FEATURED PAPER
By Bob Prieto
Florida, USA
0.0 Introduction
0.1 Why Internalities Matter Now
Large Complex Projects (LCPs) are failing today not because the world has become more volatile, but because our project systems have not kept pace with that volatility. For decades, project governance has focused on externalities—market shocks, regulatory changes, geopolitical disruptions, weather events—while assuming that the internal project architecture was fundamentally stable. That assumption is no longer valid. The modern LCP is a tightly coupled socio‑technical ecosystem where internal inefficiencies, behavioral dynamics, and architectural misalignments generate more systemic risk than any external shock.
Internalities are not random disturbances; they are structural features of the project’s own design, organization, and execution strategy. They accumulate silently, propagate non‑linearly, and trigger phase transitions that collapse execution efficiency long before traditional metrics register distress. In this sense, internalities define the project’s true operating condition—its ability to absorb disruption, maintain coherence, and sustain productive flow.
The purpose of this paper is to make those internalities visible, measurable, and governable. By defining six bounded operational state variables—fatigue, interface churn, information latency, capability churn, adversarial posture, and cognitive load—we provide leaders with a forward‑looking telemetry system capable of detecting structural weakness before it becomes irreversible. These internalities are not abstract concepts; they are the daily operational frictions that drive rework, delay, disputes, and decision breakdowns across every major capital program.
Understanding and governing internalities is now a strategic imperative. Externalities will always exist, but they are no longer the dominant source of failure. The decisive question for modern project leadership is not “What risks might occur?” but “How fragile is the system if disturbed?” Fragility determines whether a small variance becomes a minor correction or a cascading collapse. Internalities determine fragility.
This paper therefore serves two roles. First, it provides a taxonomy and mathematical treatment of the six internalities that shape project performance. Second, it offers a governance framework for controlling these internalities in real time, enabling leaders to intervene before the system crosses critical thresholds. The goal is not simply to describe dysfunction, but to equip project directors, owners, and PMOs with a practical, predictive model for stabilizing execution in environments where traditional project management theory is no longer sufficient.
0.2 Building on Prior Work
Over the last several years, I have looked at both analogs to better describe the large complex project (LCP) condition (Quantum Project Management – QPM) and identification of forward looking, predictive metrics[1] to anticipate changes in project performance trajectories and proximity to potential catastrophic tipping points. My look at fatigue and the formulation of a Fatigue Risk Index[2] applicable to the engineering and construction industry provided not just insight into this parameter but also recognition that it described the “state” of the project. More significantly it represented an identified project performance affecting internality as contrasted with the range of externalities which typically populate our project risk registers.
In a subsequent paper on fragility[3], the compounding effect of this internality became even more apparent. In an upcoming book[4] I look deeper at the transformational impacts that these and my earlier work have with respect to how we manage large complex projects and the implications for the application of conventional project management theory in the LCP domain. In this paper, however, my focus is on answering the question of “What other internalities may exist?”
While the paper identifies half a dozen internalities, others may exist. I apologize in advance for the extensive mathematical notation but felt it was important to illustrate the behavior of each of the internalities. Similarly, the mathematical examples at the end of Section 4 are to illustrate the magnitude of performance impact that changes in these internalities may have.
As you move through the paper you should see the following key points:
More…
To read entire paper, click here
How to cite this work: Prieto, R. (2026). Governing Project Internalities, PM World Journal, Vol. XIV, Issue IX, September. Available online at https://pmworldjournal.com/wp-content/uploads/2026/09/pmwj168-Sep2026-Prieto-Governing-Project-Internalities.pdf
About the Author
Bob Prieto
Chairman & CEO
Strategic Program Management LLC
Jupiter, Florida, USA
Bob Prieto is Chairman & CEO of Strategic Program Management LLC focused on strengthening engineering and construction organizations and improving capital efficiency in large capital construction programs. Previously, Bob was a senior vice president of Fluor, focused on the development, delivery, and turnaround of large, complex projects worldwide across all of the firm’s business lines; and Chairman of Parsons Brinckerhoff, where he led growth initiatives throughout his career with the firm.
Bob’s board level experience includes Parsons Brinckerhoff (Chairman); Cardno (ASX listed; non-executive director); Mott MacDonald (Independent Member of the Shareholders Committee); and Dar al Riyadh Group (current)
Bob consults with owners of large, complex capital asset programs in the development of programmatic delivery strategies encompassing planning, engineering, procurement, construction, financing, and enterprise asset management. He has assisted engineering and construction organizations to improve their strategy and execution and has served as an executive coach to a new CEO. He is author of eleven books, over 1000 papers and National Academy of Construction Executive Insights, and an inventor on 4 issued patents.
Bob’s industry involvement includes the National Academy of Construction and Fellow of the Construction Management Association of America (CMAA). He serves on the New York University Tandon School of Engineering Department of Civil and Urban Engineering Advisory Board and New York University Abu Dhabi Engineering Academic Advisory Council and previously served as a trustee of Polytechnic University. He has served on the Millennium Challenge Corporation Advisory Board and ASCE Industry Leaders Council. He received the ASCE Outstanding Projects and Leaders (OPAL) award in Management (2024). He was appointed as an honorary global advisor for the PM World Journal and Library.
Bob served until 2006 as one of three U.S. presidential appointees to the Asia Pacific Economic Cooperation (APEC) Business Advisory Council (ABAC). He chaired the World Economic Forum’s Engineering & Construction Governors and co-chaired the infrastructure task force in New York after 9/11. He can be contacted at rpstrategic@comcast.net.
[1] Prieto, R. (2024). Quantum Project Management, PM World Journal, Vol. XII, Issue I, January 2024.
Prieto, R. (2024). Measurement of Complexity in Large Complex Projects, PM World Journal, Vol. XII, Issue IV, April
Prieto, R. (2025). Artificial Intelligence, Complexity, and Quantum Project Management: A Transformative Approach, PM World Journal, Vol. XIV, Issue VII, July
Prieto, R. (2024). Quantum Project Management and the Concept of Spacetime, PM World Journal, Vol. XII, Issue V, May.
Prieto, R. (2025). Managing Uncertainty in Large Complex Projects, PM World Journal, Vol. XIV, Issue XI, November.
Prieto, R. (2025). Metrics for Assumption Management in Large Complex Projects, PM World Journal, Vol. XIV, Issue XII, December.
Prieto, R. (2026). Operationalizing Quantum Project Management: Defining Improved Metrics for Management of Large Complex Projects, PM World Journal, Vol. XV, Issue I, January.
Prieto, R. (2026). Operationalizing Quantum Project Management: Anticipating and Managing Fragility in Large Complex Project Ecosystems, PM World Journal, Vol. XV, Issue II, February.
[2] Prieto, R. (2026). Fatigue Risk Index: Measuring an “Internality” as a Performance Precursor Under Quantum Project Management (QPM) Theory, PM World Journal, Vol. XIV, Issue VI, Jun
[3] Prieto, R. (2026) Quantum Fragility Index (QFI), PM World Journal, Vol. XIV, Issue VII, July
[4] Governing at the Speed of Reality: A Quantum Governance Playbook for Flow, Entanglement, and Fragility in Large Complex Projects
