The PGCS website provides a listing of all speakers from each symposium and virtual event.
The PGCS website provides an extensive library of past papers and webinars.
PGCS is the only Australasian symposium dedicated to promoting Project Performance Management through the interlinked disciplines of project controls and program, portfolio, and project (PPP) governance.
This presentation focuses on complex system governance. His research has looked at what makes projects complex. He uses this to propose a fresh structure and process to appropriately govern complexity – one that is not reliant on either a purely system engineering approach (e.g. increased modelling & simulation) or exclusively on project management approaches (e.g. P30).
The purpose of this workshop is to provide a hands-on experience for Project Management (PM) professionals for application of Complex System Governance (CSG) concepts. CSG is a new and novel approach to improve performance through purposeful design, execution, and evolution of essential system functions. These functions sustain project performance in the midst of external turbulence and internal flux. CSG addresses the ‘messes’ and ‘wicked problems’ that are the by-product of modern projects and continue to overwhelm PM practitioners.
Managing complex projects is quite possibly the most difficult profession devised by man. Dealing with increasing complexity, uncertainty, and ambiguity while trying to maintain consistency in budget, schedule, and performance can challenge the most seasoned project and systems engineering manager. This presentation will examine several contemporary challenges facing project and systems engineering managers from a ‘systems’ perspective.
Complex System Governance is an advanced systems approach that offers project practitioners new and novel insights to improve complex project performance, including:
1. Identification of ‘deep system’ failure modes for projects beyond traditional cost, schedule, and performance deficiencies
2. Examination of systems based failures in design, execution, or development of critical system functions for projects,
3. Development of systems-based strategies to ‘design out’ system failures throughout the project life cycle.
The purpose of this presentation is to provide a hands-on experience for Project Management (PM) professionals for application of Complex System Governance (CSG) concepts. CSG is a new and novel approach to improve performance through purposeful design, execution, and evolution of essential system functions. These functions sustain project performance in the midst of external turbulence and internal flux. CSG addresses the ‘messes’ and ‘wicked problems’ that are the by-product of modern projects and continue to overwhelm PM practitioners. Application of CSG for PM is examined to:
(1) appreciate and map the complex environment faced by modern PM,
(2) discover sources of ‘deep system’ project failure modes that ultimately produce schedule delays, cost overruns, and missed performance targets,
(3) explore the ‘systems’ basis for those failure modes, and
(4) develop responsive and feasible systems-based strategies to preclude failure modes in the design, execution, and development of complex projects.
The purpose of this presentation is to provide a hands-on experience for Project Management (PM) professionals for application of Complex System Governance (CSG) concepts. CSG is a new and novel approach to improve performance through purposeful design, execution, and evolution of essential system functions. These functions sustain project performance in the midst of external turbulence and internal flux. CSG addresses the ‘messes’ and ‘wicked problems’ that are the by-product of modern projects and continue to overwhelm PM practitioners. Application of CSG for PM is examined to:
(1) appreciate and map the complex environment faced by modern PM,
(2) discover sources of ‘deep system’ project failure modes that ultimately produce schedule delays, cost overruns, and missed performance targets,
(3) explore the ‘systems’ basis for those failure modes, and
(4) develop responsive and feasible systems-based strategies to preclude failure modes in the design, execution, and development of complex projects.