project no. 13-r010 design/build aviation business hangar
TRANSCRIPT
Presentation For Project No. 13-R010 Design/Build Aviation Business Hangar Facility Brooksville-Tampa Regional Airport and Technology Center 23 April 2013
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Presentation Overview
1. Introduction & Experience
2. Proposed Project Staff & Functions a. Staff assigned to your project
b. Staff workload
3. Knowledge of Site & Local Conditions
4. Overall Approach & Methodology
5. Cost Control, Quality Control & Value Engineering a. Advantages and disadvantages of building types
6. Cost Summary
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1. Introduction & Experience
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Construction Manager ( Proposing Firm )
Aircraft Hangar Specialist ( Consultant )
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Aircraft Hangar Specialist ( Consultant )
1. Introduction & Experience
“Tried and True” Progress, Quality Assurance and Cost Control Methods for Aircraft Hangars
Extensive Working Relationships with Hernando-Area Trade Contractors and Suppliers
In-House Hangar Design, Fabrication & Delivery Capabilities
In-House Erection Services & Turnkey Construction
43 Aircraft Hangars Constructed in the past 5 Years Industry Leading Hangar Construction Expertise, coupled with Industry Leading Heavy / Site / Civil
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Construction Manager ( Proposing Firm )
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Jesus Vazquez, CGC President
Joshua A. Harden, CGC, LEED AP BD+C Project Executive
2. Proposed Project Staff & Functions
Walter Aguilar Manager of Pre-Construction
Lisa O’ Brien
Chief Estimator
John Monts Manager of Construction
Lewis Bowyer On-Site Project Manager / CQC Manager
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Daniel Talbott Structural Engineering Project
Manager
Doug Pettijohn Construction Project Manager
Matthew Hershey Preconstruction Project Manager
Mike Clayburg
Full-Time On-Site Superintendent
(Construction Manager)
(Aircraft Hangar Specialist / Consultant)
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3. Knowledge of Site & Local Conditions
Extensive review of…
Master Planning Documents
CIP Information
Short- and Long-Term Strategic Plans
Public & Private Funding Sources
RECONCILE
DESIGN & BUDGET
WITH GOALS OF HANGAR
DEVELOPMENT PROGRAM
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3. Knowledge of Site & Local Conditions
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3. Knowledge of Site & Local Conditions
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Airside Concrete Existing from 1944
Site Currently Cleared Geotechnical Report Not Provided
20’ High Mound of Dirt
Dirt Used as Fill, May Need
Relocation
Trace Chemicals at Air Center of No Concern
Proximity to Tampa Bay
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4. Overall Approach & Methodology
Structures Design
Column Reactions
Detailed Component Costs… Overall Project Costs… Allows Consideration for “Wish List” Items
Further Assess Constructability
Hurricane Wind Load Approval
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4. Overall Approach & Methodology
Program Facility within County Requirements
Quality of Materials Access to “Today’s” Actual Costs…
Order of Magnitude Quickly Evaluate Design
Alternatives – Assess Constructability of Ideas
Accurate Component Costs…
Overall Project Costs Visualize Project to Stakeholders
(including public & private sector funding sources)
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4. Overall Approach & Methodology
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Quality Control Clash Detection Reduce / Eliminate
Conflicts in the Field Value Engineering
Component Cost… Overall Project Cost
Visualize Project to Stakeholders (including public & private sector funding sources)
Visualized Detailed Schedule for Construction & Logistics
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4. Overall Approach & Methodology
Reducing Operating Expense…
Paint Finishes meet or exceed EPA regulations for low-VOC paints. Factory applied.
Warranted for 25 years on fade and chalk
Designed to withstand high wind criteria and UL uplift ratings.
Roof and wall systems that can achieve a thermal efficiency of R-40 or more if required.
Cool roof color finishes that meet the reflectance and emittance standards.
Roof systems featuring the Energy Star label, reducing energy use and utility costs.
Roof system is a material-efficient, recyclable, and long-life roof solution.
Conserve electric power, ballasts and lamps by using T5 fluorescent / LED / daylighting.
Conserve gas / electric energy with radiant hangar heat and increased envelope insulation.
Daylight sensors for lighting which would result in energy savings on the lighting load.
Potential use of photovoltaic (PV) panels on the roof if the economics make sense.
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4. Overall Approach & Methodology
Pre-Construction…
Programming – Conceptual Design
Site Investigation & Development
Design Development – Project Budget
Realignment – Construction Documentation
Permits & Approvals
Procurement
Mobilization
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4. Overall Approach & Methodology
Construction… Important Logistics Issues for Airport Construction Badging, security clearance, access and parking areas for workers
Laydown/assembly areas without interrupting what is typically already tight quarters and
active gates or aircraft traffic
FAA clearance for cranes during construction
Many airports don’t have great records regarding as-builts or existing conditions which can
be a challenge for some under apron piping, conduit, duct bank, tunnels, etc. – So field
verification and due diligence is very important.
Interruption of operations. In other words – DON’T have any interruptions to current
operation
Location of material laydown related to actual work areas and movement of materials on a
just in time basis.
Security screening of materials/deliveries.
Lead time of long span structures if required for large hangar spans
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5. Quality Control, Cost Control & Value Engineering
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Quality Control…
Design Quality Control Approach
Project Management
Independent Check
Overlay and Constructability
Document Control and Accountability
Construction Quality Control Approach
Preparatory Phase
Initial Phase
Follow-up Phase
Construction Quality Controls
CQC Documentation
Material Receiving and Storage
Control of Offsite Fabrication
Building Systems Quality
Materials Certification
Workmanship Inspection
Pre-Final Inspection and Testing
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5. Quality Control, Cost Control & Value Engineering
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Cost Control…
Establish budget by bid package
Prequalify vendors & review scopes in detail for gaps
Report actual procurement against budget
Collaborate with design team early to optimize
cost/benefit
Collaborate with major subs for constructability and
optimization
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5. Quality Control, Cost Control & Value Engineering
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Value Engineering…
Effective Analysis Technique
Research Ways to:
Reduce Cost
Increase Productivity
Improve Quality
Develop VE List in Collaboration with Ownership,
Architect, Subcontractors and Suppliers.
Determine “Best Value”
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Integrated Approach For Success
Email, RFI’s, Submittals, Meeting Minutes, Pay Applications, Potential Change Orders / Change Orders, Close Out Documentation
Design – Engineer – Schedule – Simulate . . . Build
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OPTION 1-A: Pre-Engineered Metal Hangar
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OPTION 1-A: Pre-Engineered Metal Hangar
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PROs
• Lower Initial Capital Cost
• Meets Southwest Florida Hurricane Wind Requirements
• Creates an Attractive Lease Rate
• Manufacturer’s Warranty
• Finest Roof in the Industry
• Flexibility for Exterior Remodeling (Windows/Doors)
CONs
• Lacking Aesthetic Appeal
• Susceptibility to “dings” in Metal Walls
• Has a higher rate of heat conductivity as compared to Concrete
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OPTION 1-B: Concrete Hangar
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OPTION 1-B: Concrete Hangar
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PROs
• Solid Wall Construction
• More Abuse Resistant
• Flexibility for Exterior Finishes
• Ability to Repaint Exterior to Accommodate Lessee
• Finest Roof in the Industry
CONs
• Higher Capital Cost
• Slower Construction Schedule
• No Manufacturer Warranty
• No Flexibility for Exterior Remodeling
• Field Painting Walls
• Maintenance of Painted Walls
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Why the Facchina-BlueScope Team?
1. Expertise in Hangar Design & Construction
2. Solutions that are Financially Sound
3. Solutions that are Self Supporting
4. Team that operates in a Safe, Secure and
Efficient manner
5. Team that is Environmentally Responsible
6. Tremendous Value
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Aircraft Hangars.
It’s what our Team does.
That’s what defines us.
Quality Care Communication
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