Owners Committee Presents:
CMAR and Progressive Design-Build
Progressive Design-Build (PDB) Project Delivery
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Presenter
Joe Abidin
Senior Vice President, Clark Construction Group, LLC
B.S., Civil Engineering, University of Virginia
33 Years of Construction Experience
Executive Leadership Experience on CMAR, Design-
Build and Progressive Design-Build Projects
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Institute of Peace, CM at Risk Delivery CSX Virginia Avenue Tunnel Reconstruction, Design-Build Delivery
• 110 years of experience, $4+ billion/year, Bethesda, Maryland
based general contractor and construction manager
• Build approximately 75 projects valued at $1.4 billion in the local
market each year
• Nearly 85% of annual volume is delivered via Collaborative
Project Delivery procurements
Clark Construction Group, LLC
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Content
Collaborative Project Delivery Methods
CMAR
Fixed-Price Design-Build
Progressive Design-Build (PDB)
Example of Successful Local PDB Project
PDB Best Practices
Questions
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Collaborative Project Delivery Methods
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Owner
Designer
Sub-
consultants
CMAR
Sub-
contractors
Owner: set plan and program, manage Designer,
procure CMAR, set price, manage construction,
manage maintenance and operations
Designer: SOQ selection, prepare construction
documents (specs and plans), construction
administration services
CMAR: SOQ selection, preconstruction, construction
management, commissioning, start-up and warranty
services
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CMAR / CM at Risk / CM-GC
CMAR Distinguishing Features
Two independent contracts with two
separate firms with selection based on
qualifications Design/Engineering firm
CMAR firm
Two phases in CMAR contract Preconstruction: design, schedule and price,
typically guaranteed maximum price (GMP)
between 60% and 90% design development
Construction: design review and completion,
purchasing, construction and commissioning
Owner has option to negotiate with other
CMAR firms at the end of preconstruction
CMAR firm provides design input for
constructability
Design and performance risk resides with
Owner and Designer
Owner is buyer and project integrator
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Owner
Design
Team
Design-
Build Entity
Sub-
contractors
Owner: set plan and performance requirements,
manage RFQ, RFP and Interview, select Design-
Builder, manage contract, manage maintenance
and operations
Design-Build Entity: best value selection on
qualifications, technical approach and price,
design, construction, commissioning, start-up and
warranty services
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Fixed-Price Design-Build (D-B)
Advisor
Fixed-Price Design-Build Distinguishing
Features
Procured through 2-step process Request for Qualifications (RFQ)
Request for Proposal (RFP) + Interview
Best value selection: qualifications + technical + price
One contract with Design-Build firm Design
Permitting
Construction
Testing and acceptance, close-out and
warranty services
Price is fixed at time of award
Most performance risk resides with
Design-Builder
Design-Build can expand services to
include programming, finance,
operation, etc.
Design-Build can be GC or Designer led;
most commonly it is GC led
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Owner
Design
Team
Design-
Build Entity
Sub-
contractors
Owner: set plan, manage RFQ, RFP and
Interview, price negotiation with Design-Build
Entity with option to off-ramp, manage contract,
manage maintenance and operations
Design-Build Entity: qualifications based
selection, design-build approach, progressive
design contract documents and estimates, design,
construction, commissioning, start-up and
warranty services
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Progressive Design-Build (PDB)
Advisor
Progressive Design-Build Distinguishing
Features
Selection is based exclusively on
qualifications, buy may include limited
pricing information
One contract with two phases Design-Builder with Owner develop
scope, design, initial permits, schedule
and price for Owner approval
Design-Builder completes design and
permits and performs construction,
testing, acceptance and close-out
Strong collaborative relationships
Owner involvement is higher than other
collaborative-delivery methods
Preferred when project lacks definition
Most performance risk resides with
Design-Builder
PDB can expand services to include
programming, finance, operation, etc.
Similar to Design-Build, PDB can be
GC or Designer led; most commonly it
is GC led
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CMAR
Fixed Price-Design-
Build Progressive D-B
Time to Cost Certainty At GMP, after award Upon bid At GMP, after award
Time to Create RFP/Bid
Documents Moderate Moderate Shortest
Construction Schedule Fast Tracking Fast Tracking Fast Tracking
Project Risk Shared, well managed Design Builder, well
managed Shared, best managed
Collaboration High Moderate Highest
Shared Savings Yes Possible Yes
Scope Creep Controlled Low Low
Owner Control High Least Moderate
Owner Resources /
Experience Strong Decision Maker Strong Program Criteria Strong Decision Maker
Best Value Best Value Best Value Best Value
Performance Incentives Possible Possible Yes
Likelihood of Litigation Low Low Low
Reliability, Operational
Flexibility & Innovation High Moderate High
COLLABORATIVE PROJECT DELIVERY METHODS
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Relevant Features
Example of Successful Local PDB Project
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CSX Virginia Avenue Tunnel (VAT) Reconstruction Project
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A single track, low clearance tunnel in Southeast DC
3,800 feet long / 112+ years old
A major bottleneck to east coast rail operations
CSX Virginia Avenue Tunnel (VAT)
Owner: CSX Transportation
Joint Venture of Clark and Parsons Transportation
Preconstruction – Technical support during NEPA process
Design and Construction - $250M new double stack/double track tunnel built in two phases
Two step contract :
Step 1 : NEPA Support – Qualification Based Selection
Step 2 : Design-Build – Negotiated GMP
Budget established prior to Step 2 award
Owner had the option to off-ramp Design-Builder team at the end of Step 1
Progressive Design-Build (PDB)
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CSX Virginia Avenue Tunnel (VAT) Reconstruction Project
Key Challenges that drove decision to use Progressive Design-Build (PDB)
Dense Urban Environment
Close proximity to residences, government offices, businesses and Interstate highway
Age, condition and material of existing tunnel
Complexity of existing public utilities
Maintain active rail traffic throughout construction
NEPA determination without schedule risk (no supplemental EIS)
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CSX Virginia Avenue Tunnel (VAT) Reconstruction Project
CSX Issued a Request for Qualifications (RFQ) to five pre-selected general contractors using a qualifications-based selection (QBS) process to:
Find the General Contractor (GC)-led Design-Build Partner that could best work with CSX and their NEPA consultant team through NEPA determination process
Select a constructible build alternate to provide double stack, double track clearance through the VAT project alignment that would not require a supplemental EIS evaluation
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CSX Virginia Avenue Tunnel (VAT) Reconstruction Project
Teams were evaluated on the following criteria:
Safety
Team Members
Experience with Project Type
Local Presence and Experience Working in DC
Knowledge on Permitting Processes
Capabilities and Depth of Available Resources
Tunnel Construction Experience
Work On/Around Class 1 Rail Corridors
Maintenance of Traffic in Urban Environments
Interview was required with CSX procurement team prior to submission of RFQ responses
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CSX Virginia Avenue Tunnel (VAT) Reconstruction Project
Upon PDB selection, CSX Team quickly developed a 2-Step
approach to the contract
Step 1: a Professional Services style contract that required
Design-Builder to provide preconstruction technical support
to CSX and their NEPA author
Step 2: a Guaranteed Maximum Price (GMP) Design-Build
contract to construct the preferred alternative from the
Record of Decision (ROD)
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CSX Virginia Avenue Tunnel (VAT) Reconstruction Project
Design-Builder’s Step 1 Scope of work included:
Alternative concept development
Preliminary scheduling and budgeting
Geotechnical and environmental field sampling
Extensive existing condition surveys
Preparation of numerous technical studies and reports such as traffic analysis, SOE schemes, environmental impact mitigation measures, etc.
Providing subject matter expertise support at public hearings and meetings with FHWA & DDOT
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CSX Virginia Avenue Tunnel (VAT) Reconstruction Project
During preparation of Final EIS, CSX and Design-Builder successfully negotiated the Step 2 GMP contract to start final design immediately upon receipt of ROD
This resulted in project’s expedited delivery, while efficiently addressing NEPA driven commitments and local permitting processes
Key features
Used DBIA’s Standard Form Contract Documents
Shared savings clause
Portion of DB fee is keyed to incentive payments tied to a quarterly evaluation of performance on key metrics
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CSX Virginia Avenue Tunnel (VAT) Reconstruction Project
Project began as an Environmental Assessment (EA) in early 2011 prior to selection of Design-Builder and was changed to an Environmental Impact Assessment (EIS) in May 2012
12 Initial concepts with 3 + no build retained in the EIS
Draft EIS- Published in July 2013
Final EIS w/ Preferred Alternative – June 2014
Record of Decision – Published in November 2014
Construction NTP Issued in May 2015 (6 months to first shovel in the ground)
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Working in Urban Neighborhood
23 Before During
CSX Virginia Avenue Tunnel (VAT) Reconstruction Project
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1st Double Stack Train through New Tunnel
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First Tunnel Running Double Stack Cars by December 23, 2016
Why Progressive Design-Build (PDB) for VAT
PDB was selected to leverage the strength of early contractor
involvement to optimize the efficiency of the NEPA process and
speed of project delivery
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PDB Best Practices
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Development of strong owner
program criteria
Success is based on trust and collaboration
Design-Build team is contractor
led
Commitment to Safety
Strong collaboration
Ongoing value engineering
Use of GMP contract with savings split
Don’t let issues linger, elevate timely
Prompt owner decision making
Co-location of critical team members
Single team focused on delivering on Best Value
Regular evaluation and feedback of Team performance from all team members
PDB Best Practices
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BEST VALUE: Work as a single team to find the proper balance of cost,
schedule, risk and certainty of outcome for all parties
Questions?
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