000cfmArenaHRUforheatrecovery.

Gymnasiums

Thepracticegymwillbeconditionedby(2)3,000cfmdedicatedoutside air indoor air handling units with hot water coils, chilled watercoilsandwheelstyleheatrecovery.Theunitswillbelocatedin existing mechanical rooms.

Athletics/Multipurpose

Athletics areas such as weight rooms and activity areas will be conditioned by individual indoor air handling units with hot water coils,chilledwatercoilsandwheelstyleheatrecovery.Theunitswilloperatetomaintainaminimumof8airchangesperhourduringperiodsofoperation.Theunitswillbelocatedinexistingmechanical rooms.

OfficesandClassrooms

Theofficesandclassroomswillbeconditionedbya20,000cfmrooftop VAV air handling system with hot water and chilled water coils. Individual zones will be served by terminal units with hot water reheat coils.

ThisVAVsystemwillalsosupportconditioningandventilationofmiscellaneous support spaces.

Electric/ITSpaces

ElectricalroomsandIT/AVroomswillbeprovidedwithindividualcooling units as required. Cooling units will utilize campus chilled water or air source condensing units depending on the expected availability of campus chilled water.

Restrooms

Restroomswillbeexhaustedatarateof2cfm/sffromroofmounted exhaust fans. Make up air will be transferred from circulation spaces.

Ductwork

Existing ductwork is recommended to be replaced throughout the building. Ductwork will be a combination of medium and low-pressure.

Controls:

Adirectdigitalcontrol(DDC)systemwillbeprovidedtocontrolandmonitorallHVACequipmentandsystems.Allremainingpneumaticsystems will be replaced. Valve and damper actuation will be electrictype.ThecontrolsystemwillbeintegratedintotheexistingcampusSiemensinterfacetoallowfullcontrolandmonitoring.Thecontrol system will perform all required control functions, including optimization of equipment and system performance, reliability, equipment life and energy consumption.

Plumbing Systems

Design Criteria:

Domestic Water Piping MinimumPressure 35PSIatmostremoteoutletMaximumPressure 80PSIStaticPressureLoss Maximum6PSIper100feetVelocity Maximum8feetpersecond (ColdWater) Maximum5feetpersecond (HotWater)




campus utility tunnel existing unit substation

Storm Drainage RainfallRate Maximum1.3Inch/hrPipingSlope Minimum1/8”perfoot

Waste and Vent Piping Sizing PipingSlope Minimum1/4”perfoot

SolarHotWaterPiping StaticPressureLoss Maximum6psiper100feetVelocity Maximum5feetpersecond

Existing plumbing piping; including cold water, hot water, waste, vent, and storm drain will be evaluated for reuse. It is expected that some piping mains and risers will be reused, but the majority of branch piping will be demolished and replaced with new to accommodate the new program. Piping will need to be scoped as a pre-constructionservicepriortofinalizingthedecisiontoreuseanypiping.

Fixtures

Commercialgradelowflowfixtureswillbeprovidedwhereindicatedon the architectural drawings. Showers:1.5gpm Toilets:1.28gpftype Urinals:0.5gpforwaterless(discusswithPSUfacilities) Lavatories:0.5gpm KitchenFaucets:2.5gpm

Domestic Cold Water System

Domestic water will connect to the existing service. Existing backflowpreventionwillbeevaluatedforreuse.

DomesticHotWaterSystem

Duetothefacilitydepartment’sgoaltoturnoffthesteamsystemin the summer months, the domestic hot water systems will be decoupled from the steam loop to a standalone system. Domestic hotwaterwillbegeneratedbythree(3)1,000MBHcondensingnaturalgaswaterheaterswiththree(3)additional1,000gallonhot water storage tanks. Due to the high domestic water load, solar thermal water heating is a supplementary domestic hot water option.

Natural Gas Service

Natural gas will be required for the new domestic water heaters andpotentiallyforuseintheconcessionsareaofthearena.Theexisting natural gas service to the building will be evaluated based on the new loads. A natural gas main is available in the utility tunnel if a new connection is required. New natural gas distribution piping will be provided as required.

Fire Protection Systems

Design Criteria

HazardLevel OfficeAreas LightHazardStorageAreas OrdinaryHazard

Wet Pipe Sprinkler System

Theexistingbuildinghaslimitedfiresprinklercoverage.Thenewbuildingwillbeequippedwithwetpipefiresprinklerservicethroughout.Itisexpectedthatanewfirewatersupplyconnection,backflowdevice,andFDCwillberequired.

Newfiresprinklerpipingwillberequiredthroughoutthebuilding.ThefiresprinklersystemshallcomplywithNFPA13,andlocalFireMarshalrequirements.Ingeneral,thefiresprinklersystemshallconsistofzonecontrolvalvesandflowindicators,alarmbell,firesprinklerpipingandheads.Allrelatedfireprotectionaccessoriesas required will be provided.

Itisnotexpectedthatafirepumpwillberequired;however,waterpressureatthebuildingwillneedtobeevaluatedtomakethefinaldetermination.

Electrical

Codes and Standards

2014 Oregon Electrical Specialty Code (Oregon amended version of the 2014 National Electrical Code)2012 edition of NFPA 101 Life Safety Code2014 Oregon Structural Specialty Code (Oregon amended version of the 2012 IBC)2014 Oregon Fire Code (Based on the 2012 IFC)2014 Oregon Energy Efficiency Specialty CodeAmericans with Disabilities Act (ADA)

Existing Conditions Summary

Electrical

Building Normal Service:

ThePeterStottelectricalserviceisfedoutofthecampustunnel,viathe12,470Vcampusloop.Thefeedcomesoutofthetunnelat“ElecNicheH-4”andfeedstheunitsubstationinelectricalroom168.ThisunitsubstationfeedsthePeterStottbuildingandLibraryWest.Theunitsubstationtransformspowerdownto480Y/277V,3phase,4wireanddistributestoMainDistributionPanel“4A”.ThisDistribution panel is the main electrical board for Peter Stott.

FromtheDistributionPanel4A,powerisdistributedto480/277Vbranchpanelsandtransformeddownto208/120Vanddistributedto208/120Vbranchpanels.Thesebranchpanelsarelocatedinvarious locations throughout the building

Emergency Power:

Theemergencypowertothebuildingisfedfroma100Afeedviaa480Y/277V,60KWgeneratorlocatedintheWestHeatingPlant.Thisgeneratoralsoservestheheatingplant’semergencylighting.

A single automatic transfer switch within main distribution panel 4Aservestheemergencybranchofpower.Thisappearstobeserving egress lighting only within Peter Stott. If PSU has the need for any emergency or standby power beyond egress lighting, a larger generator would be needed to accommodate the additional

capacity. A second transfer switch would also be needed to serve any standby loads. Selective coordination would be required if the emergencybranchissignificantlymodified.

General Power Observations and Recommendations:

Theexistingbuildingdrawingsappeartobequiteaccurate.Wefound a few panels that may have been added since the original build and have documented their locations and nameplate info. Most of the electrical gear is original equipment from when the buildingwasbuiltin1964.Itisrecommendedthatelectricaldistributionequipmentbereplacedafterapprox50years.Thisiswhen we typically start to see failures. Parts also become more difficulttofind.Ourrecommendationwouldbetoreplaceallexistingequipment due to the age. A fault current study will be done as part of the electrical design for this project. At that point, we will evaluate the rating of the existing equipment. Any equipment that is not rated for the available fault currentwillneedtobereplacedasacoderequirement.Thereisachancethatasignificantportionofthedistributionequipmentcouldneed to be replaced.

At a minimum we would recommend all of the emergency distribution be tested to verify it is still in working order. We would also recommend that the normal power distribution be tested to make sure everything is operating properly. Emerson is an example of a company that can provide this testing service.

Mostoftheelectricalgearappearedtobeingoodshape.There




main distribution panel electrical panel at gym storage

wasonepanel2K-1intheGymstorageroomthatlookedtobevery outdated and in pretty rough condition.Anyareasthatgetasignificantremodelwillneedtobebroughtuptocode.ThiswouldincludeupdatessuchasprovidingGFCIreceptacles where required by code & providing handle ties for multi-wire branch circuits.

Telecommunications/CAT V

ThePeterStotttelephone/dataserviceisfedoutofthecampustunnel.Thefeedcomesoutofthetunnelat“ElecNicheH-4”andlands at the main telephone terminal space located in electrical room168onthelowerfloor.Therearepathwaysfromthislocationtotwolocationsontheupperlevel.ThefirstisTelephoneTerminalSpace1locatedinroom253.ThesecondisTelephoneTerminalSpace2locatedinroom209.Thetelephoneoutletsthroughoutthebuildingarefedfromthese3locations.BackbonecableistoTT-1andTT-2iscurrentlydoneviaUTPcoppercablingandnofiberopticcabling.Currently,TT-1andTT-2consistofwall-mounted110-blockterminations,withawallmountedshelftosupportPSU’snetworkequipment.Itisrecommendedtocreatetwonewdedicated IDF rooms, with space to accommodate free-standing, floor-mountedequipmentrackstobringthebuildinguptocurrentPSU standards.

ThebuildingCATVserviceentranceislocatedinelectricalroom168.Thissystemisalsofedfromthetunnelat“NicheH-4”.

Security

Existing security systems include access control and video surveillance.Theaccesscontrolsystemequipmentislocatedinthetunneladjacenttoelectricalroom168.Fewdoorsutilizecardreader based electronic access control, where most doors are locked via a standard hard key.

ThevideosurveillancesystemconsistsofIP-basedcameras,supportedbyITnetworkequipmentandappearstoberecentlyadded.Thisequipmentcouldbere-usedintherenovation.

Fire Alarm

Themainfirealarmcontrolpanelfeedingthebuildingislocatedinroom168onthelowerlevel.Thebuildingappearstobefullysprinkled but there are several smoke detectors and beam detectorsthroughoutthebuilding.Visualandaudiblenotificationdevices are also located throughout the building. It should be verifiedthatthestrobesaresynchronized.Aspartoftheremodel,thiswillberequirediftheyarenotalready.Thesystemappearsto

be pretty new and could be re-used in the renovation.

Distributed Antenna System

Thebuildingcurrentlyhasadistributedantennasystem.Theheadendequipmentislocatedinelectricalroom168.Fourantennas located throughout the building are fed from the headend viaarmoredcoaxialcabling.Thissystemwillneedtobemaintainedintherenovationprojects.ThePSUvendorwhoinstalledthesystem will need to be engaged to perform an analysis to determine if existing antenna locations should be maintained, or if they need to be relocated based on the new building interior layout.

main distribution frame security system



peter w. stott center

neubergerhall

smith memorialstudent union school of

businessadmin

parking structure 1

graduateschool of

education

east hallshattuck

hall

millarlibrary

cramerhall

parking structure 2

universityservicesbuilding

lincolnhall

parking structure 3

scienceresearch

&teaching

center

sw hall st

sw college st

sw jackson st

sw harrison st

sw market st

sw mill st

sw montgomery st

sw b

road

way

sw 6

th a

ve

sw 10

th a

ve

sw p

ark

ave

sw 12

th a

ve

peter w. stott community field

whp

researchgreen-house

P

PP

shattuck hall

neuberger hall

park plaza apartments

parkplazaapts

millar library

sout

h pa

rk b

lock

s

LEGEND

PSU BUILDING

PRIVATE BUILDING

PROJECT SITE

STREET

PARKING STRUCTUREP

I-405

M

STREET CAR STOP

M

M

S

MAX STOP

S S

S

2.0 building evaluation site context



peter w. stott center

neubergerhall

shattuckhall

millarlibrary

sw hall st

sw college st

sw b

road

way

sw 10

th a

ve

sw p

ark

ave

peter w. stott community field

whp

researchgreenhouse

parkplazaapts

sout

h pa

rk b

lock

s

I-405

0 64 128

N

primary pedestrian entry

primary loading

secondary loading

legend

2.0 building evaluation site plan



2.0 building evaluation existing conditions: exterior

Rooftop Tennis Pavilion

South North – Main Entry

North – Exterior of Main Gym North – View from LibraryNortheast

Southeast



existing conditions: interior

Main Lobby Typical Corridor Team Locker Room Mat Room

Range Room Football Team Equipment RoomGeneral Use Classroom Lower Lobby

PE Weight Room Dance Room Main Gym Multipurpose (Circuit) Room

PoolUtility Tunnel Student-Athlete Lounge Small Gym

2.0 building evaluation



weight room

level 1 floor plan – existing

0 16 32 64

N

weight roomhospitality

small gym

range roommech.squash

lower lobby

meetingroom

athletelounge

laundry

issue

sportsmedicine

hydro

men’slockers

football

basketball

tennis

utility tunnel

track &field

basketball

women’slockers

soccer

volleyball

softballgolf/

tennis track & field

janitor/maint.

pool

conf.

grant’sden

issu

e

footballequip.

coac

hes

2.0 building evaluation existing floor plans

athletics

arena support

activity/PE

offices

circulation

academic/student

building support

pool

legend



0 16 32 64

N

open to below

open to below


multipurpose

mainlobby

open to below

open to below

open to below dance

mat room

main gym

admin

coaches

classroom

academiccenter

supportservices

mech.

terrace

coac

hes


athletics/arena

arena support

activity/PE

offices

circulation

academic/student

building support

pool

legend



0 16 32 64

N

open to below



tennis

track

athletics

arena support

activity/PE

offices

circulation

academic/student

building support

pool

legend



2.0 building evaluation existing sections



level 2

level 1

level 3

athletics activity spaces (range room, weight room 116)

existing building existing program

6,900 sf

5,200 sf

activity spaces (5 racquetball courts, squash)

6,200 sf

9,450 sf

3,850 sf

1,850 sf

1,800 sf

550 sf

2,500 sf

1,300 sf

2,000 sf

activity spaces: athletic locker rooms

offices

team locker rooms

general use lockers,laundry

academic center

classrooms

meeting

athletes’ lounge

sports medicine

PE activity spaces(weight room 117, rooms 203, 205, 207)

11,950 sf

activity spaces: PE

small gym

main gym

6,450 sf

16,050 sf

activity spaces: shared

athletics offices: coaches, staff

offices: admin, PE

study spaces, computerlab, support services

general university use

team meeting, recruiting,hospitality

52,330 gsf

75,065 gsf

34,366 gsf

2.0 building evaluation existing program analysis

athletics offices in ucb

6,500 sf

athletics/arena

arena support

activity/PE

offices

circulation

academic/student

building support

pool

legend



2.0 building evaluation program spreadsheet: existing building

level 0level 1level 2level 3

TOTAL

GSF7,430

75,06552,33034,366

169,191


Stott Center Existing Program

No. Space NameBldg Svcs (SF)

Circulation(SF)

Mechanical(SF) NASF Adjacencies, functional and general notes

Basement Level (Below Pool)01 Below Pool Access 1,148 Below Pool Deck1A Mechanical 1081 Below Pool DeckS5 Stair 269

Basement Subtotal 0 269 1,081 1,148

Level 11101 Football Equipment Room 1,069 101A Equipment Chute 54 101B Football Equip. Rm Mezzanine 234 Mezzanine above102 Office 108 Strength & Conditioning102A Office 65 Strength & Conditioning103A Office 106 Women's Basketball103B Office 107 Women's Basketball103C Office 117 Women's Basketball103D Office 193 Women's Basketball104 Squash Court 1,143 105 Women's Restroom 80 107 Raquetball Court 807 108 Climbing Center 807 109 Men's Restroom 86 110 Storage 46 46 111 Mechanical 1,537 112 Range Room 3,648 114 Small Gym 6,456 Shared with PE115 115116 Athletic Weight Room 3,267117 Weight Room 2,510 118 Men's Restroom 88 119 Storage 46 120 Raquetball Court 810 121 Raquetball Court 810 Cheerleading Meeting Room122 Raquetball Court 810 Track Team Meeting Room123 Women's Restroom 82 124 Hospitality Room 892 Used for Donor functions

126 Storage/Janitor 604 127 Women's Locker Room 74 Women's Soccer VestibuleV128 Vestibule 247 129 Building Services 91 130 Meeting Room 1,066

February 18, 20151

woofterarchitecture+sinkcombsdethlefs

source:

athletics

arena support

activity/PE

offices

circulation

academic/student

building support

pool

legend

NASF1,148

56,26935,53628,880

121,833

1

2

pool mechanical access areaunenclosed area at tennis + track

1

2

psu standard space report 10/2011

area summary




131 Team Locker Room 384 Women's Soccer132 Team Locker Room 119 Women's Soccer (room is no longer subdivided)V133 Vestibule133 Women's Locker Room 2,476 General Locker Room133A Team Locker Room 460 Women's Basketball133B Team Locker Room 208 Women's Track & Field133C Team Locker Room 252 Women's Track & Field133D Team Locker Room 212 Women's Softball133E Team Locker Room 212 Women's Golf, Tennis, Officials133F Women's Locker Room 247 Women's Volleyball: Student Lockers/Time Clock in vestibule135 Pool Vestibule 117 136 Swimming Pool 7,990137A Women's Shower 115137B Women's Shower 117137C Women's Shower 116137D Women's Shower 118138 Women's Toilets 90 139 Women's Toilets 89 140 Women's Toilets/Pool Vest. 138 141 145142 146143 Storage 204143A Sports Medicine 1,091143B Hydrotherapy 164143C Office 88143D Office 43

144A 395146 Pool Vestibule 87 147 Pool Mechanical 168 147A Pool Mechanical 147 147B Pool Mechanical 63 148 Men's Showers 1,431148A Men's Showers 52149 Office 71 Lifeguard150 Men's Toilets 31 151 Men's Toilets 477 152 Men's Toilets 381 153 Men's Toilets 330 V155 Vestibule 86155 Men's Lockers 4,667

157 Men's Lockers 435157A Team Locker Room 459 Men's Track & Field157B Team Locker Room 311 Men's Tennis157C Team Locker Room 446 Men's Basketball157D Storage 318

February 18, 20152



athletics

arena support

activity/PE

offices

circulation

academic/student

building support

pool

legend




Circulation(SF)






February 18, 20151





athletics

arena support

activity/PE

offices

circulation

academic/student

building support

pool

legend


157E Storage 140158 Men's Lockers 115 Coaches159 Team Locker Room 2,114 Football

163 Laundry 1,132 75 lb washers, 125 lb dryers; HVAC upgraded last year164 Laundry Counter 643 Only towels issued for PE165 Grant's Den 312 Recruiting Room 166 Student-Athlete Lounge 1,307166A Meeting Room 241167 Office 137 Team Physician167A Storage 368167B Storage 961 Includes adjacent storage areas labeled 167D and 167167C Storage 429 Medical Supplies168 Elec/Comm. Room 429 169 Elevator Machine Room 42

L101 Lobby 3,140 L103 Elevator Lobby 453 L136 Pool Vestibule 33 Within Locker Rooms

E170 Elevator 61C112 Corridor 1,076 NEC112A Storage 11 C116 Corridor 1,335 SEC133 Circulation 354 Within Locker RoomsC137 Circulation 451 Within Locker RoomsC144 Circulation 98 Within Locker RoomsC145 Circulation 124 Within Locker RoomsC155 Circulation 268 Within Locker RoomsC156 Circulation 175 Within Locker RoomsC167 Circulation 204 Within Locker RoomsC168 Circulation 251 Within Locker Rooms; Small mailboxes for uniform issue

S101 Main Stair 207 S102 Stair 114S103 Stair 114S104 Stair 51 Within Locker RoomsS105 Stair 81 Within Locker Rooms; Access to BasementS106 Stair 107

Level 1Subtotal 3,279 8,907 2,344 56,269

Level 22201 Concessions 197 202A Office 102 Men's Basketball

February 18, 20153





Circulation(SF)






February 18, 20151





athletics

arena support

activity/PE

offices

circulation

academic/student

building support

pool

legend


202B Office 107 Men's Basketball202C Office 117 Men's Basketball202D Office 193 Men's Basketball203 Mat Room 4,282203A Office 421 203B Storage 268 Mat Room Storage205 Circuit Room 2,764206 Mechanical 1,106 207 Dance Room 2,405208 Storage 428 Dance Room Storage209 Janitor 179210 Office 91 211 Office 188212 Reception 476212a Office 86214 Workroom/Kitchen 198 215 Office 107 216A Office 185 PE Director216B Office 90 PE Director's Assistant218 Classroom 563 General University Use219 Academic Support Services 248 Waiting area219A Academic Support Services 115 Office219B Academic Support Services 101 Office219C Academic Support Services 100 Office220 Academic Center 584 Student-Athlete Study Space221 Men's Restroom 429222 Women's Restroom 371 223 Academic Center 79 Office224 Academic Center 573 Student-Athlete Study Space226 Office 149227 Office 66229 Office 147231 Office 145 234 Office 72 236 Office 149237 Office 72 238 Office 72 239 Office 72 241 Office 70242 Office 72 243 Office 148 244 Conference Room 309246 Office 67247 Office 67248 Office 138 250 Office 67251 Office 67

February 18, 20154





Circulation(SF)






February 18, 20151





athletics

arena support

activity/PE

offices

circulation

academic/student

building support

pool

legend


252 Office 67253 Storage 758 Main Gym Storage254 Balcony 1,043 Mezzanine Seating overlooking Pool255 Main Gym 16,056 1,370 seats (2,000 including floor)255A Storage 115 Main Gym: Volleyball Storage255B Storage 77 Main Gym: Basketball Storage255C Storage 74 Main Gym: Storage255D Storage 150 Main Gym: Storage

L202 Elevator Lobby 448 L256 Main Lobby 3,686

C204 Corridor 1,538 NEC206 Corridor 1,520 SEC208 Corridor 410 Between Offices and RestroomsC210 Corridor 144 Part of Office SuiteC212 Corridor 213 Between Offices C217 Corridor 970 East of OfficesC223 Corridor 865 West of Offices

S201 Lobby Stair 258S202 Stair 111S203 Stair 111 S204 Stair 231 SE corner Main GymS205 Stair 271 SW corner Main GymS206 Stair 97 S207 Stair 94

S209 Stair 73 Exterior egress stair NE corner

E270 Elevator 61

V255 Vestibule 44 Exterior egress NW corner of Main Gym

Level 2 Subtotal 1,906 11,145 0 35,536

Level 33301 Mechanical Penthouse 3,145 302 Tennis 21,836302 Track 7,044

S304 Stair 201S305 Stair 201E370 Elevator 61

Level 3Subtotal 3,145 463 0 28,880

February 18, 20155



Bldg Svcs (SF)

Circulation(SF)

Mechanical(SF) NASF

Overall Totals 8,330 20,784 3,425 121,833 SOURCE: PSU STANDARD SPACE REPORT 10/2011

February 18, 20156





Circulation(SF)






February 18, 20151




Process TheDesignTeamengagedclientstakeholderstoidentifyneedsand investigate opportunities and challenges. By inquiring and auditingexistingconditionsandproposeduse,theDesignTeamestablished critical needs for each programmatic element. Working with PSU and the study stakeholders, square footage requirements wereanalyzedandrefined.Additionally,opportunitiesweresoughttoimproveonfacilityefficiencies,tomaximizespaceuseandtoensure all programmatic needs are addressed.

Duringthisprocess,theDesignTeamconsideredthefollowing:

•arespaces“right-sized”accordingtouse• are all required programmatic uses and associated ancillary uses accounted for• are necessary security and appropriate adjacencies accounted for • maximizing space utilization•maximizingefficiencyofnon-programareas(circulation,mechanical)

Duringprogramplanningthespacegoalswerevalidatedandrefined,with objectives and critical spatial needs and relationships for the facilityfurtherclarified.

ToursoftheexistingStottCentertoreviewexistingconditionsand use patterns, coupled with direct input from interviews with building users, established need, space planning goals and criteria. Additionalspaceneedsandspecificprogramelementswerereviewedintermsofcurrentuseandfuturedemandforspecificspace types and available area within the existing building footprint. InkeepingwithPSUpolicy,incorporationofmulti-useflexiblespaceto accommodate a wide range of uses is a key consideration.

Following this Needs Assessment process of stakeholder interviews, researching relevant precedents, and multiple workshop discussions, area requirements were determined for both expanding existing programs and adding new program spaces.

3.0 program requirements program spreadsheets

outline of facilities requests

program category

arena/practice facilities

athletics department facilities

academic programs

student spaces

TOTAL

grosssquare

feet(GSF)

91,299

59,386

35,774

24,084

210,542

requestednet square

feet(RNSF)

73,322

46,609

26,041

17,924

163,896

area includes

seating bowlspectator and public spacesevent support areasconcessionsoperationspractice venues

team facilitiessupport spacesacademic centersports medicine, strength trainingequipmentadministration

PECommunity HealthGeneral Pool Classrooms

student dedicated spacestudent advisingcafe/coffee/restaurant



3.0 program requirements program spreadsheets: arena/practice

Portland State UniversityPeter Stott Center Renovation and Viking PavilionOutline of Facilities NeedsApril 10, 2015

ARENA/PRACTICE FACILITIES

Function/Space RNSF GSF Comments

a. Seating Bowl 25,019 29,645

Support Facilities 25,019 29,645 Arena 3,150 seats, share w/ Women Bball, Men Bball & VballCourt 8,064 9,274 50' x 94' main court + 2-84' x 50' cross courts

Seating 16,755 20,1061,320 fixed chairs, 1,300 telescopic chairs, 400 bleachers, 60 ADA, 70 floor seats

Press/Scorer's Table 0 0 Allowed for in competition floor SFMedia Production/Broadcast 200 266Writing Media 0 0 Allowed for in competition floor SF

b. Spectator and Public Spaces 24,039 30,412

Support Facilities 24,039 30,412Concourse 12,000 14,400 12-18' wideFirst Aid Room 160 213 Near arena floor and loading areaRestrooms 3,143 4,181 Unassigned - 1/45 for women, 1/75 for menUnisex Restroom 160 213 (1) on Event and (1) on ConcourseClub 2,100 2,793 Standing room for 100 + table seating for 50; view to court is idealSuites 1,152 1,531 (2) 24-person suites Main Ticket Office 203 269 5 points-of-saleSecondary Ticket Office 122 162 3 points-of-saleMain Lobby 3,000 3,990Secondary Lobby 2,000 2,660

c. Event Support Areas 3,461 4,603

Support Facilities 3,461 4,603Press Room 200 266Green Room 450 599 Also srves for faculty robingStar Room 200 266Officials Locker Room 373 496 (2) 4 lockers + 2 showersVisiting Team Locker Room 1,958 2,604 (4) Locker rooms w/20 lockers + showers/toilets+ small taping areaInterview Room 280 372

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d. Concessions and Novelty Areas 3,700 4,855

Support Facilities 3,700 4,855Concessions 1,000 1,330 Minimal, 10 POS--rely on student-oriented food service alsoTeam/Spirit Store 200 266Hall of Fame/Portland Showcase 0 0 Allowed for in other space TBDPortable Concession Carts 0 0 10 carts using concourse spaceCatering/Suite Pantry 1,600 2,128 Per food service meetingCommissary 0 0 Current direction: not neededBeverage Room 400 532Portable Concession Cart Storage 300 399 Storage for 4 portable carts min.Beverage Cooler 200 200 Near arena floor and loading area

e. Operations 5,890 7,744

Support Facilities 5,890 7,744Dry Food Storage 100 133 Storage for food cartsLoading/Staging 3,000 3,900Maintenance/Workshop 150 200Fire Command 200 266Trash Room 100 133Club Storage 200 266 For Club tables and chairsStorage 2,000 2,660 Storage for chairs, tables, moveable furnishings, etc.Ticket Manager's Office 100 133Secure Storage/Safe 40 53









d. Concessions and Novelty Areas 3,700 4,855

Support Facilities 3,700 4,855Concessions 1,000 1,330 Minimal, 10 POS--rely on student-oriented food service alsoTeam/Spirit Store 200 266Hall of Fame/Portland Showcase 0 0 Allowed for in other space TBDPortable Concession Carts 0 0 10 carts using concourse spaceCatering/Suite Pantry 1,600 2,128 Per food service meetingCommissary 0 0 Current direction: not neededBeverage Room 400 532Portable Concession Cart Storage 300 399 Storage for 4 portable carts min.Beverage Cooler 200 200 Near arena floor and loading area

e. Operations 5,890 7,744

Support Facilities 5,890 7,744Dry Food Storage 100 133 Storage for food cartsLoading/Staging 3,000 3,900Maintenance/Workshop 150 200Fire Command 200 266Trash Room 100 133Club Storage 200 266 For Club tables and chairsStorage 2,000 2,660 Storage for chairs, tables, moveable furnishings, etc.Ticket Manager's Office 100 133Secure Storage/Safe 40 53






f. Practice Venues 11,213 14,040

Basketball/Volleyball Practice Facilities 9,053 11,340

1 Bball court/2 Vball courts 8,316 10,395

1 NCAA basketball court w/4 side baskets, 2 NCAA volleyball courts; multiple fixed camera locations; Plan for use as volleyball competition facility

Telescopic Bleachers 237 320 seating for 400Storage 500 625

Track Practice Facilities 0 0

Roof sprint track 0 04 lanes, 80 meters total length requested (4,160 RNSF) . Program Concepts do not accommodate.

Tennis Courts (covered outdoor) 0 0Courts 0 0 No replacement courtsSeating 0 0

Softball Practice (indoor) 2,160 2,700 Use existing Range RoomBatting Practice 2,160 2,700 3 batting cagesStorage 0 0 General Storage

Golf Practice Facility (indoor) 0 0 Use existing Range RoomHitting Area 0 0 Use softball practice areaPutting Area 0 0 Rely on golf coursesStorage/Club Repair 0 0 Rely on golf courses

SF TOTALS 73,322 91,299





3.0 program requirements program spreadsheets: athletics


ATHLETICS DEPARTMENT FACILITIES


a. Women's Basketball 1,650 1,895

Support Facilities 1,650 1,895Locker Room (Home) 600 798 20 lockers (match existing size + showers/toilets)Showers/Toilets 225 299Coaches Offices 600 798 4 FT + 2 PT coaches; views to the court are preferredVideo Room 0 0 Use locker roomLounge 150 200 Share with Women's Basketball (300 nsf total)Storage 75 100 General Storage

b. Men's Basketball 1,638 2,179

Support Facilities 1,638 2,179Locker Room (Home) 600 798 20 lockers (match existing size + showers/toilets)Showers/Toilets 213 283

Coaches Offices 600 798 4 FT + 2 PT coaches; views to the court are preferredVideo Room 0 0 Use locker roomLounge 150 200 Share with Women's Basketball (300 nsf total)Storage 75 100 General Storage

c. Football 13,667 18,181

Support Facilities 13,667 18,181Locker Room (Home) 3,000 3,990 120 lockers; capable of team meetings (standing)Showers/Toilets 522 694Locker Room (Coaches) 280 372 TRUEShowers/Toilets (Coaches) 270 359Student-athlete lounge 560 745 Shared with all sportsCoaches Offices 1810 2,534

pkitchenette

Squad Room 2900 3,770 Seats 150Large Meeting room 1200 1,560 Seats 50-60Meeting Rooms 3,000 3,990 7 position rms seats 20-25Storage 125 166 General Storage









d. Golf (Women) 365 485

Support Facilities 365 485Locker Room (Home Women) 156 207 9 playersShared Showers/Toilets 69 92Coaches Offices 140 186 1 CoachMeeting Room 0 0 Shared; 10 persons + TV

e. Soccer (Women) 897 1,192

Support Facilities 897 1,192Locker Room (Home Women) 336 447 24 student athletesShared Showers/Toilets 166 220Locker Room (Visitors Women) 0 0 Not requiredCoaches Offices 320 426 2 coachesMeeting Rooms 0 0 Use other areasStorage 75 100 General Storage

f. Softball 897 1,192

Support Facilities 897 1,192Locker Room (Home Women) 336 447 24 student athletesShared Showers/Toilets 166 220Locker Room (Visitors Women) 0 0 Not requiredCoaches Offices 320 426 2 coachesMeeting Rooms 0 0 Use other areasStorage 75 100 General Storage









g. Tennis 893 1,188

Support Facilities 893 1,188Locker Room (Home Men) 180 239 10 student athletesShared Showers/Toilets 69 92Locker Room (Home Women) 180 239 10 student athletesShared Showers/Toilets 69 92Locker Room (Visitors Women) 0 0 10 players (share PE showers/toilets)Locker Room (Visitors Men) 0 0 10 players (share PE showers/toilets)Coaches Offices 320 426 2 coachesMeeting Rooms 0 0 Use other areasStorage 75 100 General Storage

h. Track & Field/X-C 1,910 2,540

Support Facilities 1,910 2,540Locker Room (Home Men) 455 605 35 student athletesShared Showers/Toilets 221 293 Share with footballLocker Room (Home Women) 455 605 35 student athletesShared Showers/Toilets 235 312 Share with golf, tennis, soccer, and softballCoaches Offices 470 625 1 HC, 2 FT Assist's, 1 PT Assist'sMeeting Rooms 0 0 Use shared meeting rooms/classroomsStorage 75 100 General Storage

i. Volleyball (Women) 1,069 1,422

Support Facilities 1,069 1,422Locker Room (Home) 456 606 18 lockersShowers/Toilets 225 299Coaches Offices 360 479 3 FT; windows are desirableStudent assistant 28 38 Shared use flex office spaceMeeting Rooms 0 0 Conduct mtgs in locker roomStorage 75 100 General Storage









j. Athletics Support 4,440 4,775

Support Locker rooms 4,440 4,775Visiting Team locker rooms 1,360 1,809 4 locker rooms, 20 lockers per roomVisiting Team Showers/Toilets 1,560 2,075 4, one in each locker roomOfficials Locker rooms 240 319 1 of each genderOfficials Locker Showers/Toilets 210 279 1 of each genderCoaches Shared Locker Room (Mens) 220 293Coaches Shared Showers/Toilets (Mens) 190 253Coaches Shared Locker Room (Womens) 370 492Coaches Shared Showers/Toilets (Womens) 290 386

k. Academic Center 1,815 2,414

Individual Study Area 518 688 18 - 25 stations/laptop compatibleComputer Study Area 518 688 18 - 25 stations/laptop compatibleGroup Study Room/Conference Room 200 266 1 rooms seating 10 persons max.Storage/Printer 100 133Offices 480 638 4 FTE w/ mtg space in officesOpen office area 325 432 10 flex workers/5 workstations

l. Sports Medicine/Training 4,126 5,455

Main Training Room 4,126 5,455Taping 360 468 8 taping stationsTreatment 693 901 12 treatment tables

Hydrotherapy 893 1,187In-ground plunge, Swimex; visible from training room; includes traetment ice machine

Rehab 600 798 Open floor with 12 stations

Offices 990 1,317 4 FT + Open Work + Exam Room + insurance admin.

Ice/Hydration Room 192 255 2 ice macjines plus jug storage and washing stationStorage 250 333 Adjacent to training roomCubbies/Waiting Area 148 197 20-30 cubbies for shoes, bags, etc.

m. Strength Training 6,884 8,484

Free Weights 2,250 2,588 16-18 multi-racks with recessed platformsCardio/Circuit 1,480 1,702 14 weight machines + 6 cardio stationsPlyometrics 1,250 1,663 Open turf areaPlyo Stairs/ramp 1,134 1,508 If head height allowsOffices 370 492 2 FT + internsNutrition bar 200 266 Includes counter with blenders, cold storage, and dry storageStorage 200 266 General Storage/Repair









n. Equipment 2,640 3,036

Main Equipment Room 2,640 3,036Equipment Storage 800 920 Rolling Shelf SystemEquipment Repair 200 230Laundry 400 460 Use ExistingIssue Boxes 920 1,058 400 1'x1' boxesFitting Room 200 230 Adjacent to StorageOffices 120 138 One

o. Athletics Administration 3,719 4,946

External 825 1,097

Offices 740 984 5 FT plus 3 GA's. Includes Development and MarketingStorage 85 113

Development 0 0 Within ExternalOffices 0 0

Compliance 205 273Offices 205 273 2 FT

Business 205 273Offices 205 273 2 FT

Marketing 0 0 Within ExternalOffices 0 0

Media Relations 890 1,184Offices 290 386 3 FT; 1 private office, one shared officeStorage 600 798

Athletic Director 150 200Offices 150 200 1 FT

Shared Facilities 1,132 1,506Reception 322 428 Reception desk + waiting, adjacent to ADConference Rooms 450 599 3 small conference roomsWork/Copy Room 180 239 2 rooms distributed to serve office groupsBreak Room/Kitchenette 180 239 Ref, microwave, sink, small seating area

Recruiting Room 312 415Grant's Den 312 415 Match Existing

SF TOTALS 46,609 59,386





3.0 program requirements program spreadsheets: academic


ACADEMIC PROGRAMS


a. Physical Education 14,481 19,590

Administration 740 1,036Offices 120 168 1 PE FTE. Existing includes 2 PE offices 216 A and B for AssistOpen Office/Reception 400 560 5 Workstations 35 PTE = 4 to 5 at one time = Community SuiteWork/Break Room 160 224 Can be shared space. Often used a Breakroom for lunchStorage 60 84 Can be shared space

Classroom 0Classroom 0 Classroom for 50 - 65. Shared General Pool Classroom

Acitivity MPR's/Weightroom 13,000 17,600MPR 1 3,000 4,200 Mat Room 203Storage 500 500MPR 2 3,000 4,200 Dance 207Storage 500 500MPR 3 3,000 4,200 MPR 205 (Circuit Room)Storage 500 500Weight Room 2,500 3,500 Existing PE Weight room 116. Sometimes shared w ADGymnasium 0 0 Shared with AD Practice Gym

Locker Rooms 741 954Men's Lockers 200 250 Small dressing room for 10 w/30 lockersMen's Showers/Toilets 157 209 3 toilets, 2 showers, 2 lavs, drying areaWomen's Lockers 200 250 Small dressing room for 10 w/30 lockersWomen's Showers/Toilets 184 245 4 toilets, 2 showers, 2 lavs, drying area

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3.0 program requirements program spreadsheets: academic


ACADEMIC PROGRAMS


b. Community Health 7,160 10,024

Faculty Administration 360 504Offices (3 ea at 120nsf) 360 504 3 FTE Faculty

Labs 6,800 9,520Lab 1 1,600 2,240Lab 2 1,600 2,240Lab 3 1,600 2,240Lab 4 2,000 2,800

c. General Pool Classrooms 4,400 6,160

Classrooms 4,400 6,160Classroom 1 800 1,120 PSU is deficient in 30-35 seat classrooms. Load factor = 40 occClassroom 2 800 1,120 PSU is deficient in 30-35 seat classrooms. Load factor = 40 occClassroom 3 1,400 1,960 70 seat +/- also in demandClassroom 4 1,400 1,960 70 seat +/- also in demand

SF TOTALS 26,041 35,774

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3.0 program requirements program spreadsheets: student spaces


STUDENT SPACES

Function/Space NSF GSF Comments

a. Student Dedicated Space 7,500 9,750

Open Student Louge 5,500 7,150Flexible Seat Area 3,500 4,550Flexible Seating Area and Tables 2,000 2,600

Open Student Study Space 2,000 2,600Flexible meeting rooms 1,000 1,300 4 rooms at at 200 sf eachFixed seating 1,000 1,300

b. Student Advising 7,824 10,954

Advising Offices 5,384 7,538Advising Private Office 5,000 7,000 Plan for 50 advisorsOpen office 384 538 Administrative open office 6 stations

Meeting Conference Rooms 2,440 3,4166 Person Meeting Room 1,200 1,680 4 rooms at 300 nsfLarge Meeting Room 600 840 1 large conference roomSmall Meeting Room 640 896 4 at 160 nsf

c. Student Café/Coffee/Restaurant 2,600 3,380

Coffee Shop 600 780Display and service 300 390Seating 300 390

Restaurant/Café 2,000 2,600Small Commercial Kitchen 600 780 Assume 20x30Seating 1,400 1,820

SF TOTALS 17,924 24,084

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3.0 program requirements room data sheets

Process Based on the information gathered through the Stakeholder interviewprocess,theDesignTeamproducedroomdatasheetsforeachprogramarearequested.Theseincludediagramsofthespace in relation to required/desired adjacent spaces, a description of functional requirements, and an inventory of other need and requestsincludingmaterials,finishes,furnishings,andequipment.Refer to the Appendices for the complete collection of Room Data Sheets.

Functional Requirements:

Adjacencies:

Room Name: Free Weights - Strength and ConditioningDepartment Name: Athletics

Room Data

Project: Portland State University – Peter Stott Center Renovation and Viking Pavilion

Power, Lighting, Communication & Data:

All spaces will incorporate LED lighting technology where feasible and will have switch or occupancy sensor local con-trol in addition to connection to a master lighting control panel.

Required: Cardio/CircuitPlyometricsPlyo Stairs/rampOffi ces

Nutrition BarStorageSports Medicine

Preferred:

• Team branding to create identity and recruitment• Natural light preferred• Exterior access with close access to storage for training equipment• Shared Rehab space with Sports Medicine• Solid wall for impact exercise required

FREE WEIGHTS 2,250 n s f

SPORTS MEDICINE

CARDIO/CIRCUIT

PLYOMETRICS

PLYO STAIRS/RAMP

OFFICES

STORAGE

NUTRITION BAR EX

TER

IOR

A

CC

ES

S

What electrical equipment will you need?

Security

Entry Security:

Equipment and Furniture:

It is anticipated that all Strength and conditioning areas will be open, and will be secured at the main room entry.

Television Size:____________ Television Quantity:_________

Materials and Finishes:

Strength and ConditioningFloors: Sports fl ooringBase: Resilient, sports fl ooringWalls: Painted drywall, Branding, Vinyl wall-coverings, metal corner guards, mirrorsCeiling: High ceilings with an combination of painted exposed areas and ACT

Comments: Please add additional pages as necessary

• Cable television • Wireless devises• Wireless charging

• Speakers • Locking equipment storage• Phone

Equipment • 16-18 multi racks• Recessed platforms• Raised spotter platform• Wall mirrors

• Weights• Dumbells/kettlebells etc

Example Room Data Sheets – See Appendices for more information



3.0 program requirements arena use diagrams


Event Diagrams - Basketball (Competition)

Required Support Spaces: • Locker Rooms M/W (4)• Offi cials Locker Room (1)• Storage• Concessions• Restrooms

Equipment Requirements: • Scoreboard• Basketball Goals (2)• Shot Clock (2 Locations)• Scorers Table (1)

Typical Events: • PSU Men’s and Women’s Basketball• College Basketball Tournaments• High School Tournaments

Power Requirements: • At media, scorers table and basketball goals• Instant on/off lighting• Min. 100 fc for fi lming and 125 fc for HD• Scoreboard

Special Requirements:• Minimum 25’-0” clear above playing surface

FIXED SEATING

PATRON FLOOR ACCESS

PATRON FLOOR ACCESS

FIXED SEATING

HOME TEAM BENCH

OFFICIALS AND PRESS SEATING

VISITOR TEAM

RETRACTABLE BLEACHER

SEATING

VISITOR TEAM ACCESS

HOME TEAM ACCESS

RETRACTABLE SEATING

RETRACTABLE SEATING

RETRACTABLE BLEACHERSEATING

MEDIA TABLE 94’-0

”

50’-0”

9’-0”3’-0”

6’-0

”6’

-0”



Power Requirements: • At scorers table and basketball goals. Main court goal

power to accommodate tournament mode.• Instant on/off lighting• Min. 100 fc for fi lming and 125 fc for HD• Scoreboard

Special Requirements: • Minimum 25’-0” clear above playing surface. • Potential to have (3) cross courts with temporary tape

markings. Remove end bleachers.

Event Diagrams - Basketball (Practice/Tournament)

Required Support Spaces: • Locker Rooms (4)• Offi cials Locker Room (1)• Storage• Concessions• Restrooms

Equipment Requirements: • Scoreboard• Retractable Bleacher Seating• Basketball Goals (4)• Shot Clock (4 Locations)• Scorers Table (2)• Half House Curtain (Optional)

FIXED SEATING

HALF HOUSE CURTAIN(OPTIONAL)

PATRON FLOOR ACCESS

PATRON FLOOR ACCESS

FIXED SEATING

TEAM BENCH


SEATING

TEAM ACCESS

TEAM ACCESS

TEAM BENCHES


TEAM BENCHES


RETRACTABLEBLEACHERSEATING

94’-0”

50’-0”

8’-0” M

IN.

3’-0”

6’-0” 6’-0”

Power Requirements: • At media and scorers table• Instant on/off lighting• Min. 100 fc for fi lming and 125 fc for HD• Scoreboard

Special Requirements:

• Minimum 25’-0” clear above playing surface


Equipment Requirements: • Scoreboard• Retractable Bleacher Seating• Net and supports• Scorers Table

Typical Events: • PSU Women’s Volleyball • College Volleyball Tournaments• High School Volleyball Tournaments

Event Diagrams - Volleyball (Competition)


FIXED SEATING

PATRON FLOOR ACCESS

PATRON FLOOR ACCESS

VISITOR TEAM ACCESS

HOME TEAM ACCESS

RETRACTABLE SEATING


59’-0

”

29’-6”

10’-3” 10’-3”

15’-0

”15

’-0”

FIXED SEATING

HOME TEAM BENCH


VISITOR TEAM


SEATING

RETRACTABLE SEATING

MEDIA TABLE


Power Requirements: • Scorers table• Instant on/off lighting• Min. 100 fc for fi lming and 125 fc for HD• Scoreboard


markings.

Typical Events: • PSU Women’s Volleyball Practice• College Volleyball Tournaments• High School Volleyball Tournaments

Required Support Spaces: • Locker Rooms (4)• Offi cials Locker Room (1)• Storage• Restrooms

Equipment Requirements: • Scoreboard• Retractable Bleacher Seating• Half House Curtain (Optional)• Net and Supports• Scorers Table (2)

Event Diagrams - Volleyball (Practice/Tournaments)

FIXED SEATING

PATRON FLOOR ACCESS

PATRON FLOOR ACCESS

FIXED SEATING


SEATING

TEAM ACCESS

TEAM ACCESS

RETRACTABLE SEATING

HALF HOUSE CURTAIN

(OPTIONAL)



PLAYER BENCH

PLAYER BENCH


59’-0”

59’-0”

29’-6

”29

’-6”

10’-3”

10’-3”

10’-3”

10’-3”

15’-0”

15’-0”

15’-0”

15’-0”


Power Requirements:• Blackout lighting• Stage: 2,000 amps (1,000 each side)• Mixing Board: 400 amp power source


Required Support Spaces: • Restrooms• Concessions• Storage• Star Dressing Rooms (2)• Optional Green Room

Equipment Requirements:• Blackout/House reduction curtain• Rigging Grid• 40’-0” x 60’-0” Stage• Floor covering

Typical Events: • Concerts• Lectures• Meetings

• Dance • Symphony

Event Diagrams - Concert (End Stage)

FIXED SEATING

RETRACTABLE SEATING

MIX

PATRON FLOOR ACCESS

FIXED SEATING


SEATING

STAGING AREA/SERVICE ACCESS

RETRACTABLE SEATING

40’-0” X 60’-0” STAGE

PORTABLE FLOOR SEATING

PATRON FLOOR ACCESS


Power Requirements: • Blackout lighting• Stage: 2000 amps (1000 each side)• Mixing Board: 400 amp power source



Equipment Requirements: • Blackout curtains• Rigging Grid• 32’-0” x 32’-0” Stage• Floor covering

Typical Events:• Concerts• Lectures

• Wrestling• Boxing

Event Diagrams - Concert (Center Stage)

FIXED SEATING

RETRACTABLE SEATING


PATRON FLOOR ACCESS

FIXED SEATING


SEATING


SEATING


RETRACTABLE SEATING

MIX

32’-0” X 32’-0” STAGE

PATRON FLOOR ACCESS


Power Requirements: • 120V per booth (107)


• No recessed center fl oor power. Provide connections in each corner of bowl at Event Level.

Required Support Spaces: • Access to RR at Event Level• 10’-0” X 10’-0” booth storage (95)• Food Prep

Equipment Requirements: • Floor Covering• 10’-0” X 10’-0” booths (95)

Typical Events: • Trade Show• Conventions• Job Fair

Event Diagrams - Trade Show

FIXED SEATING

PATRON FLOOR ACCESS

PATRON FLOOR ACCESS

FIXED SEATING

SERVICE ACCESS

10’-0” X 10’-0” BOOTH


Typical Events:• Conventions• Weddings

• Banquets

Power Requirements:• Mic and speakers at stage


Required Support Spaces: • Food Prep• Storage• Concessions• Restrooms

Equipment Requirements: • Blackout curtains• Floor covering• 12’-0” x 32’-0” Stage

Event Diagrams - Banquet

FIXED SEATING

PATRON FLOOR ACCESS

FIXED SEATING

SERVICE ACCESS

12’-0” X 32’-0” STAGE

6’-0” ROUND TABLES

PATRON FLOOR ACCESS

Seating Type

Basketball‐Competition

Basketball‐Practice/Tourney

Volleyball‐CompetitionVolleyball‐

Practice/Tourney

Commencement/ Lectures ‐ w/ Telescopics

Commencement/ Lectures ‐ w/ out

Telescopics

Concert ‐ End Stage

Concert‐ Center Stage

Trade Show Banquet

Fixed 998 998 998 998 998 998 882 998 0 0Fixed‐Top Row 190 190 190 190 190 190 154 190 0 0

Highback 74 74 74 74 74 74 57 74 0 0Telescopic 1,314 0 1,314 0 1,046 0 940 1,314 0 0Bleacher 460 460 460 460 0 0 230 460 0 0

ADA/Companion 56 44 56 44 54 50 52 58 0 0Portable Floor Seating 64 0 64 0 900 1,876 668 770 0 1,120Trade show 15 sf/occ 0 0 0 0 0 0 0 0 580 0

TOTAL 3,156 1,766 3,156 1,766 3,262 3,188 2,983 3,864 580 1,120

Peter Stott Center Renovation + Viking Pavilion Seat Count

Example Arena Use Diagrams – See following pages for more information

Process

BasedoneventneedsidentifiedduringdiscussionswithPSUproject stakeholders, the design team developed a series of diagrams for the varying uses of the arena. Events depicted include traditional arena uses such as basketball and volleyball gamesaswellasconcerts.Tomaximizetheflexibilityofthearenainitsfinaldesign,lesstraditionaleventssuchasbanquets,basketballpractice,andtradeshowconfigurationshavealsobeenstudied.Thetablebelowdocumentstheseatingcapacitiesassociated with each event layout.

As shown in the table, a range of seating types are anticipated. Telescopic(orretractable)seatingandbleachersectionshelptomaximizeflexibility.Bleachersareamoreefficientseatingmodelthanfixedseatsandarethususedforanticipatedstudentsections,increasingseatingcapacityclosetotheeventfloor.Fixedchairback seating is used for the permanent components of the

seatingbowl.Forchairbackseats(bothfixedandtelescopic),thecountsassumeanaverageseatwidthof21”andatypicaltreaddepthof34”.Minimumstandardsare19”and33”,respectively,however most new arenas are adopting larger dimensions to make the experience more comfortable for the spectators.

Theprogramdocumenthasbeendevelopedwithoutthebenefitofthefinalmarketstudyreport.Onceitsfindingsarepublished,thedesiredseatingcapacitiesarelikelytochange.Theseatingcounts outlined in the table below are based on Bowl Option C, whichcanbefoundonpage50.Thisseatingbowlfeaturesatop-loaded seating bowl with no balconies. Its overall size has been determined by the limitations of the existing building and site. During Schematic Design, further study will be required to match the desired seating capacities and event types within the prescribed budget.





Event Diagrams - Basketball (Competition)

Required Support Spaces: • Locker Rooms M/W (4)• Offi cials Locker Room (1)• Storage• Concessions• Restrooms

Equipment Requirements: • Scoreboard• Basketball Goals (2)• Shot Clock (2 Locations)• Scorers Table (1)


Power Requirements: • At media, scorers table and basketball goals• Instant on/off lighting• Min. 100 fc for fi lming and 125 fc for HD• Scoreboard

Special Requirements:• Minimum 25’-0” clear above playing surface

FIXED SEATING

PATRON FLOOR ACCESS

PATRON FLOOR ACCESS

FIXED SEATING

HOME TEAM BENCH


VISITOR TEAM


SEATING

VISITOR TEAM ACCESS

HOME TEAM ACCESS

RETRACTABLE SEATING

RETRACTABLE SEATING


MEDIA TABLE 94’-0

”

50’-0”

9’-0”3’-0”

6’-0

”6’

-0”



Power Requirements: • At scorers table and basketball goals. Main court goal

power to accommodate tournament mode.• Instant on/off lighting• Min. 100 fc for fi lming and 125 fc for HD• Scoreboard


markings. Remove end bleachers.

Event Diagrams - Basketball (Practice/Tournament)


Equipment Requirements: • Scoreboard• Retractable Bleacher Seating• Basketball Goals (4)• Shot Clock (4 Locations)• Scorers Table (2)• Half House Curtain (Optional)

FIXED SEATING

HALF HOUSE CURTAIN(OPTIONAL)

PATRON FLOOR ACCESS

PATRON FLOOR ACCESS

FIXED SEATING

TEAM BENCH


SEATING

TEAM ACCESS

TEAM ACCESS

TEAM BENCHES


TEAM BENCHES


RETRACTABLEBLEACHERSEATING

94’-0”

50’-0”

8’-0” M

IN.

3’-0”

6’-0” 6’-0”




Power Requirements: • At media and scorers table• Instant on/off lighting• Min. 100 fc for fi lming and 125 fc for HD• Scoreboard


• Minimum 25’-0” clear above playing surface


Equipment Requirements: • Scoreboard• Retractable Bleacher Seating• Net and supports• Scorers Table

Typical Events: • PSU Women’s Volleyball • College Volleyball Tournaments• High School Volleyball Tournaments

Event Diagrams - Volleyball (Competition)


FIXED SEATING

PATRON FLOOR ACCESS

PATRON FLOOR ACCESS

VISITOR TEAM ACCESS

HOME TEAM ACCESS

RETRACTABLE SEATING


59’-0

”

29’-6”

10’-3” 10’-3”

15’-0

”15

’-0”

FIXED SEATING

HOME TEAM BENCH


VISITOR TEAM


SEATING

RETRACTABLE SEATING

MEDIA TABLE


Power Requirements: • Scorers table• Instant on/off lighting• Min. 100 fc for fi lming and 125 fc for HD• Scoreboard


markings.

Typical Events: • PSU Women’s Volleyball Practice• College Volleyball Tournaments• High School Volleyball Tournaments

Required Support Spaces: • Locker Rooms (4)• Offi cials Locker Room (1)• Storage• Restrooms

Equipment Requirements: • Scoreboard• Retractable Bleacher Seating• Half House Curtain (Optional)• Net and Supports• Scorers Table (2)

Event Diagrams - Volleyball (Practice/Tournaments)

FIXED SEATING

PATRON FLOOR ACCESS

PATRON FLOOR ACCESS

FIXED SEATING


SEATING

TEAM ACCESS

TEAM ACCESS

RETRACTABLE SEATING

HALF HOUSE CURTAIN

(OPTIONAL)



PLAYER BENCH

PLAYER BENCH


59’-0”

59’-0”

29’-6

”29

’-6”

10’-3”

10’-3”

10’-3”

10’-3”

15’-0”

15’-0”

15’-0”

15’-0”





Power Requirements: • Mic and speakers at stage


Required Support Spaces: • Access to RR at Event Level• Easy link to Concourse Level• Storage for stage and chairs

Equipment Requirements:

• 12’-0” X 32’-0” stage raised 24” with one section at 12”. Include stairs and ramp

• Rigging grid - Optional• Floor covering

Typical Events: • PSU Commencement/Convocation• OHSU Commencement/Convocation• Lectures

• High School Graduation

Event Diagrams - Commencement/Lectures

STUDENT ACCESS

20’-

0”

TO

30’-

0”

CLR

.

FIXED SEATING

PATRON FLOOR ACCESS

PATRON FLOOR ACCESS

FIXED SEATING

STAGING AREA ACCESS

12’-0” X 32’-0” STAGE

PORTABLE FLOOR SEATING SEATS


Power Requirements: • Mic and speakers at stage


Required Support Spaces: • Access to RR at Event Level• Easy link to Concourse Level• Storage for stage and chairs

Equipment Requirements:• Retractable Bleacher Seating• 12’-0” X 32’-0” stage raised 24” with one section at

12”. Include stairs and ramp• Rigging grid - Optional • Floor covering

Typical Events: • PSU Commencement/Convocation• OHSU Commencement/Convocation• Lectures

• High School Graduation

Event Diagrams - Commencement/Lectures

STUDENT ACCESS

20’-0

” TO

30

’-0”

CLR

.

FIXED SEATING

RETRACTABLE SEATING

PATRON FLOOR ACCESS

PATRON FLOOR ACCESS

FIXED SEATING


SEATING

STAGING AREA ACCESS

RETRACTABLE SEATING

12’-0” X 32’-0” STAGE





Power Requirements:• Blackout lighting• Stage: 2,000 amps (1,000 each side)• Mixing Board: 400 amp power source



Equipment Requirements:• Blackout/House reduction curtain• Rigging Grid• 40’-0” x 60’-0” Stage• Floor covering

Typical Events: • Concerts• Lectures• Meetings

• Dance • Symphony

Event Diagrams - Concert (End Stage)

FIXED SEATING

RETRACTABLE SEATING

MIX

PATRON FLOOR ACCESS

FIXED SEATING


SEATING


RETRACTABLE SEATING

40’-0” X 60’-0” STAGE


PATRON FLOOR ACCESS


Power Requirements: • Blackout lighting• Stage: 2000 amps (1000 each side)• Mixing Board: 400 amp power source



Equipment Requirements: • Blackout curtains• Rigging Grid• 32’-0” x 32’-0” Stage• Floor covering

Typical Events:• Concerts• Lectures

• Wrestling• Boxing

Event Diagrams - Concert (Center Stage)

FIXED SEATING

RETRACTABLE SEATING


PATRON FLOOR ACCESS

FIXED SEATING


SEATING


SEATING


RETRACTABLE SEATING

MIX

32’-0” X 32’-0” STAGE

PATRON FLOOR ACCESS





Power Requirements: • 120V per booth (107)


• No recessed center fl oor power. Provide connections in each corner of bowl at Event Level.

Required Support Spaces: • Access to RR at Event Level• 10’-0” X 10’-0” booth storage (95)• Food Prep

Equipment Requirements: • Floor Covering• 10’-0” X 10’-0” booths (95)

Typical Events: • Trade Show• Conventions• Job Fair

Event Diagrams - Trade Show

FIXED SEATING

PATRON FLOOR ACCESS

PATRON FLOOR ACCESS

FIXED SEATING

SERVICE ACCESS

10’-0” X 10’-0” BOOTH


Typical Events:• Conventions• Weddings

• Banquets

Power Requirements:• Mic and speakers at stage


Required Support Spaces: • Food Prep• Storage• Concessions• Restrooms

Equipment Requirements: • Blackout curtains• Floor covering• 12’-0” x 32’-0” Stage

Event Diagrams - Banquet

FIXED SEATING

PATRON FLOOR ACCESS

FIXED SEATING

SERVICE ACCESS

12’-0” X 32’-0” STAGE

6’-0” ROUND TABLES

PATRON FLOOR ACCESS




3.0 program requirements arena seat count studies

Lower Horseshoe Bowl(16 Rows)

2,660 Seats

Study A

Lower Horseshoe Bowl(19 Rows)

3,286 Seats

Study B



3.0 program requirements arena seat count studies

Lower Horseshoe Bowl(16 Rows) with

Upper Seating Level

4,450 Seats

Study D

Lower Bowl(19 Rows on Sideline) with

Bleachers at Ends

3,158 Seats

Study C



0 16 32 64

N

team lockers +staff/officials

4.0 concept design preferred concept

athletics/arena

arena support

activity/PE

offices

circulation

academic/student

building support


legend

football lockers

academicsupport

squad room

rangeroom

activity

activity

activity activity

sportsmedicine

weightroom

women’s bballlockers

men’s bballlockers

meeting

lounge

w

m

meeting

meeting

meeting

meeting

meeting

meeting

meeting

mecheleclaundry

lab

lab

lab

lab

level 1 floor plan



0 16 32 64

N

level 2 floor plan


athletics/arena

arena support

activity/PE

offices

circulation

academic/student

building support


legend

offices

offices

practicecourt

loading/storage

open toweights

below

interview

tix2

fcc workbev/trash

first aidcartstor

drystor

star greenroom

storage work work

arena

visitorslocker

visitorslocker

w

m

visitorslocker

visitorslocker

vestibule

vest

ibul

e

lobby

student

studentw

m

tickets



0 16 32 64

N

level 3 floor plan


athletics/arena

arena support

activity/PE

offices

circulation

academic/student

building support


legend

offices

offices

open topractice court

below

open toloading below

arena student

terr

ace

lobby

pantry

w

m

c

w

m

c

w

m

f



0 16 32 64

N

level 4 floor plan


athletics/arena

arena support

activity/PE

offices

circulation

academic/student

building support


legend

roof

mechanical

open toarenabelow

media academic

offices

w

m

roof



0 16 32 64

N

level 5 floor plan


athletics/arena

arena support

activity/PE

offices

circulation

academic/student

building support


legend

roofbelow

arenacatwalk

offices academic

w

m




arena

practicecourt lobby

student

arena millarlibrary

park plazaapartments

lockers activity

activityactivity

west-east section

south-north section

terrace



4.0 concept design concept studies

Initial Studies Multiple design concepts were explored in plan and section to discover opportunities and constraints in achieving the requested program and overall project goals.Theseoptionstestedpotentiallayoutsandrelationships and allowed for review and discussion in theWorkshops.Theevaluationofeachandcomparisonbetween options contributed to the selection of a preferred scheme.

study 2study 1



4.0 concept design

Portland State UniversityPeter Stott Center Renovation + Viking Pavilion

woofter architecture + sink combs dethlefsWorkshop 2 – March 3, 2015

fl oor plans – programming diagrams

level 3/upper bowl

level 2/event level

level 1/event level elevation 192’-6”

elevation 177’-6”

main entry @ 164’-6”

entry @ 177’-6”

entry @ 177’-6”

elevation 164’-6”

roof level

program layout scheme 2

arena roof

arena

existing mech

activity

activityexisting roof

existing roof

offi ce

offi ce

loading below

loading below

practice below

practice

loading

lobby

club

lobbys + c

lockers

offi c

es

spor

ts m

ed

lockers

athletics/arena

activity

circulation

offi ces

arena support

building support

academic


legend

concept studies

study 4study 3

woofter architecture107 SE Washington Street, Suite 264Portland, OR 97214503 724 0111

PETER STOTT CENTER RENOVATION AND VIKING … architecture . PETER STOTT CENTER RENOVATION AND VIKING...

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