BIM in the U.S. Air Force: Improving Design through Dynamic Prototyping
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AFCEE Maj Maj Patrick Patrick Suermann, Suermann, PhD, PhD, PE, PE, LEED LEED AP AP BIM in the U.S. Air Force: Improving Design through Dynamic Prototyping MILCON MILCON PMO/CME PMO/CME 21 OCT 09 Integrity - Service - Excellence Overview USAF MILCON Program Overview Centralization to Transformation AFCEE Strategic Plan MILCON Objectives AFCEE MILCON Delivery Process MILCON Delivery Transformation FY10+ MILCON Strategy Key Component: Dynamic Prototyping Integrity - Service - Excellence 2 FY07 – FY10 Program Summary ∑$9.1B Integrity - Service - Excellence 3 Centralization to Transformation AFCEE “first year” execution focused on Centralization Moved workload & some PMs from 8+ MAJCOMs to AFCEE Moved toward Standardized Processes & Training Improving existing relationships and building new ones (PMRs, LIRs, Partnering meetings, etc.) Formed, Staffed, & Organized while Executing Focusing further on Transformation Enhance operational concepts, organization, & technologies ¾ Org changes - leverage w/partnering, interdependencies, … ¾ Operational concepts - improving every major process… ¾ Technologies - working smarter, faster, better Integrity - Service - Excellence 4 AFCEE Strategic Plan MILCON Objectives 1. 2. 3. Optimize MILCON Management System Optimize MILCON Delivery Process Optimize MILCON Partnerships and Leadership Integrity - Service - Excellence 5 2. Optimize MILCON Delivery Process Optimize MILCON 1-Mgt System 1a. AF Mgt Sys 1b. AFCEE Corp 1c. Ribbon Cutter 1d. Asset Mgt a. b. c. 2-Delivery Process 2a. Playbook 2b. AFCEE 2c. Initiatives 3-Partnerships and Leadership 3a. Communicate 3b. Partnerships Optimize for greater efficiencies & incorporate into comprehensive MILCON Process Playbook Optimize AFCEE PM & Agent processes Integrate, analyze & develop/refine MILCON delivery strategies and initiatives in conjunction with asset management principles • Implement AF-wide FY+ design/construction strategy • Implement/Institute updated critical project documents Key Performance Indicators ¾ ¾ Ribbon Cutter Performance Results AFCEE resource efficiency analyses (cost) Integrity - Service - Excellence 6 2c. MILCON Process Delivery Transformation Initiatives AFCEE Program Manager partnership AFCEE Design/Construction Agent and Tech Support MAJCOM Planning Requirements / Concept Development Concentrated MILCON subject matter expertise (SME) Incorporate FY design/construction strategy with Design/Build, LEED, Sustainability, BIM, and Small Business execution reqmt’s Institute updated standard Project Management Plans …internal procedures-policies, templates, automation, and accountability Efficiently incorporate sustainability SMEs into planning / design Centralized standardized/adaptable designs (dorms, fire stns, …) MILCON Playbook will enhance AFCEE efficiency Integrity - Service - Excellence 7 FY10+ MILCON Delivery Strategy Vast majority-future projs: Design-Build (or Adapt-Build) All vertical, eligible construction projects will be certified LEED Silver at a minimum Enhanced Commissioning required on all applicable projects Building Information Modeling (BIM) based designs required for all future vertical construction Standard RFPs and Designs will be used to greatest extent possible/practicable Apply asset management principles “Get ready/smart if you intend to compete…” Integrity - Service - Excellence 8 Execution Strategy Factors Delivery Method LEED Certification Requirements Document 2 (RD2) Concept Standard Design Alternate Agent Small Business Setaside Energy Demonstration Projects Regional Construction Opportunities Integrity - Service - Excellence 9 Standardized Prototype Designs Develop standardized designs Currently working standardized DB-RFP for Child Development Centers • Expanding to include Fire Stations, Fitness Centers, Dormitories, Security Forces Complex Includes participation from AFSVA and AFCESA Allows site-adaptation as appendices to core document AFCEE Dorm Prototype Integrity - Service - Excellence 10 QUESTIONS? patrick.suermann@brooks.af.mil Integrity - Service - Excellence Conceptualization of Program by AFCEE Three Dimensional Representation of Design Guide Jumpstart Design Incorporate Critical Functional + Technical Criteria Balancing Flexibility + Standardization Unaccompanied Housing Design Guide U N I T E D S T A T E S A I R F O R C E Developed by: Headquarters United States Air Force Office of the Civil Engineer Housing Division AF/ILEH (703) 601.0478 J a n u a r y 2 0 0 6 Dynamic Prototypes: 4-Airmen Dormitories Conceptualization of Program by AFCEE Leveraging BIM Technology “Dynamic” - Flexible, adaptable, and easy to change “Prototype” - A model on which to build Stair Unit A Unit B Unit C Commons Space Dynamic Prototypes: 4-Airmen Dormitories Implementation of Prototype + Benefits of BIM Kit of Parts Discipline Models - Arch, Struct, Mech, Elec, Plumb, + Fire Unit A, B, + C 112 BEDROOM 101 129 SF 105 BATHROOM 102 35 SF BATHROOM 106 35 SF MECH. 105 10 SF 102 106 CLOSET 103 20 SF BEDROOM 108 129 SF CLOSET 107 20 SF 103 104 101 BATHROOM 109 35 SF 107 LAUNDRY 104 10 SF 108 BATHROOM 115 35 SF 03 03 112 LIVING 112 169 SF 105 CLOSET 110 20 SF 110 BEDROOM 101 129 SF BATHROOM 102 35 SF BATHROOM 106 35 SF MECH. 105 10 SF 102 104 BEDROOM 116 129 SF BEDROOM 108 129 SF 01 02 01 01 02 01 01 02 01 02 01 107 LAUNDRY 104 10 SF 101 115 116 KITCHEN 113 39 SF REF. 03 CLOSET 107 20 SF BATHROOM 109 35 SF 111 BEDROOM 111 129 SF 106 CLOSET 103 20 SF 103 109 114 CLOSET 114 20 SF 108 BATHROOM 115 35 SF MECH. 123 10 SF 123 01 BEDROOM 127 129 SF 125 BEDROOM 117 129 SF BATHROOM 118 35 SF 118 LIVING 112 169 SF 109 KITCHEN 113 39 SF 120 BATHROOM 120 35 SF 114 CLOSET 114 20 SF 111 127 128 CLOSET 119 20 SF KITCHEN 126 40 SF 121 130 CLOSET 130 20 SF 122 132 BEDROOM 122 129 SF 02 BATHROOM 129 35 SF 129 131 BATHROOM 131 35 SF BEDROOM 132 129 SF LIVING 125 226 SF 115 116 01 BEDROOM 111 129 SF 119 LAUNDRY 124 10 SF CLOSET 128 20 SF CLOSET 121 20 SF CLOSET 110 20 SF 110 124 117 REF. 03 03 01 01 02 01 REF. BEDROOM 116 129 SF 03 MECH. 148 10 SF REF. KITCHEN 146 47 SF 148 147 LAUNDRY 147 10 SF 03 145 LIVING 145 173 SF 01 01 02 01 02 BEDROOM 133 129 SF BEDROOM 144 129 SF BATHROOM 134 35 SF 134 133 142 CLOSET 141 20 SF 01 02 01 01 02 137 CLOSET 135 20 SF 01 143 BATHROOM 143 35 SF 140 BEDROOM 140 129 SF 138 BATHROOM 138 35 SF 01 141 136 BEDROOM 136 129 SF 02 Dynamic Prototypes: 4-Airmen Dormitories CLOSET 142 20 SF CLOSET 137 20 SF 01 Unit A 01 144 135 139 01 02 BATHROOM 139 35 SF 01 Implementation of Prototype + Benefits of BIM Kit of Parts Discipline Models - Arch, Struct, Mech, Elec, Plumb, + Fire Unit A, B, + C 112 BEDROOM 101 129 SF 105 BATHROOM 102 35 SF BATHROOM 106 35 SF MECH. 105 10 SF 102 106 BEDROOM 108 129 SF CLOSET 107 20 SF CLOSET 103 20 SF 103 104 101 BATHROOM 109 35 SF 107 LAUNDRY 104 10 SF 108 BATHROOM 115 35 SF 03 03 LIVING 112 169 SF CLOSET 110 20 SF 110 109 114 CLOSET 114 20 SF 111 115 116 KITCHEN 113 39 SF BEDROOM 111 129 SF REF. BEDROOM 116 129 SF 03 01 02 01 01 02 01 MECH. 123 10 SF 01 02 01 02 123 01 01 BEDROOM 127 129 SF 125 BEDROOM 117 129 SF 124 119 KITCHEN 126 40 SF 121 02 130 CLOSET 130 20 SF 122 BEDROOM 122 129 SF 01 127 128 CLOSET 119 20 SF CLOSET 121 20 SF 120 BATHROOM 120 35 SF LAUNDRY 124 10 SF CLOSET 128 20 SF 117 BATHROOM 129 35 SF 129 REF. BATHROOM 118 35 SF 118 132 131 BATHROOM 131 35 SF BEDROOM 132 129 SF LIVING 125 226 SF 01 01 02 01 MECH. 148 10 SF REF. KITCHEN 146 47 SF 148 147 LAUNDRY 147 10 SF 03 145 LIVING 145 173 SF 01 01 02 01 02 BEDROOM 133 129 SF BEDROOM 144 129 SF BATHROOM 134 35 SF 134 133 142 CLOSET 141 20 SF 136 Unit A - Assembled Example Dynamic Prototypes: 4-Airmen Dormitories CLOSET 142 20 SF 143 BATHROOM 143 35 SF 141 140 BEDROOM 136 129 SF BEDROOM 140 129 SF 138 02 BATHROOM 138 35 SF 01 CLOSET 137 20 SF 137 CLOSET 135 20 SF 01 01 144 135 139 01 02 BATHROOM 139 35 SF 01 Implementation of Prototype + Benefits of BIM Kit of Parts Discipline Models - Arch, Struct, Mech, Elec, Plumb, + Fire Unit A, B, + C 112 01 02 01 01 MECH. 123 10 SF 02 BEDROOM 101 129 SF 01 105 BATHROOM 102 35 SF BATHROOM 106 35 SF MECH. 105 10 SF 102 106 CLOSET 103 20 SF BEDROOM 108 129 SF CLOSET 107 20 SF 103 104 101 BATHROOM 109 35 SF 107 LAUNDRY 104 10 SF 108 BATHROOM 115 35 SF 03 03 LIVING 112 169 SF 123 BEDROOM 127 129 SF CLOSET 110 20 SF 110 109 114 CLOSET 114 20 SF 111 115 116 KITCHEN 113 39 SF BEDROOM 111 129 SF REF. 125 BEDROOM 116 129 SF 03 BEDROOM 117 129 SF CLOSET 128 20 SF 117 127 128 CLOSET 119 20 SF BATHROOM 129 35 SF 129 01 02 01 01 02 01 MECH. 123 10 SF KITCHEN 126 40 SF 01 130 CLOSET 130 20 SF 122 119 02 127 128 CLOSET 119 20 SF KITCHEN 126 40 SF 121 130 CLOSET 130 20 SF 122 132 01 01 BEDROOM 132 129 SF MECH. 148 10 SF 148 147 145 LIVING 145 173 SF 01 01 02 02 BEDROOM 133 129 SF BEDROOM 144 129 SF 133 142 01 02 01 Dynamic Prototypes: 4-Airmen Dormitories 136 143 BATHROOM 143 35 SF 141 140 BEDROOM 140 129 SF 02 BATHROOM 138 35 SF 01 CLOSET 137 20 SF 137 CLOSET 142 20 SF BEDROOM 136 129 SF 138 01 144 135 CLOSET 135 20 SF 01 Unit B 01 REF. LAUNDRY 147 10 SF 03 CLOSET 141 20 SF 01 02 BATHROOM 131 35 SF 132 BATHROOM 134 35 SF 134 02 131 BATHROOM 131 35 SF 131 01 01 BATHROOM 129 35 SF 129 BEDROOM 132 129 SF LIVING 125 226 SF KITCHEN 146 47 SF LIVING 125 226 SF 01 LAUNDRY 124 10 SF CLOSET 128 20 SF BEDROOM 122 129 SF BEDROOM 122 129 SF 02 BEDROOM 127 129 SF 124 117 CLOSET 121 20 SF 121 01 01 125 BEDROOM 117 129 SF 120 BATHROOM 120 35 SF 120 BATHROOM 120 35 SF 02 123 BATHROOM 118 35 SF 118 CLOSET 121 20 SF 01 REF. 119 LAUNDRY 124 10 SF REF. BATHROOM 118 35 SF 118 124 139 01 02 BATHROOM 139 35 SF 01 Implementation of Prototype + Benefits of BIM Kit of Parts Discipline Models - Arch, Struct, Mech, Elec, Plumb, + Fire Unit A, B, + C 112 BEDROOM 101 129 SF 105 BATHROOM 102 35 SF BATHROOM 106 35 SF MECH. 105 10 SF 102 106 BEDROOM 108 129 SF CLOSET 107 20 SF CLOSET 103 20 SF 103 104 101 BATHROOM 109 35 SF 107 LAUNDRY 104 10 SF 108 BATHROOM 115 35 SF 03 03 LIVING 112 169 SF CLOSET 110 20 SF 110 109 114 CLOSET 114 20 SF 111 115 116 KITCHEN 113 39 SF BEDROOM 111 129 SF REF. BEDROOM 116 129 SF 03 01 02 01 01 02 01 MECH. 123 10 SF 01 02 01 02 123 01 01 BEDROOM 127 129 SF 125 BEDROOM 117 129 SF 124 119 KITCHEN 126 40 SF 121 02 130 CLOSET 130 20 SF 122 BEDROOM 122 129 SF 01 127 128 CLOSET 119 20 SF CLOSET 121 20 SF 120 BATHROOM 120 35 SF LAUNDRY 124 10 SF CLOSET 128 20 SF 117 BATHROOM 129 35 SF 129 REF. BATHROOM 118 35 SF 118 132 131 BATHROOM 131 35 SF BEDROOM 132 129 SF LIVING 125 226 SF 01 01 02 01 MECH. 148 10 SF REF. KITCHEN 146 47 SF 148 147 LAUNDRY 147 10 SF 03 145 LIVING 145 173 SF 01 01 02 01 02 BEDROOM 133 129 SF BEDROOM 144 129 SF BATHROOM 134 35 SF 134 133 142 CLOSET 141 20 SF 136 Unit B - Assembled Example Dynamic Prototypes: 4-Airmen Dormitories CLOSET 142 20 SF 143 BATHROOM 143 35 SF 141 140 BEDROOM 136 129 SF BEDROOM 140 129 SF 138 02 BATHROOM 138 35 SF 01 CLOSET 137 20 SF 137 CLOSET 135 20 SF 01 01 144 135 139 01 02 BATHROOM 139 35 SF 01 Implementation of Prototype + Benefits of BIM Kit of Parts Discipline Models - Arch, Struct, Mech, Elec, Plumb, + Fire Unit A, B, + C 112 REF. KITCHEN 146 47 SF 105 BATHROOM 102 35 SF BATHROOM 106 35 SF MECH. 105 10 SF 102 106 CLOSET 103 20 SF BEDROOM 108 129 SF CLOSET 107 20 SF 103 148 147 LAUNDRY 147 10 SF 03 BEDROOM 101 129 SF MECH. 148 10 SF 104 101 BATHROOM 109 35 SF 107 LAUNDRY 104 10 SF 108 BATHROOM 115 35 SF 03 03 LIVING 112 169 SF 145 CLOSET 110 20 SF 110 109 114 CLOSET 114 20 SF 111 115 116 KITCHEN 113 39 SF BEDROOM 111 129 SF REF. BEDROOM 116 129 SF 03 LIVING 145 173 SF 01 01 02 02 01 02 01 01 02 01 MECH. 123 10 SF 01 02 01 02 123 BEDROOM 144 129 SF BATHROOM 134 35 SF 134 133 125 BEDROOM 117 129 SF 01 BATHROOM 118 35 SF 118 124 119 142 CLOSET 141 20 SF 143 CLOSET 121 20 SF 120 BATHROOM 120 35 SF CLOSET 142 20 SF KITCHEN 126 40 SF 121 137 136 02 132 131 BATHROOM 131 35 SF BEDROOM 132 129 SF LIVING 125 226 SF 01 01 02 01 140 BEDROOM 140 129 SF 138 BATHROOM 129 35 SF 129 141 BEDROOM 136 129 SF BATHROOM 138 35 SF 01 CLOSET 137 20 SF 130 CLOSET 130 20 SF 122 BATHROOM 143 35 SF 01 02 127 128 CLOSET 119 20 SF BEDROOM 122 129 SF 01 LAUNDRY 124 10 SF CLOSET 128 20 SF 117 144 135 CLOSET 135 20 SF 01 BEDROOM 127 129 SF REF. 01 BEDROOM 133 129 SF 01 139 01 02 BATHROOM 139 35 SF MECH. 148 10 SF REF. KITCHEN 146 47 SF 148 147 LAUNDRY 147 10 SF 03 145 LIVING 145 173 SF 01 01 02 01 02 BEDROOM 133 129 SF BEDROOM 144 129 SF BATHROOM 134 35 SF 134 01 133 142 CLOSET 141 20 SF 136 Unit C Dynamic Prototypes: 4-Airmen Dormitories CLOSET 142 20 SF 143 BATHROOM 143 35 SF 141 140 BEDROOM 136 129 SF BEDROOM 140 129 SF 138 02 BATHROOM 138 35 SF 01 CLOSET 137 20 SF 137 CLOSET 135 20 SF 01 01 144 135 139 01 02 BATHROOM 139 35 SF 01 Implementation of Prototype + Benefits of BIM Kit of Parts Discipline Models - Arch, Struct, Mech, Elec, Plumb, + Fire Unit A, B, + C 112 BEDROOM 101 129 SF 105 BATHROOM 102 35 SF BATHROOM 106 35 SF MECH. 105 10 SF 102 106 BEDROOM 108 129 SF CLOSET 107 20 SF CLOSET 103 20 SF 103 104 101 BATHROOM 109 35 SF 107 LAUNDRY 104 10 SF 108 BATHROOM 115 35 SF 03 03 LIVING 112 169 SF CLOSET 110 20 SF 110 109 114 CLOSET 114 20 SF 111 115 116 KITCHEN 113 39 SF BEDROOM 111 129 SF REF. BEDROOM 116 129 SF 03 01 02 01 01 02 01 MECH. 123 10 SF 01 02 01 02 123 01 01 BEDROOM 127 129 SF 125 BEDROOM 117 129 SF 124 119 KITCHEN 126 40 SF 121 02 130 CLOSET 130 20 SF 122 BEDROOM 122 129 SF 01 127 128 CLOSET 119 20 SF CLOSET 121 20 SF 120 BATHROOM 120 35 SF LAUNDRY 124 10 SF CLOSET 128 20 SF 117 BATHROOM 129 35 SF 129 REF. BATHROOM 118 35 SF 118 132 131 BATHROOM 131 35 SF BEDROOM 132 129 SF LIVING 125 226 SF 01 01 02 01 MECH. 148 10 SF REF. KITCHEN 146 47 SF 148 147 LAUNDRY 147 10 SF 03 145 LIVING 145 173 SF 01 01 02 01 02 BEDROOM 133 129 SF BEDROOM 144 129 SF BATHROOM 134 35 SF 134 133 142 CLOSET 141 20 SF 136 Unit C - Assembled Example Dynamic Prototypes: 4-Airmen Dormitories CLOSET 142 20 SF 143 BATHROOM 143 35 SF 141 140 BEDROOM 136 129 SF BEDROOM 140 129 SF 138 02 BATHROOM 138 35 SF 01 CLOSET 137 20 SF 137 CLOSET 135 20 SF 01 01 144 135 139 01 02 BATHROOM 139 35 SF 01 Implementation of Prototype + Benefits of BIM Prototype Test Runs Dynamic Prototypes: 4-Airmen Dormitories Implementation of Prototype + Benefits of BIM Prototype Use Grouping Scheduling Coordination Dynamic Prototypes: 4-Airmen Dormitories Implementation of Prototype + Benefits of BIM Prototype Use Grouping Scheduling Coordination Dynamic Prototypes: 4-Airmen Dormitories Implementation of Prototype + Benefits of BIM Prototype Use Grouping Scheduling Coordination Dynamic Prototypes: 4-Airmen Dormitories Implementation of Prototype + Benefits of BIM Prototype Use Grouping Scheduling Coordination Dynamic Prototypes: 4-Airmen Dormitories Implementation of Prototype + Benefits of BIM Prototype Use Grouping Scheduling Coordination Dynamic Prototypes: 4-Airmen Dormitories Implementation of Prototype + Benefits of BIM Prototype Use Grouping Scheduling Coordination Dynamic Prototypes: 4-Airmen Dormitories Implementation of Prototype + Benefits of BIM Prototype Use Grouping Scheduling Coordination Dynamic Prototypes: 4-Airmen Dormitories Implementation of Prototype + Benefits of BIM Prototype Use Grouping Scheduling Coordination Dynamic Prototypes: 4-Airmen Dormitories Implementation of Prototype + Benefits of BIM Prototype Use Grouping Scheduling Coordination Dynamic Prototypes: 4-Airmen Dormitories Implementation of Prototype + Benefits of BIM Prototype Use Grouping Scheduling Coordination Dynamic Prototypes: 4-Airmen Dormitories Implementation of Prototype + Benefits of BIM Prototype Use Grouping Scheduling Coordination Dynamic Prototypes: 4-Airmen Dormitories Implementation of Prototype + Benefits of BIM Prototype Use Grouping Scheduling Coordination Dynamic Prototypes: 4-Airmen Dormitories Implementation of Prototype + Benefits of BIM Prototype Use Grouping Scheduling Coordination Dynamic Prototypes: 4-Airmen Dormitories Implementation of Prototype + Benefits of BIM Prototype Use Grouping Scheduling Coordination Dynamic Prototypes: 4-Airmen Dormitories Implementation of Prototype + Benefits of BIM Prototype Use Grouping Scheduling Coordination Dynamic Prototypes: 4-Airmen Dormitories Implementation of Prototype + Benefits of BIM Prototype Use Grouping Scheduling Coordination Dynamic Prototypes: 4-Airmen Dormitories Implementation of Prototype + Benefits of BIM Prototype Use Grouping Scheduling Coordination Dynamic Prototypes: 4-Airmen Dormitories Implementation of Prototype + Benefits of BIM Linked Specifications Assembly Codes Linked to Spec Sections to Key Note Coordination Dynamic Prototypes: 4-Airmen Dormitories Implementation of Prototype + Benefits of BIM Linked Specifications Assembly Codes Linked to Spec Sections to Key Note Coordination Dynamic Prototypes: 4-Airmen Dormitories Implementation of Prototype + Benefits of BIM LEED Checklist Silver Baseline LEED 2009 for New Construction and Major Renovation Project Scorecard Project Name: Project Address: LEED 2009 for New Construction and MajorYesRenovation ? No Project Scorecard S US TAINAB LE S ITE S Y Project Name: Project Address: Yes Yes ? No ? No MATERIALS & RESOURCES 2 Y Prereq 1 Credit 1.1 Credit 1.2 Credit 2 2 Credit 3 Credit 4 Credit 5 Credit 6 Credit 7 Yes ? S torage and Collection of R ecyclables Building Reuse- Maintain Existing Walls, Floors and Roof Reuse 55% Reuse 75% Reuse 95% Building Reuse Maintain Interior Nonstructural Elements Cons truction Was te Management 50% Recycled or Salvaged 75% Recycled or Salvaged Materials R eus e Reuse 5% Reuse 10% R ecycled Content 10% of Content 20% of Content R egional Materials 10% of Materials 20% of Materials R apidly R enewable Materials Certified Wood Yes ? Y No INDOOR E NVIR ONME NTAL QUALITY Y Y Yes Prereq 1 Prereq 2 Credit 1 Credit 2 Credit 3.1 Credit 3.2 Credit 4.1 Credit 4.2 Credit 4.3 Credit 4.4 Credit 5 Credit 6.1 Credit 6.2 Credit 7.1 Credit 7.2 Credit 8.1 Credit 8.2 ? Minimum Indoor Air Quality Performance Y E nvironmental Tobacco S moke (E TS ) Control Y Outdoor Air Delivery Monitoring Y Increas ed Ventilation Construction Indoor Air Quality Management Plan During- Construction Construction Indoor Air Quality Management Plan Before- Occupancy Low-Emitting MaterialsAdhesives and Sealants Low-Emitting MaterialsPaints and Coatings Low-Emitting MaterialsFlooring Systems Low-Emitting MaterialsComposite Wood and Agrifiber Products Indoor Chemical and Pollutant S ource Control Controllability of SystemsLighting Controllability of SystemsThermal Comfort Thermal ComfortDesign Thermal ComfortVerification Daylight and ViewsDaylight Daylight and ViewsViews - No INNOVATION IN DE S IGN Credit 1 Credit 2 Yes ? Innovation in Des ign Innovation or Exemplary Performance Innovation or Exemplary Performance Innovation or Exemplary Performance Innovation Innovation LEED ® Accredited Professional No R E GIONAL PR IOR ITY Credit 1 Yes ? 2 R egional Priority Regionally Defined Credit Achieved Regionally Defined Credit Achieved Regionally Defined Credit Achieved Regionally Defined Credit Achieved No PR OJ E CT TOTALS (Certification E s timates ) No Prereq 1 Cons truction Activity Pollution Prevention Credit 1 Site Selection Credit 2 Development Dens ity and Community Connectivity Credit 3 B rownfield R edevelopment Credit 4.1 Alternative TransportationPublic - Transportation Access 14 Points Credit 4.2 Alternative TransportationBicycle Storage and Changing Rooms Credit 4.3 Alternative TransportationLow-Emitting and Fuel-Efficient Vehicles R equired Credit 4.4 Alternative TransportationParking Capacity 1 to 3 Credit 5.1 Site DevelopmentProtect or Restore Habitat 1 Credit 5.2 Site DevelopmentMaximize Open Space 2 Credit 6.1 Stormwater DesignQuantity Control 3 Credit 6.2 Stormwater DesignQuality Control 1 Credit 7.1 Heat Island EffectNonroof 1 to 2 Credit 7.2 Heat Island EffectRoof 1 Credit 8 Light Pollution R eduction 2 1 to 2 WATE R E FFICIE NCY 1 Prereq 1 Wate2r Us e R eduction 1Wtaote2r E fficient Lands caping Credit 1 1 Reduce by 50% 2 No Potable Water Use or Irrigation 1Innovative to 2 Credit 2 Wastewater Technologies Credit 3 Wate1r Us e R eduction 2 Reduce by 30% 1 Reduce by 35% 1 Reduce by 40% sERE E NE R GY & A1T5MPOoSinPtH Prereq 1 R eqFuuirneddamental Commis s ioning of B uilding E nergy S ys tems uiirneid Prereq 2 R eqM mum E nergy Performance Prereq 3 Fund1amental R efrigerant Management 1 ize E nergy Performance Credit 1 Optim 1 Improve by 12% for New Buildings or 8% for Existing Building Renovations 1 Improve by 14% for New Buildings or 10% for Existing Building Renovations 1 Improve by 16% for New Buildings or 12% for Existing Building Renovations 1 Improve by 18% for New Buildings or 14% for Existing Building Renovations 1 Improve by 20% for New Buildings or 16% for Existing Building Renovations 1 Improve by 22% for New Buildings or 18% for Existing Building Renovations 1 Improve by 24% for New Buildings or 20% for Existing Building Renovations 1 Improve by 26% for New Buildings or 22% for Existing Building Renovations 1 Improve by 28% for New Buildings or 24% for Existing Building Renovations 1 Improve by 30% for New Buildings or 26% for Existing Building Renovations 1 Improve by 32% for New Buildings or 28% for Existing Building Renovations 1 Improve by 34% for New Buildings or 30% for Existing Building Renovations 1 Improve by 36% for New Buildings or 32% for Existing Building Renovations Improve by 38% for New Buildings or 34% for Existing Building Renovations 6 PImprove oints by 40% for New Buildings or 36% for Existing Building Renovations Improve by 42% for New Buildings or 38% for Existing Building Renovations 1 to 5 Improve by 44% for New Buildings or 40% for Existing Building Renovations 1 Improve by 46% for New Buildings or 42% for Existing Building Renovations 1 Improve by 48%+ for New Buildings or 44%+ for Existing Building Renovations 1 Credit 2 On-S ite R enewable E nergy 1 1% Renewable Energy 1 3% Renewable Energy 1 5% Renewable Energy 7% Renewable Energy 4 P9o%inRtesnewable Energy 11% Renewable Energy 1 to 4 13% Renewable Energy 1 Credit 3 E nhanced Commis s ioning 1 Credit 4 E nhanced R efrigerant Management 1 Credit 5 Meas urement and Verification 1 Credit 6 Green Power 26 Points R equired 1 5 1 6 1 3 2 1 1 1 1 1 1 1 10 Points 4 R equired 2 to 4 2 4 2 2 to 4 2 3 4 35 Points R equired R equired R equired 1 to 19 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 1 to 7 1 2 3 4 5 6 7 2 2 3 2 110 Points Certified: 40-49 points Silver: 50-59 points Gold: 60-79 points Platinum: 80+ points Dynamic Prototypes: 4-Airmen Dormitories Implementation of Prototype + Benefits of BIM SOW for Dormitories, Attachment F (BIM Requirements), Harvesting Language & BIM Manual for Dormitories ATTACHMENT F BUILDING INFORMATION MODELING REQUIREMENTS Version 1.0 Issued On: 04-21-09 DESIGN-BUILD/FFP, BIM Scope of Services – BIM Application Neutral o A Design-Build, Firm Fixed-Price contract o The customer will receive the BIM model in the format used by the winning contractor. Once reviewed and approved, the document will serve as the parent for versions applicable to Dynamic Prototype/ Kit of Parts projects and non-Kit of Parts projects that are BIM software specific. o Prepare BIM linked to performance based specifications (dynamic prototypes) to update design guides to the next level/ next generation of “smart” interactive dynamic prototype designs. o Cost estimating, project scheduling and COBIE initiatives are Contractor implementation electives. If the Contractor proposes to implement one or more electives in its accepted contract or task order proposal, those criteria become a contract requirement. FA8903-08-D-8773-0028 Attachment 1 21-APR-09 Page 1 of 8 The Contractor shall provide Other A-E Services for traditional projects and programs for the Air Force Center for Engineering and the Environment (AFCEE). The scope of the contract includes support to the HQ/AFCEE missions in the Technical Division Built Infrastructure areas. This task order is to develop electronic prototype designs for specified facility types for use as design standards and for use by design teams developing projects for the AF MILCON Program and other non-MILCON design and construction projects. Work includes developing an electronic design tool to improve efficiency and effectiveness of the design process across the Air Force. All efforts under this task order are in direct support of the Military Construction Program (MILCON) or other Air Force construction programs. The Building Information Model shall include the following BIM-based Facility Data –a set of parametric elements for the Model (e.g., doors, air handlers, electrical panels) that clearly identify the objects specified. This Facility Data shall include all material definitions, qualities, and attributes that are necessary for the Project facility design. The BIM shall be the basis for project contract documents. Each discipline will develop a Model to include the systems described below as they would be built to ensure complete and accurate quantity takeoffs of relevant construction materials, satisfy commissioning requirements, and reflect final as-built conditions. 4PAE08 STATEMENT OF WORK The BIM will be linked to performance based specifications (dynamic prototypes) to update design guides to the next level/ generation of “smart” interactive dynamic prototype designs. The composite, integrated multi-discipline building information model will be used to ensure cross-discipline clash checking coordination and then to generate fully coordinated fully dimensioned construction documentation. FOR Definitions: Dynamic- a flexible and changeable design model which leverages the advantages of BIM DESIGN-BUILD SERVICES Prototype - a design model on which to build with two components: TO 1) Standard Design Component-Schematic 3D facility model; performance specifications; standard cost DEVELOP AND CONSTRUCT DORMITORY FACILITY DYNAMIC PROTOTYPES models; LEED Scorecard 2) Customization Component-Scope flexibility; capable of including any regional & facility type Installation (STANDARDIZED DORMITORY FACILITY DESIGN) Design Standards; capable of adjusting for Local Cost variables Kit of Parts- a discipline specific model that can be combined with other discipline models to create a prototype. The Kit of Parts approach will allow arrangement flexibility. They will also include basic configurations, alternatives, and optional arrangements. 21 April 2009 Dynamic Prototype BIM Manual for a 4-Airman Dormitory – V1.0 April 21, 2009 4PAE08 SOW Developed by: Air Force Center for Engineering and the Environment Ralph “Rick” Sinkfield, YD-03, DAF – Project Manager Email: rick.sinkfield@brooks.af.mil Dynamic Prototypes: 4-Airmen Dormitories Implementation of Prototype + Benefits of BIM When to utilize the dynamic prototypes 1391 PD RD RD2 CCD RFP SD Architectural Model to Develop Program Validation 60% DD 100% CD CA Engineering Architectural Models Developed Model to Develop + Fully Integrated Design Solution + with Linked Specs Engineering Models for Checks + Narrative Development Dynamic Prototypes: 4-Airmen Dormitories Implementation of Prototype + Benefits of BIM Customer Concept Document Process - Select a Unit Plan 01 02 01 01 MECH. 123 10 SF 02 106 CLOSET 107 20 SF 104 BEDROOM 108 129 SF BEDROOM 117 129 SF 107 LAUNDRY 104 10 SF 108 BEDROOM 127 129 SF 125 BATHROOM 118 35 SF 118 BATHROOM 115 35 SF 124 CLOSET 128 20 SF 117 119 LIVING 145 173 SF LAUNDRY 124 10 SF 127 128 CLOSET 119 20 SF BATHROOM 129 35 SF 129 01 01 02 02 01 REF. CLOSET 103 20 SF 103 123 BATHROOM 106 35 SF MECH. 105 10 SF 102 101 03 03 CLOSET 110 20 SF 110 BEDROOM 111 129 SF KITCHEN 113 39 SF REF. 120 BATHROOM 120 35 SF 121 KITCHEN 126 40 SF 130 CLOSET 130 20 SF 122 132 131 BATHROOM 131 35 SF BEDROOM 122 129 SF 01 142 01 02 LIVING 125 226 SF 136 02 01 01 01 02 143 BATHROOM 143 35 SF 141 140 BEDROOM 140 129 SF 138 BATHROOM 138 35 SF 01 01 CLOSET 142 20 SF BEDROOM 136 129 SF 02 BEDROOM 132 129 SF CLOSET 137 20 SF 137 CLOSET 135 20 SF 01 03 02 135 CLOSET 141 20 SF CLOSET 121 20 SF 01 144 115 116 BEDROOM 116 129 SF 01 BEDROOM 144 129 SF 133 114 CLOSET 114 20 SF 111 BEDROOM 133 129 SF BATHROOM 134 35 SF 134 LIVING 112 169 SF 109 145 105 BATHROOM 102 35 SF BATHROOM 109 35 SF 148 147 LAUNDRY 147 10 SF 03 112 BEDROOM 101 129 SF MECH. 148 10 SF REF. KITCHEN 146 47 SF 01 01 Dynamic Prototypes: 4-Airmen Dormitories 139 01 02 BATHROOM 139 35 SF 01 Implementation of Prototype + Benefits of BIM Customer Concept Document Process - With a plan comes a fully vetted program Unaccompanied Housing for 4-Airmen Dormitories - Square Footage Comparison E1-E4 Module Areas (NLA) 1 Bedroom 1 2 Bedroom 2 3 Bedroom 3 4 Bedroom 4 5 Bathroom 1 6 Bathroom 2 7 Bathroom 3 8 Bathroom 4 9 Closet 1 10 Closet 2 11 Closet 3 12 Closet 4 13 Laundry 14 HVAC 15 Kitchen/Dining 16 Living 17 NET TOTAL Common Support Areas (NLA) 18 Multi-Purpose 19 Supply Storage 20 Office 21 Vending 22 Bathroom 23 Bulk Storage 24 Utility 25 NET TOTAL 26 Stairs + Balconies 27 BLDG CIRC 28 GMA 29 GBA * Unit A (144) Unit B (144) Unit C (144) 129 129 129 129 129 129 129 129 129 129 129 129 35 35 35 35 35 35 35 35 35 35 35 35 20 20 20 20 20 20 20 20 20 20 20 20 10 10 10 10 10 10 45 40 35 166 190 175 967 986 966 UHDG (min.) 129 129 129 129 35 35 35 35 20 20 20 20 10 10 123 639 Notes min. bedroom width 10'-0" (p. 15) - required min. bedroom width 10'-0" (p. 15) - required min. bedroom width 10'-0" (p. 15) - required min. bedroom width 10'-0" (p. 15) - required exclude from net living area (NLA) calculations (p. 15) exclude from net living area (NLA) calculations (p. 15) exclude from net living area (NLA) calculations (p. 15) exclude from net living area (NLA) calculations (p. 15) exclude from net living area (NLA) calculations (p. 15) exclude from net living area (NLA) calculations (p. 15) exclude from net living area (NLA) calculations (p. 15) exclude from net living area (NLA) calculations (p. 15) included in living room (p.31) included in living room (p.31) included in living room (p.31) min. room width 11'-0" (p. 15) recommended refer to page 15 for NLA calculation requirements 270 100 0 25 100 1196 0 1691 270 100 0 25 100 1196 0 1691 270 100 0 25 100 1196 0 1691 270 100 recommended 25 100 70.6CF per airman as required 1691 min. net required (p.32) min. net required (p.32) part of the multi-purpose room (78 sqft) min. net required (p.32) min. net required (p.32) 1196 sqft = (70.6 cuft per person * 144 people) / 8.5 ft tall 8% of building gross is recommendation 5132 5132 4171 4171 3821 3821 1/2 of area if nonconditioned refer to page 18 for calculatio requirements 307 352 307 353 307 345 Recommended: 285-307 Maximum Limit: 355 refer to page 17 for calculation requirements refer to page 18 for calculation requirements * Calculations are based on demonstration Assembled Plan Examples Dynamic Prototypes: 4-Airmen Dormitories Implementation of Prototype + Benefits of BIM Customer Concept Document Process - Focused Building Plan Development (in BIM) Dynamic Prototypes: 4-Airmen Dormitories Implementation of Prototype + Benefits of BIM Customer Concept Document Process - Site Plan (in SketchUp) Dynamic Prototypes: 4-Airmen Dormitories Implementation of Prototype + Benefits of BIM Other Advantages for the Future 4D - Time (animating construction & better understanding sequencing) 5D - Cost Estimating (BIM Take Offs) 6D - Operation (Maintenance + Performance) Dynamic Prototypes: 4-Airmen Dormitories Implementation of Prototype + Benefits of BIM FP ID M E Sub2 A A/E S Sub3 P Sub1 create Sub4 GC refine Sub5 C BIM Sub6 Owner scope Operate maintain Dynamic Prototypes: 4-Airmen Dormitories Implementation of Prototype + Benefits of BIM http://www.wbdg.org/references/afbim_tools.php Dynamic Prototypes: 4-Airmen Dormitories Implementation of Prototype + Benefits of BIM Dynamic Prototypes: 4-Airmen Dormitories Contact Information - Thank you! Maj Patrick Suermann, PhD, PE, LEED AP - USAF patrick.suermann@brooks.af.mil Kurt Maldovan - Jacobs kurt.maldovan@jacobs.com Michael Rey, AIA - Jacobs michael.rey@jacobs.com Dynamic Prototypes: 4-Airmen Dormitories FY10 MILCON Opportunities Integrity - Service - Excellence FY10 MILCON Opportunities Integrity - Service - Excellence FY10 MILCON Opportunities Integrity - Service - Excellence FY10 MILCON Opportunities Integrity - Service - Excellence
