risk management for project development – the ......pilot 1 – district-2 potters mills gap...
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Risk Management for Project Development –The Pennsylvania Approach
Managing Risk in Rapid Renewal Projects (R09) Implementation
July 2017
PennDOT’s Risk Management Background
IMPLEMENTATION OVERVIEWTHE ROAD TO RISK MANAGEMENT
• Why implement Risk Management?• Is PennDOT the only state
considering Risk Management?• How do we develop a Risk
Management policy?• How do we get by-in? • How do we get a successful
implementation?
Key Questions to Answer
Historically, many complex projectsexperience poor “performance”
Exceed cost and schedule estimates
More disruption and less longevity than planned
Due to anticipated and unanticipated issues
including invalid assumptions which possibly could have been identified and planned
Why Implement Risk Management?
- Statewide Value• Integrates risk identification with initial project planning
(early is better principle!)
• Strengthens risk-related communication between planning partners and Districts
• Helps set appropriate project level budgets, milestones, and contingencies
• Allows better cash flow needs predictability, balance of let dates, and maintenance of TIP
• Enhances fiscal management
Why Implement Risk Management?
• Very proactive (enhances communication)
• Puts project manager in control
• Has been shown to:
- Decrease majority of project issues
- Recognize substantial project cost savings
• Is “best practice”
• Is applicable to all projects and phases
• Expands project team understanding with fewer surprises
• Forces project team and management to consider reality
Why Implement Risk Management?
- Project Value
Is PennDOT the only state considering Risk Management?
Is PennDOT the only state considering Risk Management?
Click to edit Master title styleReceive R09 AwardInitial Train the Facilitator Training
Pilot 1 – District-2 Potters Mills Gap ProjectFormation of Statewide Team
Statewide Team Facilitator TrainingDevelop Draft Policy Framework and Implementation Strategy
Executive BriefingPilot 2 – District-5 Cementon Bridge Replacement Project
Finalize PolicyFinalize Implementation Strategy
Develop Training MaterialConduct Initial Training Session
Project ApproachHow do we develop a Risk
Management policy?
• Create a Statewide team (Success and Failure Factors)
• Train the Statewide team in risk management
• Develop policy to incorporate risk management into project delivery process
• Determine success andfailure factors
How do we develop a Risk Management policy?
• Every District - Portfolio Manager, ROW and Utilities Engineer,
Design Services Engineer, Liaison Engineers, Roadway Design Engineers, Bridge Design Engineers, Planner
• Highway Administration and Planning
• FHWA
Diverse Team
Risk Management Project Success FactorsCommunication at every stage of development to ensure buy-in, benefits; talking to stakeholdersShow that the value of the benefits more than offsets the extra work put into risk managementProject team participation/ownershipPromote organization/thoroughness through risk management; can help make sure we don’t overlook steps or stakeholders on a project (e.g., emergency services)Useable final products of risk management (templates/tools/policies/procedures): ease of applicationTraining
Team Input
Risk Management Project Failure FactorsNo implementation plan/approach
Policy fails to clarify the benefits at District level; not just an exercise, but make risk management an integral part of project managementNeed top-down buy-in and follow through (staying power); failure to “stick with it”Products / tools / process are not scaled to project types
No support for initial risk management (identify risks) to start a list and build throughout project development
Team Input
Train the Facilitator Training for Managing Risk in Rapid Renewal Projects (R09 Template) – 2-days
Pilot 2 – District-5 CementonBridge Replacement Project - 1-hour premeeting conference call- 3-hour premeeting webinar- 2.5-day Risk Management
session
Train the Team
• Scalable Approach• Team• Risk Manager• Ownership of Risks and Responsibilities• Risk-Based Decision‐Making
PennDOT Approach and Features
Overcome Risk Management Perceptions
• A time-consuming process • Requires greater resources and commitment • Benefits may not be obvious • Checklist overload• “We already do this”
How do we get by-in?
How do we get by-in?
PROJECT RISK
Project Manager/ Risk Manager
Project Team Members
Risk Owners
LEADERSHIP
Chief Highway Delivery Division District
Executive
ADE’s
SUPPORT
District Risk Management Coordinator
District Design
Manager
Leadership Support is Key to Success
CASE STUDIESTHE ROAD TO RISK MANAGEMENT
R09 Demonstration Workshop Project
Case Study 1: Potters Mills GapUS 322, Sections B04, 05, & 06Potter Township, Centre County
Click to edit Master title style• Project Background Widen/divide 3.8 miles of 2-lane rural highway to limited
access w/ parallel local road Steep slopes, potential acid rock, wetlands/streams,
sensitive lands (state/farm) & species, moderate traffic, high crash locations
Extensive excavation/fill, retaining walls, bridges, construction phasing/detours, ROW
Workshop conducted @ 15% design w/o FONSI Originally envisioned as single D-B-B contract
Case Study 1 - Potters Mills Gap
Risk Analysis
1.5-day facilitated workshop with 15 people 35 risks and all factor mean values assessed One under Preliminary Design/Environmental
Process, Two under Environmental Permit, Two under ROW/Utility/RR, Seven under Final Design, Four under Procurement, and 19 under Construction.
Proactive action plans for top 9 risks & opportunities
Base vs. Unmitigated vs. Mitigated Performance:
Risk Analysis Results
Potential Savings $4.3 million, and 0.5 months of traffic disruption
Project Status
• Project Split into three construction projects
Section - B04 Bridge over SR 322Contractor Notice to Proceed:
December 8, 2014Contract Cost: $1,944,805.00% Complete: 100%Prime Contractor: Jay Fulkroad & Sons
Section B05 -Sand Mountain Road Interchange
Contractor Notice to Proceed:August 8, 2016
Contract Cost: $8,676,545.00% Complete: 60%Prime Contractor:
Glenn O. Hawbaker, Inc.
Section B06 - 4-Lane Extension and Western Interchange
Contractor Notice to Proceed:Anticipated January 2018
Contract Cost: TBD% Complete: 0%Prime Contractor: TBD
Case Study 2: Cementon Bridge ProjectSR 0329, Section 01BWhitehall Township, Lehigh CountyNorthampton Borough, Northampton County
Project Description
SR 0329 over Lehigh River between Cementon and Northampton Borough
D&L Trail link Two traffic lanes + sidewalk ADT = 16,300 vehicles (6% Trucks) (2012) Load postingo 25 tonso 30 tons combinations
Constructed 1933 4-spans, 575’ total lengtho 3 - Pratt thru-truss spans (160’)o 1 - thru-girder span (84’) 22’ curb-to-curb width 5’-6” sidewalk Vertical clearance - 13’-6” actual
Structurally Deficient Functionally Obsolete
Bridge Description
Lehigh Canal
Northampton Historic District
Lehigh Valley Railroad
Whitehall Cement Manufacturing Company
Colonel John Siegfried Tavern
Siegfried Train Station
Norfolk Southern Railroad
Siegfried Cemetery
D&L Trail – Laurys Station-Northampton
4(f) Challenges
Utility Challenges
PPL transmission and distribution lines Spread network and
RNC telecom fiber optic lines Verizon Pennsylvania Northampton Borough water line
ALTERNATIVES STUDY RECAPAlternatives Analysis Complete Replacement on-line – Alt. #1 Replacement upstream – Alt. #2 Replacement downstream – Alt. #3
Factors Examined Construction Cost, Right-of-Way impacts, Environmental/Cultural
impacts, Traffic impacts, and Utility impacts
Alternatives Study Conclusion
Replacement online using Accelerated Bridge Construction (ABC) methods
- More utility impacts- Less traffic, environmental/cultural and right-of-way impacts- Short closure and Detour duration- Innovative Replacement
• Project Status/Constructability Meeting at District 5-0 – May, 2016- Concerns over contractor risk utilizing the superstructure
slide-in method Traffic Impacts Utility impacts Impacts to bidding
prices- District request to re-visit project alternates. - SHRP2 R09 – Risk Management Workshop Recommended Evaluate On-Line ABC and Downstream Replacement
Alternatives Study Follow-up
On-Line ABC Replacement- 44 Potential Risks- 3 Potential Opportunities
Downstream Replacement- 34 Potential Risks- 7 Potential Opportunities
Risks Identified
Top 3 Risks – Unmitigated Register
On-Line ABC Replacement1. Preferred Alternate proves
unfeasible due to constructability concerns
2. High bid price due to risky construction (slide-in)
3. DEP does not issue waterway permit due to extensive causeway
Potential Impacts of NOT Mitigating Riskso $6.53 M increase in costso 21 month delay in Contractor
Notice to Proceedo 23 month delay in Construction
Completion
Downstream Replacement1. Supplement to re-boot design 2. Preliminary Engineering
additional time to design schedule
3. Impacts to potential cemetery sites
Potential Impacts of NOT Mitigating Riskso $3.27 M increase in costso 15 month delay in Contractor
Notice to Proceedo 15 month delay in
Construction Completion
Risk Analysis – After Mitigation
R09 Template used to apply assessment evaluation of mitigation strategies on project cost and schedule
Follow through!o Assign responsibility to individuals to implement strategieso Monitor mitigation action throughout project lifecycle
Next Stepso Re-examine Alternate Analysis – freshen up costso Conduct subsurface Archaeological investigations at “cemetery” site
(mitigation strategy!!!)o Move forward with Upstream or Downstream replacement
Risk Management Plan Implementation
POLICY COMPONENTSTHE ROAD TO RISK MANAGEMENT
Integration = Efficiency
How it Works
Project Concept/Planning (w/ Planning Partner)TIP Development (w/ Planning Partner)
Environmental ScopingDesign Field View
Constructability MeetingValue Engineering Meeting (if required)
Final Design Office MeetingPS&E
Construction Kick-off Meeting
How it Works
Project Concept / Planning
TIP Development
Environmental Scoping
Design Field View
Constructability Meeting
Value Engineering Meeting (if required)
Final Design Office Meeting PS&E Construction
Planning PartnerProject StakeholdersPennDOT Planning and Programing EngineerPennDOT Portfolio ManagerProject Manager Design teamBridge EngineerRight of Way EngineerUtilities EngineerGeotechnical EngineerStorm Water Management EngineerTraffic EngineerConstruction EngineerConstruction ACEOther Specialists as Required
TEAM APPROACH
How it Works
SCALABLE
Risk Mgt Level Complexity*
Project Cost (all phases) Risk Strategy and Tools Risk Manager
1
Non-complex <=$5M Level 1 Register
Recommended Project Manager
$5M-10M Level 1 Register Project Manager
Moderately Complex <=$10M Register, Qualitative Analysis, Risk Response Project Manager
Resurfacing or preventive maintenance
<=$30M Level 1 Register Recommended Project Manager
>$30M Level 1 Register Project Manager
2 Non-complex >=$10M
Register, Qualitative w/ Impacts Analysis, Risk Response
Project Manager
Moderately Complex >$10M to $100M
Register, Quantitative Analysis, Risk Response Project Manager
3 Most Complex
<=$25M
Register, Quantitative Analysis, Risk Response Risk Management Plan (recommended)
Project Manager
>$25M to $100M
Register, Quantitative Analysis, Risk Response Risk Management Plan
Assign a Risk Manager or establish assistance within project team
>$100M
Conduct Risk Workshop Register, Quantitative Analysis, Risk Response Risk Management Plan
-Assign Risk Manager
-Consider scope of work for consultant to conduct the risk management workshop
-Establish Risk Management Team
How it Works
Project Name: MPMS No: Project Manager:
Status ID # Type Category Title Risk Statement Current status/assumptions Probability Cost Impact Cost Score Time Impact Time Score Rationale Strategy Response Actions Risk Owner Updated
Active 160 Threat Design Survey FileInaccuracies or incomplete information in the survey file could lead to rework of the design.
3-Moderate 2 -Low 6 4 -Moderate 12 MitigateVerify that the survey file is accurate and complete Sam Owner 10/12/2015
Active 161 Threat Environmental Challenge to EIR
Potential lawsuits may challenge the environmental report, delaying the start of construction or threatening loss of funding.
1-Very Low 4 -Moderate 4 8 -High 8 Mitigate Address concerns of stakeholders and public during environmental process
EIR Person 11/23/2015
Active 162 Threat ROW Delay of ROW Acquisition
Due to the large number of parcels and businesses, may have to use the condemnation process to acquire R/W, which could delay start of construction by up to one year, increasing construction costs and extend the time for COS.
3-Moderate 4 -Moderate 12 8 -High 24 Accept ROW Person 11/23/2015
Active 163 Threat Construction Buried Objects
Unanticipated buried man-made objects uncovered during construction require removal and disposal resulting in additional costs.
3-Moderate 4 -Moderate 12 4 -Moderate 12 Accept Include a Supplemental Work item to cover this risk.
PM 11/24/2015
Active 164 Threat Design Supplemental Environmental Review
A design change that is outside of the parameters contemplated in the Environmental Document triggers a additional review which causes a delay due to the public comment period.
3-Moderate 4 -Moderate 12 8 -High 24 AvoidMonitor design changes against ED to avoid reassessment of ED unless the opportunity outweighs the threat
Design Manager 11/24/2015
Active 165 Threat Environmental Nesting birdsNesting birds, protected from harassment, may delay construction during the nesting season.
2-Low 2 -Low 4 8 -High 16 MitigateSchedule contract work to avoid the nesting season or remove nesting habitat before starting work.
PM/RE 11/24/2015
Active 166 Threat ROW Additional ROW
Due to the complex nature of the staging, additional right of way or construction easements may be required to complete the work as contemplated, resulting in additional cost to the project.
3-Moderate 8 -High 24 8 -High 24 Mitigate Re-sequence the work to enable ROW Certification
ROW Person 11/24/2015
Active 167 Threat Construction Hazardous Materials
Hazardous materials encountered during construction will require an on-site storage area and potential additional costs to dispose
2-Low 2 -Low 4 1 -Very Low 2 Accept Ensure storage space will be available PM 11/24/2015
Risk AssessmentRisk Identification
Example Project PM Person
Risk Response
LEVEL 2 - RISK REGISTERQualitative, w Impacts
TOOL
Benefits
• Integrated into existing PennDOT process• Promotes a proactive “thinking ahead”
culture• Reinforces teamwork and communication• Makes individuals accountable for managing
specific risks• Provides an easy to use tool
IMPLEMENTATIONTHE ROAD TO RISK MANAGEMENT
How do we get a successful implementation?
Project Concept / Planning
TIP Development
Environmental Scoping
Design Field View
Constructability Meeting
Value Engineering Meeting (if required)
Final Design Office Meeting PS&E Construction
Planning PartnerProject StakeholdersPennDOT Planning and Programing EngineerPennDOT Portfolio ManagerProject Manager Design teamBridge EngineerRight of Way EngineerUtilities EngineerGeotechnical EngineerStorm Water Management EngineerTraffic EngineerConstruction EngineerConstruction ACEOther Specialists as Required
Design
Phase 1 – 2017-18
Planning
Phase 2 –2018-19
Construction
As Projects Move Here
from Phase 1
Phased Roll-Out
How do we get a successful implementation?
How do we get a successful implementation?
Project Roll-Out
Project Roll-Out
Initial ProjectsDistrict Projects of
SignificanceCO lead/assist w/risk
identification and evaluation
CO assist w/ follow-up
Expand to Moderately Complex and Complex
ProjectsCO assist w/risk identification and
evaluationAssist w/ follow-up
Expand to All ProjectsCO part of project team
for risk identification and evaluation; and
follow-up
CO lead/assist w/ FHWA risk mgt tool
CO lead/assist w/ FHWA risk mgt tool
Risk!!! What’s ahead?
PennDOT Risk Management Contact Information
Brian E. Shunk, P.E. Project Development Engineer
PennDOT - Bureau of Project DeliveryP.O. Box 3161Harrisburg, PA 17105-3161
Phone: 717.214.1276 [email protected]