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UNIVERSITY OF PITTSBURGH CHEVRON ANNEX

This presentation outlines a senior capstone project analyzing technology, façade re-sequence, lab spaces commissioning, and green roof addition. The project background includes the building layout, systems, and site plan, focusing on technology, façade design, lab spaces, and construction logistics. Key aspects cover MEP systems, structural design, and construction site planning. The project delivery method was design-bid-build, and the duration was from Nov. 2009 to Sept. 2011. Contributors include the University of Pittsburgh, Wilson Architects, Burchick Construction, and affiliated engineering firms. The construction involved a 2-phase renovation with a focus on chemical research floors, mechanical penthouse, and sustainable architecture elements for LEED Gold certification. The presentation addresses problem identification, case studies, and implementation strategies related to contractor rework and construction efficiency, utilizing Vela Systems and iPads for project management and field communication. The case studies highlight best practices and technologies for improving project outcomes and reducing risks.

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UNIVERSITY OF PITTSBURGH CHEVRON ANNEX

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  1. UNIVERSITY OF PITTSBURGH CHEVRON ANNEX PENN STATE AE SENIOR CAPSTONE PROJECT ROBERT MROSKEY | CONSTRUCTION OPTION ADVISOR: DR. CHIMAY ANUMBA

  2. UNIVERSITY OF PITTSBURGH CHEVRON ANNEX PRESENTATION OUTLINE PROJECT BACKGROUND ANALYSIS #1: TECHNOLOGY IN THE FIELD ANALYSIS #2: FAÇADE RE-SEQUENCE ANALYSIS #3: COMMISSIONING LAB SPACES ANALYSIS #4: GREEN ROOF ADDITION SUMMARY ACKNOWLEDGEMENTS QUESTIONS PENN STATE AE SENIOR CAPSTONE PROJECT ROBERT MROSKEY | CONSTRUCTION OPTION ADVISOR: DR. CHIMAY ANUMBA

  3. OWNER & BACKGROUND INFO PRESENTATION OUTLINE PROJECT PARTICIPANTS PROJECT PARAMETERS • PROJECT BACKGROUND • OWNER & BACKGROUND INFO • SITE PLAN • ANALYSIS #1: TECHNOLOGY IN THE FIELD • ANALYSIS #2: FAÇADE RE-SEQUENCE • ANALYSIS #3: COMMISSIONING LAB SPACES • ANALYSIS #4: GREEN ROOF ADDITION • SUMMARY • ACKNOWLEDGEMENTS • QUESTIONS OWNER | THE UNIVERSITY OF PITTSBURGH ARCHITECT | WILSON ARCHITECTS GENERAL CONTRACTOR | BURCHICK CONSTRUCTION STRUCTURAL ENGINEER| BARBER & HOFFMAN, INC. MEP/FP| AFFILIATED ENGINEERS, INC. CIVIL ENGINEERS | THE GATEWAY ENGINEERS, INC. PROJECT COST | $25 M SIZE | 35,000 SF BUILDING LOCATION | PITTSBURGH, PA DURATION | NOV. 2009 – SEPT. 2011 PROJECT DELIVERY METHOD| DESIGN-BID-BUILD

  4. OWNER & BACKGROUND INFO PRESENTATION OUTLINE BUILDING LAYOUT • PROJECT BACKGROUND • OWNER & BACKGROUND INFO • SITE PLAN • ANALYSIS #1: TECHNOLOGY IN THE FIELD • ANALYSIS #2: FAÇADE RE-SEQUENCE • ANALYSIS #3: COMMISSIONING LAB SPACES • ANALYSIS #4: GREEN ROOF ADDITION • SUMMARY • ACKNOWLEDGEMENTS • QUESTIONS • CONSTRUCTION LOGISTICS • 2 PHASE PROJECT – RENOVATION & VERT ADDITION • ARCITECTURE • 2 CHEMICAL RESEARCH FLOORS • 1 MECHANICAL PENTHOUSE • FAÇADE SYSTEMS • TERRA COTTA • METAL PANELS • LOUVERS • GLAZING • LEED GOLD

  5. OWNER & BACKGROUND INFO PRESENTATION OUTLINE BUILDING SYSTEMS • PROJECT BACKGROUND • OWNER & BACKGROUND INFO • SITE PLAN • ANALYSIS #1: TECHNOLOGY IN THE FIELD • ANALYSIS #2: FAÇADE RE-SEQUENCE • ANALYSIS #3: COMMISSIONING LAB SPACES • ANALYSIS #4: GREEN ROOF ADDITION • SUMMARY • ACKNOWLEDGEMENTS • QUESTIONS • MEP SYSTEMS • ADDITION SERVICE BY 3 NEW AHU’S • (3) LABORATORY EXHAUST FANS • (1) 1500 kW EMERGENCY GENERATOR • 300 kVA TRANSFORMER • 1600 A MAIN SWITCHBOARD • STRUCTURAL SYSTEM • STRUCTURAL STEEL • STILT-LIKE STRUCTURE SUPPORTED BY PILE CAPS • BRACED FRAMES TO RESIST SHEAR AND LATERAL LOADS

  6. SITE PLAN PRESENTATION OUTLINE • PROJECT BACKGROUND • OWNER & BACKGROUND INFO • SITE PLAN • ANALYSIS #1: TECHNOLOGY IN THE FIELD • ANALYSIS #2: FAÇADE RE-SEQUENCE • ANALYSIS #3: COMMISSIONING LAB SPACES • ANALYSIS #4: GREEN ROOF ADDITION • SUMMARY • ACKNOWLEDGEMENTS • QUESTIONS RED: Project Site BLUE:Field Offices & Limited Parking GREEN: Lay-down/Storage Areas

  7. PROBLEM IDENTIFICATION PRESENTATION OUTLINE • PROJECT BACKGROUND • ANALYSIS #1: TECHNOLOGY IN THE FIELD • PROBLEM IDENTIFICATION • CASE STUDIES • IMPLEMENTATION • ANALYSIS #2: FAÇADE RE-SEQUENCE • ANALYSIS #3: COMMISSIONING LAB SPACES • ANALYSIS #4: GREEN ROOF ADDITION • SUMMARY • ACKNOWLEDGEMENTS • QUESTIONS RED: Project Site BLUE:Field Offices & Limited Parking GREEN: Lay-down/Storage Areas CONTRIBUTING FACTORS TO CONTRACTOR REWORK

  8. CASE STUDIES PRESENTATION OUTLINE • PROJECT BACKGROUND • ANALYSIS #1: TECHNOLOGY IN THE FIELD • PROBLEM IDENTIFICATION • CASE STUDIES • IMPLEMENTATION • ANALYSIS #2: FAÇADE RE-SEQUENCE • ANALYSIS #3: COMMISSIONING LAB SPACES • ANALYSIS #4: GREEN ROOF ADDITION • SUMMARY • ACKNOWLEDGEMENTS • QUESTIONS • VELA SYSTEMS • VELA WEB • ISSUES & PUNCHLISTS • QA/QC • SAFETY • COMMISSIONING • VELA MOBILE • IPAD OR SMART PHONE • DOCUMENTS, CHECKLISTS, ETC. • VELA REPORTS • FIELD BIM BALFOUR BEATTY SUFFOLK CONSTRUCTION BOND BROTHERS

  9. CASE STUDIES PRESENTATION OUTLINE BALFOUR BEATTY • PROJECT BACKGROUND • ANALYSIS #1: TECHNOLOGY IN THE FIELD • PROBLEM IDENTIFICATION • CASE STUDIES • IMPLEMENTATION • ANALYSIS #2: FAÇADE RE-SEQUENCE • ANALYSIS #3: COMMISSIONING LAB SPACES • ANALYSIS #4: GREEN ROOF ADDITION • SUMMARY • ACKNOWLEDGEMENTS • QUESTIONS • VELA SYSTEMS & iPADS COMPANY-WIDE • PROTECTIVE CASE • LOW COST • LONG BATTERY LIFE • EASE-OF USE • REDUCTION IN GENERAL CONDITIONS • INCREASED EFFICIENCY • REDUCED RISK

  10. CASE STUDIES PRESENTATION OUTLINE SUFFOLK CONSTRUCTION • PROJECT BACKGROUND • ANALYSIS #1: TECHNOLOGY IN THE FIELD • PROBLEM IDENTIFICATION • CASE STUDIES • IMPLEMENTATION • ANALYSIS #2: FAÇADE RE-SEQUENCE • ANALYSIS #3: COMMISSIONING LAB SPACES • ANALYSIS #4: GREEN ROOF ADDITION • SUMMARY • ACKNOWLEDGEMENTS • QUESTIONS • WASTED TIME COMMUNICATING • MEETING MINUTES • INCREASE IN: • PERSONAL PRODUCTIVITY • PROJECT ACCELERATION • RISK REDUCTION • COST OF QUALITY

  11. CASE STUDIES PRESENTATION OUTLINE BOND BROTHERS • PROJECT BACKGROUND • ANALYSIS #1: TECHNOLOGY IN THE FIELD • PROBLEM IDENTIFICATION • CASE STUDIES • IMPLEMENTATION • ANALYSIS #2: FAÇADE RE-SEQUENCE • ANALYSIS #3: COMMISSIONING LAB SPACES • ANALYSIS #4: GREEN ROOF ADDITION • SUMMARY • ACKNOWLEDGEMENTS • QUESTIONS • COMMISSIONING OF HARVARD LAB • ELIMINATED NEED FOR PAPER • TABLET PC’S: • VIEW DRAWINGS • MARK UP DRAWINGS • PUNCHLIST • HANDOVER DOCUMENT SET

  12. IMPLEMENTATION PRESENTATION OUTLINE BENEFITS & SAVINGS • PROJECT BACKGROUND • ANALYSIS #1: TECHNOLOGY IN THE FIELD • PROBLEM IDENTIFICATION • CASE STUDIESS • IMPLEMENTATION • ANALYSIS #2: FAÇADE RE-SEQUENCE • ANALYSIS #3: COMMISSIONING LAB SPACES • ANALYSIS #4: GREEN ROOF ADDITION • SUMMARY • ACKNOWLEDGEMENTS • QUESTIONS TECHNOLOGY SHOULD HAVE BEEN USED ON THE CHEVRON ANNEX AND FUTURE PROJECTS ESTIMATED TECHNOLOGY COSTS COSTS ASSOCIATED WITHOUT TECHNOLOGY IN THE FIELD POTENTIAL SAVINGS

  13. PROBLEM IDENTIFICATION PRESENTATION OUTLINE • PROJECT BACKGROUND • ANALYSIS #1: TECHNOLOGY IN THE FIELD • ANALYSIS #2: FAÇADE RE-SEQUENCE • PROBLEM IDENTIFICATION • LAST PLANNER INTRODUCTION • SWING LOCATIONS • PHASING • SUMMARY • ANALYSIS #3: COMMISSIONING LAB SPACES • ANALYSIS #4: GREEN ROOF ADDITION • SUMMARY • ACKNOWLEDGEMENTS • QUESTIONS • SEPARATE PRIME CONTRACTORS • INTERDEPENDANCY OF FAÇADE SYSTEMS • LIMITED NUMBER OF SCAFFOLDING SYSTEMS • MINIMUM SCOPE MEETINGS & PLANNING SESSIONS • ARHICTECTURAL EYEBROW

  14. LAST PLANNER INTRODUCTION PRESENTATION OUTLINE CONCEPT • PROJECT BACKGROUND • ANALYSIS #1: TECHNOLOGY IN THE FIELD • ANALYSIS #2: FAÇADE RE-SEQUENCE • PROBLEM IDENTIFICATION • LAST PLANNER INTRODUCTION • SWING LOCATIONS • PHASING • SUMMARY • ANALYSIS #3: COMMISSIONING LAB SPACES • ANALYSIS #4: GREEN ROOF ADDITION • SUMMARY • ACKNOWLEDGEMENTS • QUESTIONS KEY PRACTICES OF THE LAST PLANNER SYSTEM: • MINIMIZING WORK VARIABILITY BETWEEN TASKS • CREATING LOOK-AHEAD PLANS • PLANNING WORK ON WEEKLY BASIS • MEASURING PROGRESS AND USING WEEKLY LEARNING TO IMPROVE WORK PRACTICES FLOW CHART COURTESY OF ENNOVA

  15. SWING LOCATIONS PRESENTATION OUTLINE • PROJECT BACKGROUND • ANALYSIS #1: TECHNOLOGY IN THE FIELD • ANALYSIS #2: FAÇADE RE-SEQUENCE • PROBLEM IDENTIFICATION • LAST PLANNER INTRODUCTION • SWING LOCATIONS • PHASING • SUMMARY • ANALYSIS #3: COMMISSIONING LAB SPACES • ANALYSIS #4: GREEN ROOF ADDITION • SUMMARY • ACKNOWLEDGEMENTS • QUESTIONS

  16. PHASING PRESENTATION OUTLINE SOUTH ELEVATION EAST ELEVATION • PROJECT BACKGROUND • ANALYSIS #1: TECHNOLOGY IN THE FIELD • ANALYSIS #2: FAÇADE RE-SEQUENCE • PROBLEM IDENTIFICATION • LAST PLANNER INTRODUCTION • SWING LOCATIONS • PHASING • SUMMARY • ANALYSIS #3: COMMISSIONING LAB SPACES • ANALYSIS #4: GREEN ROOF ADDITION • SUMMARY • ACKNOWLEDGEMENTS • QUESTIONS

  17. PHASING PRESENTATION OUTLINE NORTH ELEVATION WEST ELEVATION • PROJECT BACKGROUND • ANALYSIS #1: TECHNOLOGY IN THE FIELD • ANALYSIS #2: FAÇADE RE-SEQUENCE • PROBLEM IDENTIFICATION • LAST PLANNER INTRODUCTION • SWING LOCATIONS • PHASING • SUMMARY • ANALYSIS #3: COMMISSIONING LAB SPACES • ANALYSIS #4: GREEN ROOF ADDITION • SUMMARY • ACKNOWLEDGEMENTS • QUESTIONS

  18. SUMMARY PRESENTATION OUTLINE • PROJECT BACKGROUND • ANALYSIS #1: TECHNOLOGY IN THE FIELD • ANALYSIS #2: FAÇADE RE-SEQUENCE • PROBLEM IDENTIFICATION • LAST PLANNER INTRODUCTION • SWING LOCATIONS • PHASING • SUMMARY • ANALYSIS #3: COMMISSIONING LAB SPACES • ANALYSIS #4: GREEN ROOF ADDITION • SUMMARY • ACKNOWLEDGEMENTS • QUESTIONS • PROPER PLANNING IS ESSENTIAL • THOROUGH SCOPE • SEPARATE PRIMES ADD ADDITIONAL COORDINATION CONCERNS • MULTIPLE COORDINATION AND SCOPE REVIEW MEETINGS • GET ALL PARTIES INVOLVED IN CREATING THE SCHEDULE • KNOW HOW A SYSTEM IS INSTALLED BEFORE PROJECT BEGINS • ON-SITE KNOWLEDGE TO DETERMINE ACTIVITY DURATIONS

  19. PROBLEM IDENTIFICATION PRESENTATION OUTLINE • PROJECT BACKGROUND • ANALYSIS #1: TECHNOLOGY IN THE FIELD • ANALYSIS #2: FAÇADE RE-SEQUENCE • ANALYSIS #3: COMMISSIONING LAB SPACES • PROBLEM IDENTIFICATION • LAST PLANNER & NEW SCHEDULE • KEY DIFFERENCES • POSSIBLE SOLUTIIONS • ANALYSIS #4: GREEN ROOF ADDITION • SUMMARY • ACKNOWLEDGEMENTS • QUESTIONS • LABS HAD TO BE “DUST-FREE” BEFORE TAB COULD BEGIN • CHEVRON TOWER WAS IN NEGATIVE AIR CONDITION, SUCKING DIRT FROM THE PROJECT INTO THE EXISTING BUILDING • COMMISSIONING AGENT WAS CONTRACTED DIRECTLY WITH THE OWNER

  20. LAST PLANNER & NEW SCHEDULE PRESENTATION OUTLINE • PROJECT BACKGROUND • ANALYSIS #1: TECHNOLOGY IN THE FIELD • ANALYSIS #2: FAÇADE RE-SEQUENCE • ANALYSIS #3: COMMISSIONING LAB SPACES • PROBLEM IDENTIFICATION • LAST PLANNER & NEW SCHEDULE • KEY DIFFERENCES • POSSIBLE SOLUTIIONS • ANALYSIS #4: GREEN ROOF ADDITION • SUMMARY • ACKNOWLEDGEMENTS • QUESTIONS KEY MILESTONES • AHU DELIVERY DATE • STROBIC FAN START-UP • L&I INSPECTIONS • ABOVE CEILING WORK • TESTING AND BALANCING

  21. KEY DIFFERENCES PRESENTATION OUTLINE • PROJECT BACKGROUND • ANALYSIS #1: TECHNOLOGY IN THE FIELD • ANALYSIS #2: FAÇADE RE-SEQUENCE • ANALYSIS #3: COMMISSIONING LAB SPACES • PROBLEM IDENTIFICATION • LAST PLANNER & NEW SCHEDULE • KEY DIFFERENCES • POSSIBLE SOLUTIIONS • ANALYSIS #4: GREEN ROOF ADDITION • SUMMARY • ACKNOWLEDGEMENTS • QUESTIONS • AHU DELIVERY LATER THAN EXPECTED • FOOTBALL SHROUDS AT FUME HOODS • NIPPLE PLENUMS • STROBIC FAN START-UP • ARCHITECTURAL MILLWORK & DUST-FREE ACTIVITIES • ABOVE CEILING WORK • LABORATORY CASEWORK

  22. POSSIBLE SOLUTIONS PRESENTATION OUTLINE • PROJECT BACKGROUND • ANALYSIS #1: TECHNOLOGY IN THE FIELD • ANALYSIS #2: FAÇADE RE-SEQUENCE • ANALYSIS #3: COMMISSIONING LAB SPACES • PROBLEM IDENTIFICATION • LAST PLANNER & NEW SCHEDULE • KEY DIFFERENCES • POSSIBLE SOLUTIIONS • ANALYSIS #4: GREEN ROOF ADDITION • SUMMARY • ACKNOWLEDGEMENTS • QUESTIONS COMMISSIONING AGENT • GET INVOLVED IN THE PROJECT DURING THE DESIGN PHASE • REQUIRE TO MAKE VISITS TO THE PROJECT SITE ROUTINELY • SAME CX AGENT PERFORMING: • SUBMITTAL & RFI REVIEWS • TESTING & BALANCING • LETTER TO THE OWNER • PREFABRICATION • ADEQUATE SCOPE INFORMATION • TECHNOLOGY IN THE FIELD

  23. GREEN ROOF TYPES & COMPONENTS PRESENTATION OUTLINE • PROJECT BACKGROUND • ANALYSIS #1: TECHNOLOGY IN THE FIELD • ANALYSIS #2: FAÇADE RE-SEQUENCE • ANALYSIS #3: COMMISSIONING LAB SPACES • ANALYSIS #4: GREEN ROOF ADDITION • GREEN ROOF TYPES & COMPONENTS • STRUCTURAL BREADTH • SUMMARY • ACKNOWLEDGEMENTS • QUESTIONS EXTENSIVE- LIGHTER & LESS EXPENSIVE NOT FOR HUMAN USE INTENSIVE - HUMAN USE INTENSIVE GREEN ROOF SECTION

  24. ADDITIONAL LOADS PRESENTATION OUTLINE ORIGINAL LOADINGS ROOF DEAD LOAD – 30 PSF ROOF LIVE LOAD – 30 PSF • PROJECT BACKGROUND • ANALYSIS #1: TECHNOLOGY IN THE FIELD • ANALYSIS #2: FAÇADE RE-SEQUENCE • ANALYSIS #3: COMMISSIONING LAB SPACES • ANALYSIS #4: GREEN ROOF ADDITION • GREEN ROOF TYPES & COMPONENTS • STRUCTURAL BREADTH • ADDITIONAL LOADS • CALCS OF STRUCTURAL MEMBERS • CONCLUSIONS • SUMMARY • ACKNOWLEDGEMENTS • QUESTIONS STRUCTURAL BREADTH NEW LOADINGS ROOF DEAD LOAD – 90 PSF ROOF LIVE LOAD – 100 PSF REQUIREMENTS ADDITIONAL LOADINGS COLUMN LOAD CHECKS BEAM LOAD CHECKS GIRDER LOAD CHECKS • MEMBERS REQUIRING RESIZING • COLUMNS • E.8-2.8 • GIRDERS • <7.2-8.9>, <E.8> • W18X46  W24X62 • <0.8-2.8>, <C.3> • W18X35  W21X44

  25. CALCS OF STRUCTURAL MEMBERS PRESENTATION OUTLINE • PROJECT BACKGROUND • ANALYSIS #1: TECHNOLOGY IN THE FIELD • ANALYSIS #2: FAÇADE RE-SEQUENCE • ANALYSIS #3: COMMISSIONING LAB SPACES • ANALYSIS #4: GREEN ROOF ADDITION • GREEN ROOF TYPES & COMPONENTS • STRUCTURAL BREADTH • ADDITIONAL LOADS • CALCS OF STRUCTURAL MEMBERS • CONCLUSIONS • SUMMARY • ACKNOWLEDGEMENTS • QUESTIONS 6 COLUMNS TESTED • 1 REQUIRED RE-SIZING • E.8-2.8 • ORIGINAL SIZE: W10 x 60 • ADJUSTED SIZE: W10 x 88

  26. CALCS OF STRUCTURAL MEMBERS PRESENTATION OUTLINE • PROJECT BACKGROUND • ANALYSIS #1: TECHNOLOGY IN THE FIELD • ANALYSIS #2: FAÇADE RE-SEQUENCE • ANALYSIS #3: COMMISSIONING LAB SPACES • ANALYSIS #4: GREEN ROOF ADDITION • GREEN ROOF TYPES & COMPONENTS • STRUCTURAL BREADTH • ADDITIONAL LOADS • CALCS OF STRUCTURAL MEMBERS • CONCLUSIONS • SUMMARY • ACKNOWLEDGEMENTS • QUESTIONS BAY 1 3 TYPICAL BAYS NO BEAM RE-SIZING NECESSARY BAY 2 BAY 3

  27. CALCS OF STRUCTURAL MEMBERS PRESENTATION OUTLINE • PROJECT BACKGROUND • ANALYSIS #1: TECHNOLOGY IN THE FIELD • ANALYSIS #2: FAÇADE RE-SEQUENCE • ANALYSIS #3: COMMISSIONING LAB SPACES • ANALYSIS #4: GREEN ROOF ADDITION • GREEN ROOF TYPES & COMPONENTS • STRUCTURAL BREADTH • ADDITIONAL LOADS • CALCS OF STRUCTURAL MEMBERS • CONCLUSIONS • SUMMARY • ACKNOWLEDGEMENTS • QUESTIONS 3 GIRDERS TESTED • 2 REQUIRED RE-SIZING • <7.2-8.9>, <E.8> • ORIGINAL SIZE: W18 x 46 • ADJUSTED SIZE: W24x 62 • <0.2-2.8>, <C.3> • ORIGINAL SIZE: W18 x 35 • ADJUSTED SIZE: W21 x 44

  28. CONCLUSIONS OF STRUCTURAL BREADTH PRESENTATION OUTLINE • PROJECT BACKGROUND • ANALYSIS #1: TECHNOLOGY IN THE FIELD • ANALYSIS #2: FAÇADE RE-SEQUENCE • ANALYSIS #3: COMMISSIONING LAB SPACES • ANALYSIS #4: GREEN ROOF ADDITION • GREEN ROOF TYPES & COMPONENTS • STRUCTURAL BREADTH • ADDITIONAL LOADS • CALCS OF STRUCTURAL MEMBERS • CONCLUSIONS • SUMMARY • ACKNOWLEDGEMENTS • QUESTIONS • GREEN ROOFS ADD A SIGNIFICANT AMOUNT OF LOAD TO THE STRUCTURE • GREEN ROOFS REQUIRE ADDITIONAL STRUCTURAL REINFORCEMENT

  29. SUMMARY PRESENTATION OUTLINE PROJECT BACKGROUND ANALYSIS #1: TECHNOLOGY IN THE FIELD ANALYSIS #2: FAÇADE RE-SEQUENCE ANALYSIS #3: COMMISSIONING LAB SPACES ANALYSIS #4: GREEN ROOF ADDITION SUMMARY ACKNOWLEDGEMENTS QUESTIONS ANALYSIS 1 ANALYSIS 3 • TECHNOLOGY SHOULD BE IMPLEMENTED ON THE CHEVRON ANNEX AND FUTURE PROJECTS • COMMISSIONING IS AFFECTED BY ALL TRADES ANALYSIS 4 ANALYSIS 2 • PROPER PLANNING CAN LEAD TO AN EFFICIENT INSTALLATION PROCESS • ADDING A GREEN ROOF SHOULD BE A DECISION MADE BY THE OWNER

  30. ACKNOWLEDGEMENTS PRESENTATION OUTLINE PROJECT BACKGROUND ANALYSIS #1: TECHNOLOGY IN THE FIELD ANALYSIS #2: FAÇADE RE-SEQUENCE ANALYSIS #3: COMMISSIONING LAB SPACES ANALYSIS #4: GREEN ROOF ADDITION SUMMARY ACKNOWLEDGEMENTS QUESTIONS BURCHICK CONSTRUCTION SPECIAL THANKS DAVE MEUSCHKE JOE SCARAMUZZO AMANDA MYERS BURCHICK CONSTRUCTION FAMILY & FRIENDS ACADEMIC DR. CHIMAY ANUMBA: ADVISOR PENN STATE FACULTY & STAFF

  31. PRESENTATION OUTLINE PROJECT BACKGROUND ANALYSIS #1: TECHNOLOGY IN THE FIELD ANALYSIS #2: FAÇADE RE-SEQUENCE ANALYSIS #3: COMMISSIONING LAB SPACES ANALYSIS #4: GREEN ROOF ADDITION SUMMARY ACKNOWLEDGEMENTS QUESTIONS QUESTIONS?

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