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New Middle School Geneva, Il Greg Kemerer AE Senior Thesis 2006 – CM Option

New Middle School Geneva, Il Greg Kemerer AE Senior Thesis 2006 – CM Option

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  • New Middle SchoolGeneva, IlGreg KemererAE Senior Thesis 2006 CM Option

  • Presentation Outline BackgroundAnalysis 1Analysis 2Analysis 3

    Background-Building, project, and site information

    Analyses-In depth discussion of each analysis

    Questions-A little Q & A

  • BackgroundBackgroundAnalysis 1Analysis 2Analysis 3

  • Owner InformationBackgroundAnalysis 1Analysis 2Analysis 3 Currently overseeing:5 elementary schools1 middle school1 high schoolChief concerns:space, cost, durability, safety, schedule

  • The BuildingBackgroundAnalysis 1Analysis 2Analysis 3

  • The BuildingBackgroundAnalysis 1Analysis 2Analysis 3 Size: 196,000 sq ftConstruction: 5/16/05 8/29/06Hard Cost: $28,800,000Delivery Method: Design-big-build, CM Agent

  • The TeamBackgroundAnalysis 1Analysis 2Analysis 3 Owner: Geneva Community Unit School District #304Architect: Larson and Darby GroupConstruction Manager: Bovis Lend LeaseConsultants: Rempe-Sharpe and KJWW

  • The SystemsBackgroundAnalysis 1Analysis 2Analysis 3 MechanicalHVAC: (2) 300 ton air cooled chillers, 6 AHUs, dust control systemHeating: 2-pipe heated water system, (2) 250 BHP boilers, individual fan coil units throughoutAdditional Heating: 2,340 linear feet of radiant ceiling panels

  • The SystemsBackgroundAnalysis 1Analysis 2Analysis 3 ElectricalSupply: 2732 KVA 480/277 lineMain Distribution: 4,000 A, 480/277, 3 PhaseTransformers: (2) 500 KVA, (1) 225 KVAGenerator: 250 KVA, 480/277, cross-linked to existing middle schoolFire Protection4 zone, wet systemsmoke detectors and alarms

  • The SystemsBackgroundAnalysis 1Analysis 2Analysis 3 StructuralUnit A/C: Single story. 12 CMU load bearing masonry on concrete strip footings

    Unit B: Two story. Structural steel with combination architectural precast and face brick. Flooring is 12 hollow core precase with 3 poured slab topping. Basement utilizes step footings to match CMU coursings.

  • The Site PlanBackgroundAnalysis 1Analysis 2Analysis 3

  • Analysis 1BackgroundAnalysis 1Analysis 2Analysis 3

    Interior Wall System, Building B

  • IntentBackgroundAnalysis 1Analysis 2Analysis 3 Building B Interior Wall Type

    Burnished face CMUdurable, attractive, high fire ratingexpensive, heavy, coordination issuesMetal stud walllightweight, inexpensive, fewer coordination issuesless durable, thermal bridging, sound transmission

  • MethodsBackgroundAnalysis 1Analysis 2Analysis 3 Wall takeoffCalculate unit weight of different wall typesCalculate total weight differenceRe-size structural steel membersCalculate cost savings for steel and new wall type

  • Weight SavingsBackgroundAnalysis 1Analysis 2Analysis 3 Existing System:1,050,742 lbsStud Wall System:128,848 lbsSavings:921,894 lbsTotal Difference of 461 Tons-or-18.43 psf of dead load

  • Structural SteelBackgroundAnalysis 1Analysis 2Analysis 3

  • Cost ImpactBackgroundAnalysis 1Analysis 2Analysis 3

  • Cost ImpactBackgroundAnalysis 1Analysis 2Analysis 3

  • ConclusionBackgroundAnalysis 1Analysis 2Analysis 3

    Use Metal Stud Wall System

  • Analysis 2BackgroundAnalysis 1Analysis 2Analysis 3

    Exterior Wall System, Building B

  • IntentBackgroundAnalysis 1Analysis 2Analysis 3 Building B Exterior Wall Type8 CMU, 3 rigid foam insulation, face brickAlternative SystemsTilt-up concrete with Nitterhouse brick faadePrecast concrete with face brickSmith Midland Slenderwall

  • Tilt-up ProblemBackgroundAnalysis 1Analysis 2Analysis 3

  • Cost & Schedule ImpactBackgroundAnalysis 1Analysis 2Analysis 3

  • Energy ImpactBackgroundAnalysis 1Analysis 2Analysis 3

  • Energy ImpactBackgroundAnalysis 1Analysis 2Analysis 3

  • Energy ImpactBackgroundAnalysis 1Analysis 2Analysis 3

  • Energy Cost ImpactBackgroundAnalysis 1Analysis 2Analysis 3

  • ConclusionBackgroundAnalysis 1Analysis 2Analysis 3

    Stay With Initial Wall System

  • Analysis 3BackgroundAnalysis 1Analysis 2Analysis 3

    Obstacles to Building Green Schools

  • IntentBackgroundAnalysis 1Analysis 2Analysis 3 To better understand why more schools arent being built green and find the obstacles that are allowing this to happen

    Benefits: Reduced Energy BillsSmaller Environmental ImpactBetter Student Performance

  • MethodsBackgroundAnalysis 1Analysis 2Analysis 3 Online researchPhone interviewsMore phone interviews

  • The Way Schools BuildBackgroundAnalysis 1Analysis 2Analysis 3

    Funding from tax dollars or referendum

    Community Involvementreferendum, forum, SC had no requirementprojects were at various states or preparation

    Hired Outside ArchitectsGeneva had an in-house architect

  • FindingsBackgroundAnalysis 1Analysis 2Analysis 3 Schools and districts generally unaware of benefits of green design. Also unaware of government green incentive programs.Architects always suggested the green designhad to do some convincingNon-Green Schoolsvarious excusesinsisted green was still on their minds

  • ConclusionBackgroundAnalysis 1Analysis 2Analysis 3 No green buildings without green design

    Owner and community education

    Government incentives

  • BackgroundAnalysis 1Analysis 2Analysis 3

  • QuestionsBackgroundAnalysis 1Analysis 2Analysis 3

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