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Graphical Planning Method  
   
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A New, Visual, Planning-Centric Process for Network-Based Planning and Scheduling

PMA developed the Graphical Path Method™ (GPM®) for use in our network-based planning and scheduling services and as the basis for the NetPoint application. GPM emphasizes experienced human judgment and collaboration in project planning—instead of black-box calculations—by using new network concepts with a mathematical basis for relational logic. GPM makes planning and scheduling more accurate and less constrained by permitting forward and backward activity definition and sequencing using planned dates, while continuously refreshing floats through its scheduling algorithm. This fundamentally alters other accepted planning methods like CPM by allowing evolving dates, floats, resource profiles, and crash-cost curves to impact activity definition and sequencing, resulting in an optimized network schedule in the shortest possible time.

Benefits of GPM:

  • Emphasizes experienced human judgment and collaboration in project planning instead of machine calculations by using new networking concepts with a mathematical basis for relational logic.
  • Allows forward and backward activity definition and sequencing using stakeholders’ planned dates, while continuously refreshing floats through its scheduling algorithm.
  • Fundamentally alters CPM by allowing evolving dates, floats, resource profiles, and crash-cost curves to impact activity definition and sequencing.
  • Creation of an optimized network schedule in the shortest possible time.

GPM introduces the Logic Diagramming Method™ (LDM) for planning activity relationships. LDM is an innovative approach to activity-based networking and sequencing that modifies and extends ADM (Arrow Diagramming Method) to permit PDM (Precedence Diagramming Method) logic. LDM’s time-scaling coupled with simple interrelationships between activities are more intuitive and versatile for use by non-schedulers and collaborative planning than those offered by PDM or ADM.

Used in tandem, GPM and LDM provide the simplest possible network-based process that is efficient, inexpensive and intuitive. As the evolving schedule nears full development, the planner and key stakeholders are able to resolve resource constraints, accomplish schedule recovery, look for optimal date scenarios and otherwise quickly rework the initial draft plan visually without having to rely on the black box calculations performed by more traditional scheduling applications.

 

 
Papers and Presentations
Click the title to download a paper or presentation.
GPM & Forensic Float Presentation - 2010 PMICOS Conference
 
From Asymmetry to Transparency in Project Planning - 2010 PMICOS Conference
 
GPM®: A Networking Method Anchored on Objectbase Principles Paper - 2009 PMICOS Annual Conference
 
GPM®: A Project Networking Method Anchored on Objectbase Principles Presentation - 2009 PMICOS Annual Conference
 
The History and Future of Time-Scaled Planning Paper - 2009 PMICOS Annual Conference
 
Graphical Planning Method Paper - 2008 PMICOS Conference
 
Graphical Planning Method Presentation - 2008 PMICOS Conference
 
A Projectized Mindset Presentation - 2008 Ibero-American World Congress
 
Project Planning using the Logic Diagramming Method Paper - 2008 AACEI Conference
 
Project Planning using the Logic Diagramming Method Presentation - 2008 AACEI Conference
 
Lost in the CPM Details Paper - 2008 PMICOS Conference
 
 
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