using web-based collaborative tools to successfully manage a $2.4 billion wastewater cip

29
Using Web-Based Collaborative Tools to Successfully Manage a $2.4 Billion Wastewater CIP CMAA Water Summit 2010 Presented by Frank Collins and Dave Ludwin PARSONS

Upload: galya

Post on 23-Feb-2016

41 views

Category:

Documents


0 download

DESCRIPTION

CMAA Water Summit 2010. Using Web-Based Collaborative Tools to Successfully Manage a $2.4 Billion Wastewater CIP. Presented by Frank Collins and Dave Ludwin PARSONS. Case Study OCSD CIP Budget $2.4 Billion. OCSD Treatment Plant No. 2 Huntington Beach. OCSD Reclamation - PowerPoint PPT Presentation

TRANSCRIPT

Page 1: Using Web-Based  Collaborative Tools to Successfully Manage a $2.4 Billion Wastewater CIP

Using Web-Based Collaborative Tools toSuccessfully Manage a $2.4 Billion

Wastewater CIP

CMAA Water Summit 2010

Presented byFrank Collins and Dave Ludwin

PARSONS

Page 2: Using Web-Based  Collaborative Tools to Successfully Manage a $2.4 Billion Wastewater CIP

OCSD Reclamation Plant No. 1

Fountain Valley

OCSD Treatment Plant No. 2

Huntington Beach

Case StudyOCSD CIP Budget $2.4 Billion

Page 3: Using Web-Based  Collaborative Tools to Successfully Manage a $2.4 Billion Wastewater CIP

OCSD CIP Budget $2.4 Billion

18%

46%

25%

8%

3%

Expanding SecondaryTreatment Systems

$422.2 M

Treatment PlantsRehab / Upgrade

$1.1 Billion

Collections Systems$584.7 M

Water ReclamationGWR System

$179.3 M

Coop. Projects /Conservation

$79.5 M

Page 4: Using Web-Based  Collaborative Tools to Successfully Manage a $2.4 Billion Wastewater CIP

Program Challenges

Validate Program Establish Program Timing and Priorities Standardize and Centralize Reporting Standardize Mgmt/Engr Procedures Identify Resource/Staffing Requirements Formalize Project Communication

Page 5: Using Web-Based  Collaborative Tools to Successfully Manage a $2.4 Billion Wastewater CIP

Program Approach Reorganized Engineering Department

Establish Project Management Office (PMO)

Standardized Project Delivery/Reporting Establish 6-phase project life cycle Standard Mgmt/Engr Process and Procedures Standardize Monthly & Quarterly Reporting

Bring on PM Consultant Provide Standardized Program Controls Provide Supplemental Resources

Page 6: Using Web-Based  Collaborative Tools to Successfully Manage a $2.4 Billion Wastewater CIP

Director ofEngineering

PlanningManager

Project MgmtOffice

Manager

Engineering& Construction

Manager

Planners Environmental

Scientists GIS Techs Doc Control

Project Mgrs PC Analysts Schedulers Estimators Admin Assts

Project Engrs Elec / I&C Engrs Resident Engrs Inspectors Commissioning Const Doc Control Project Assts

ConsultantProgramManager

Engineering Department Reorganization

Page 7: Using Web-Based  Collaborative Tools to Successfully Manage a $2.4 Billion Wastewater CIP

Capital Project Management Life Cycle

Commission Close-outPreliminary Design Design

Phase 3 Phase 4Project

Development

Phase 1

Phase 2 Phase 5 Phase 6Construction & Installation

Gate 5

Gate 1

Gate 2

Gate 3

Gate 4

Gate 6

Gate 7

Gate 8

Page 8: Using Web-Based  Collaborative Tools to Successfully Manage a $2.4 Billion Wastewater CIP

Work Breakdown Structure

Page 9: Using Web-Based  Collaborative Tools to Successfully Manage a $2.4 Billion Wastewater CIP

Key Performance IndicatorPercent Expended Budget vs. Actual

99-00 00-01 01-02 02-03 03-04 04-05 05-06 06-07 07-08 08-09$0 M

$100 M

$200 M

$300 M

$400 MBudgetActuals

Fiscal Year

60% 70%84%

82%98%

97%

108% 109% 98%

85%GOAL 90%

Page 10: Using Web-Based  Collaborative Tools to Successfully Manage a $2.4 Billion Wastewater CIP

Key Performance IndicatorNon-Construction Cost

02-03 03-04 04-05 05-06 06-07 07-08 08-090%

10%

20%

30%

40%

50%

Fiscal YearCurrent

GOAL 35%

Page 11: Using Web-Based  Collaborative Tools to Successfully Manage a $2.4 Billion Wastewater CIP

Secondary Treatment ExpansionSix EPA Consent Decree Milestones

 JOB NO. MILESTONES DUE DATE

P1-76 Construction Plant 1 Trickling Filters 3-15-06

P1-102 Advertise for Bid of Plant 1 AS System 11-15-06

P2-90 Advertise for Bid Plant 2 Trickling Filters 1-15-07

  P2-74 Rehab of Plant 2 AS System 1-15-09

75% P2-90 Construction Plant 2 Trickling Filters 2-15-11

70% P1-102 Construction Plant 1 AS System 11-15-12

Full compliance with permit 12-31-12

Page 12: Using Web-Based  Collaborative Tools to Successfully Manage a $2.4 Billion Wastewater CIP

ProgramControlsSystem

hardcopy evolving to web-based

Program Controls System (PCS) Architecture

Schedule Mgmt(Primavera)

FinancialInformation

System

EngineeringDocument Mgmt

(Filenet)

ConstructionDocument Mgmt(Contract Manager)

Cost & SchedulePerformance

Reports

Page 13: Using Web-Based  Collaborative Tools to Successfully Manage a $2.4 Billion Wastewater CIP

PCS Monthly Update Cycle

Schedule & CostData Posted for

Reporting

Performance & Trend Analysis

Corrective Action

Actual Costs Posted in Accounting System

PM Updates Schedule and

Checklist

Actual Costs Transferred to PCS

Project Mgrs Review Actual Costs & Update

Projects

PM’s Prepare Cost & Schedule

Narrative

Project Progress Reports

Published

Close-Out Process

Page 14: Using Web-Based  Collaborative Tools to Successfully Manage a $2.4 Billion Wastewater CIP

Welcome Dean Fisher

Page 15: Using Web-Based  Collaborative Tools to Successfully Manage a $2.4 Billion Wastewater CIP
Page 16: Using Web-Based  Collaborative Tools to Successfully Manage a $2.4 Billion Wastewater CIP
Page 17: Using Web-Based  Collaborative Tools to Successfully Manage a $2.4 Billion Wastewater CIP
Page 18: Using Web-Based  Collaborative Tools to Successfully Manage a $2.4 Billion Wastewater CIP
Page 19: Using Web-Based  Collaborative Tools to Successfully Manage a $2.4 Billion Wastewater CIP
Page 20: Using Web-Based  Collaborative Tools to Successfully Manage a $2.4 Billion Wastewater CIP
Page 21: Using Web-Based  Collaborative Tools to Successfully Manage a $2.4 Billion Wastewater CIP
Page 22: Using Web-Based  Collaborative Tools to Successfully Manage a $2.4 Billion Wastewater CIP

Benefits of PCS and Dashboard Helps PM’s organize and set goals Tracks performance Facilitates change control Provides timely communication of status, risk,

and project issues Integrates financial, resources and schedule Centralizes information and reporting

Page 23: Using Web-Based  Collaborative Tools to Successfully Manage a $2.4 Billion Wastewater CIP

Dave Ludwin(626) 440-3918

[email protected]

Frank Collins(858) 342-9183

[email protected]

Questions ?

Page 24: Using Web-Based  Collaborative Tools to Successfully Manage a $2.4 Billion Wastewater CIP

MASTER CALENDAROut-of-Service

Forecasts

ProposedScheduleDecision Intelligence:• Operation / EquipRequirements

• Risk Factors• Staffing Needs

Out-of-Service Tracking Module

Contractors• Construction / Shutdown Schedules

• Future Project Schedules

O&M Staff• CMMS –Mntc. Shutdowns

• Planned Outages• Testing Schedules• Collection System Reroutes

Alerts, Reports,Process Equip.

SchedulesUnplanned• Weather, etc.

Daily Schedule Inputs

Daily Task Force Reviewnecessary revisions to schedule

GOAL: Nonstop treatment plant operations during construction

Page 25: Using Web-Based  Collaborative Tools to Successfully Manage a $2.4 Billion Wastewater CIP

Major Construction at Both Treatment Plants

NEED: Continual communication and planning betweenConstruction and O&M

Page 26: Using Web-Based  Collaborative Tools to Successfully Manage a $2.4 Billion Wastewater CIP

Coordinating constructionand O&M schedules

Treatment plantskept operational

Managing facility constraints

Project interface within CIP

Managing conflicts

Benefits of Tracking Tool

Page 27: Using Web-Based  Collaborative Tools to Successfully Manage a $2.4 Billion Wastewater CIP
Page 28: Using Web-Based  Collaborative Tools to Successfully Manage a $2.4 Billion Wastewater CIP
Page 29: Using Web-Based  Collaborative Tools to Successfully Manage a $2.4 Billion Wastewater CIP