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Project Execution Planning for Earned Value Management

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DOE and NSF both demand this quality-oriented standard for management of scope, ... Zoom-in: Sensor Acquisition & Testing. LSST Director's Review. March 8-9, 2006 SLAC ... – PowerPoint PPT presentation

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Title: Project Execution Planning for Earned Value Management


1
Project Execution Planningfor Earned
ValueManagement
  • LSST Directors Review
  • SLAC
  • March 8-9, 2006
  • Theodore L. Lavine
  • LSST Group at SLAC
  • and
  • Thomas L. Frey
  • LSST Corporation and Triad Project Management
    Services, Inc.

2
Earned Value Management (EVM)
  • DOE and NSF both demand this quality-oriented
    standard for management of scope, cost, and
    schedule.
  • The budgeted value of scheduled elements of the
    work-scope is earned as those elements are
    completed.
  • EVM process is transparent and systematic
  • First, plan the work.
  • Manageable WBS
  • Activity schedule
  • Time-phased cost and resource budgets
  • Objective measures of performance
  • Integrated Performance Measurement Baseline (PMB)
    plan
  • Then, work the plan.
  • Track actual cost and effort.
  • Analyze variances from the PMB.
  • Forecast cost at completion and completion date.
  • Revise and control the plan as necessary.

3
LSST Earned Value Planning Process
  • Camera, Telescope, and Data Management Systems
    are planning for implementation of EVM
  • LSST has strong leadership and experience in
    project control
  • Thomas Frey, Project Controls Specialist, is
    assigned to the LSST PMO full-time from Triad
    Project Management Services, Inc.
  • Theodore Lavine at SLAC is the Camera Project
    Control Manager.
  • Charles Butehorn is the Financial Planner for
    BNLs Camera Team.
  • The LSST Subsystem Teams have working versions
    of
  • WBS and Dictionary
  • Detailed Activity Schedule starting in FY07
  • Target Cost Allocations
  • Activity-Based Cost Estimates
  • These are living documents that are evolving as
    we develop the LSST Project Execution Plan.

4
Camera WBS Status
5
LSST Schedule Status
  • LSST project schedule
  • 1154 activities and 1862 logic relationships
  • Camera subsystem schedule
  • 710 activities, 1212 logic relationships
  • Camera Schedule Drivers
  • Project Engineering Design in FY0708
  • Preliminary Design Review at end of FY07
  • Detailed Design Review at end of FY08
  • Line-Item Construction starts in FY09
  • DOE-HEP FY09 budget request to OMB is due in June
    2007.
  • First Light in December 2012.


6
Cost Estimating Status
  • Cost Estimates created for 240 separate
    activities, so far, predominantly between 30k
    and 500k.
  • More detailed, task-based estimates will follow
    for all subsystems from March through August,
    2006.
  • Starting in March, the cost estimating database
    will incorporate
  • Relational database for cost resource estimates
  • Automated table of direct and indirect resource
    rates
  • Standardized datasheets for capturing the cost
    resource basis-of-estimate for each activity
  • Standardized methodology for risk-based
    contingency estimation (technical-, cost-,
    schedule-risk) by activity
  • as described in the LSST Cost Estimating Plan.

7
Distribution of 240 Cost Items Estimated
8
Camera Sensors Rafts WBS/Schedule/Cost
9
Zoom-in Sensor Acquisition Testing
10
Camera Integration WBS/Schedule/Cost
Cryostat Integration
Camera Integration
Cost
Recent cost estimate was 4.5M, fully loaded
without contingency.
11
Zoom-in Camera Integration
12
Time-Phased Camera Cost Estimate
  • Integrating cost estimates with the schedule
    facilitates resource usage analysis.
  • We are working toward subsystem plans that will
    be manageable and executable.

13
Time-Phased Planning - Future Steps
  • Implement EVM in stages
  • Identify the Earned Value measurement tasks
    and/or milestones for each subsystem.
  • Establish actual effort accounting, by task and
    institution.
  • Start doing EVM during Detailed/Final Design work
    (FY08).
  • Reconcile acquisition strategy with schedule and
    budget authority for funding the multi-M
    procurements.
  • For the camera, these major procurements are the
    sensor prototype, production sensors, lenses and
    filters

14
LSST EVM System Development Summary
  • Uniform approach is being applied to the Camera,
    Telescope, and Data Management Systems
  • Centralized, integrated database and tools
  • Strong Project Control experience at LSST PMO,
    SLAC, and BNL
  • Subsystem Managers are involved in implementation
  • Fully supported by Project Manager
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