Abstract

Project control, as one of the vital pillars of construction project management, plays a strategic role in optimizing the allocation of economic resources, controlling costs, and ensuring the achievement of financial objectives. Given the geopolitical developments of 2025 and the escalating regional military tensions between Iran and Israel, the economic conditions of construction projects in Iran have been significantly affected. This paper, adopting an analytical-economic approach, examines the direct and indirect impacts of this crisis on cost structures, access to resources, and financial risks in construction projects. It also introduces modern frameworks for economic project control in the face of severe market fluctuations and supply chain constraints, and evaluates their effectiveness in maintaining the financial sustainability of projects. Furthermore, a case study of a construction project under crisis conditions is analyzed, and strategic solutions are proposed for managing economic risks in Iran's construction sector.

Introduction

Project control, as a decision-support system in construction projects, becomes effective only when there is an accurate understanding of the cost structure, cash flow, and the economic behavior of the project. Unlike traditional approaches that focus primarily on time and physical progress, today's economic challenges necessitate a redefinition of project control, placing cost engineering and economic analysis at the core of its framework.

In the current economic environment, projects are confronted with new paradigms—including turbulence in financial markets, uncertainty in resource procurement, and a heightened investment risk factor in the construction sector. These realities demand a multidimensional, data-driven approach to project control that cannot be effectively managed with classical tools alone.

This paper is an attempt to rethink the concept of project control from an economic perspective, with a focus on analyzable tools, key economic sensitivity parameters, and lessons learned from real projects under volatile conditions—an area that has so far received limited attention in Iran’s project management literature.

Theoretical and Conceptual Foundations of Project Control from an Economic Perspective

Project control is one of the core pillars of professional construction project management, aimed at ensuring that project performance aligns with predefined objectives in terms of time, cost, quality, and resource utilization. Among these dimensions, the economic aspect of project control has become increasingly significant—especially in the context of unstable economies, sanctions, or crises such as regional conflicts, which directly affect the financial indicators of construction projects.

In classical project management literature, tools such as Earned Value Management (EVM), Rolling Budgeting, Cost Trend Analysis, and financial performance indicators (KPIs) are commonly used to monitor the economic aspects of a project. However, the effectiveness of these tools depends on the availability and use of accurate, up-to-date, and project-specific economic data.

In Iran, economic project control is often carried out retroactively and reactively, whereas modern approaches emphasize proactive cost control—that is, identifying and intervening before financial deviations occur. Achieving such an approach requires analytical convergence between scheduling, financial assessment, procurement management, and macroeconomic risk analysis within an integrated, decision-support framework.

Structurally, the economic dimension of project control consists of three main layers:

1. Monitoring and comparing actual costs with planned costs
2. Analysis of deviation causes and identification of high-risk points
3. Decision-making to correct the financial course of the project using tools such as Value Engineering, Resource Reengineering, or economic contract adjustments

In critical conditions such as those expected in 2025, where economic indicators are highly unstable and risky, these layers must be supported with high flexibility and rely on real-time cost intelligence analyses to enable rapid, accurate, and cost-effective responses that preserve the financial health of the project.

Economic Analysis of Iranian Construction Projects in 2025 with Emphasis on Regional Crisis and Market Disruptions

The year 2025 has been a critical and high-risk period for the construction industry in Iran. Escalating regional military tensions between Iran and Israel, along with disruptions in trade routes, have caused severe fluctuations in currency markets, inflation in construction materials, and increased financial costs for projects. Under these conditions, infrastructure and construction projects require more than ever precise and forward-looking economic control models.

Macroeconomic Disruptions in Project Economic Variables

During the first half of 2025, the average exchange rate in Iran increased by over 45%, and the prices of key construction inputs such as steel, cement, installations, and imported equipment experienced an average growth of 35% to 65%. These conditions have exposed projects lacking dynamic and flexible control systems to liquidity shortages, execution delays, and increased long-term financial risks.

Impact of the Regional Crisis on Project Cash Flow

The limited regional war has led to export and import restrictions, customs delays, increased insurance rates, and difficulties in procuring mechanical parts and specialized equipment. These events have disrupted project cash flows and rendered classical budgeting models ineffective.

In this situation, only companies that utilize flexible economic control models such as:

1. Adaptive Budgeting
2. Scenario-Based Forecasting
3. Management of Foreign Exchange-Sensitive Costs (FX-Linked Cost Control)

Those that have utilized these models have been able to prevent financial delays or project stoppages.

The Inability of Traditional Systems to Handle Economic Risks

Many projects still rely on static project control systems that base their plans solely on the initial budget and lack the capability to forecast or respond to economic shocks. Such models fail to provide an accurate picture of the actual project performance under conditions like those in 2025, often resulting in costly and delayed decisions.

The Necessity of Integrating Project Control with Economic Analysis in an Unstable Environment

In such conditions, project control must go beyond mere time and progress reporting and transform into a dynamic economic analysis framework. The use of tools such as:

Economic Sensitivity Analysis on Critical Activities

Cash Flow Simulation under Critical Scenarios

Resource Allocation Using Models Based on Inflation Risk and Currency Fluctuations

It should be considered as the core of financial decision-making in construction projects.

Proposed Models and Solutions for Economic Control of Construction Projects in Crisis Conditions

In the face of regional crises, macroeconomic fluctuations, and supply chain disruptions, project control is no longer sufficient as merely a time or financial reporting tool. Instead, it must evolve into a decision-supportive and responsive economic model—one that not only identifies financial deviations but also enables forecasting and intervention before crises occur. Below are practical and locally adaptable models proposed for Iran’s construction industry:

📌 This model is implemented in software such as Primavera or Power BI, allowing the project manager to identify the prevailing scenario at any stage and apply necessary adjustments to the financial plan.

Instead of a schedule independent from the budget, in this model:

The project's WBS is linked with the actual cash flow.

High-cost and high-risk activities are identified.

Time-cost control indicators such as CPI and SPI are analyzed simultaneously.

📌 This method helps clarify the financial health status of the project and enables phased resource management.

Given the increasing dependence on imported materials (e.g., elevators, ventilation systems, electrical equipment), it is necessary to:

For each imported item, the foreign exchange dependency ratio should be calculated.

A sensitivity matrix of materials to exchange rate fluctuations should be prepared.

Supply planning should be based on alternative sources, advance purchasing, or strategic stockpiling.

📌 This matrix helps protect the project company from sudden currency shocks.

In large projects, costs should be allocated based on actual activities rather than traditional classifications. This model includes:

Separation of direct and indirect costs for each activity

Using historical data to determine resource consumption rates

Financial performance control at the activity level instead of the phase or project level

📌 This model, combined with Earned Value Management (EVM), increases the accuracy of financial control down to critical activities.

We must go beyond traditional indicators. Proposed KPIs for crisis conditions include:

Practical solutions for Iranian construction companies in dealing with economic and regional crises

Construction projects in Iran, especially under the turbulent economic conditions of 2025, require a fundamental transformation in financial management, planning, and project control methods. Mere implementation of theoretical principles is not sufficient; instead, proposed models must be translated into practical and tangible solutions at the company, project, and site levels. The following presents a set of recommendations based on five key pillars:

Replacing static budgets with rolling forecast models

Budget review and update every 60-90 days considering currency fluctuations, inflation, and material costs

Establishing contingency reserve lines for high-risk items

📌 Benefit: Maintaining financial stability against external shocks and preventing sudden project halts.

Classification of project resources based on currency dependency, time sensitivity, and economic importance coefficient

Designing work packages (WPs) with cost–risk analysis for each execution item

Using Cost Breakdown Structure (CBS) alongside Work Breakdown Structure (WBS) for precise resource control

📌 Benefit: Enables managerial focus on critical activities and reduces resource wastage.

Use of adjustable clauses in contracts:

1. Price Escalation Clauses
2. Exchange Rate Adjustment Clause
3. Conditional suspension based on economic or regional force majeure conditions

📌 Benefit: Legal and financial protection of the project and reduction of disputes in case of crisis.

Modern financial instruments and liquidity management tools

Utilizing fintech models for prepayments, attracting investors, or crowdfunding

Adjusting the project’s cash flow based on monthly cash flow projections

Prioritizing payments based on critical and delay-sensitive activities

📌 Benefit: Reducing dependency on banks and increasing flexibility in managing financial pressures.

Implementation of economic decision-support analytical dashboards

Development of integrated dashboards combining time, cost, currency, risk, and resources in Power BI or Tableau

Integration of scheduling data (MSP/Primavera) with financial data (Excel/ERP)

Defining custom indicators to monitor the project’s economic health on a daily or weekly basis

📌 Benefit: Accelerating managerial decision-making, crisis prediction, and timely intervention.

Ultimately, it must be emphasized that these solutions require a shift in organizational mindset and an update of human resource capabilities. Empowering project managers, planners, and financial teams through continuous training and knowledge transfer from similar international projects is the key to successfully implementing these approaches.

 Policy Recommendations for Project Managers of Iranian Construction Projects

In 2025, Iranian construction projects face complex and multifaceted challenges: economic instability, currency fluctuations, supply chain disruptions, and threats arising from regional conflicts. In such a high-risk environment, project control cannot rely solely on traditional and static tools. An economic-analytical approach to project control is an indispensable necessity to maintain sustainability and ensure the success of civil engineering projects.

Based on theoretical foundations, global experiences, and analysis of Iran’s conditions, several key recommendations are presented for construction project managers:

Control systems should focus not merely on retrospective monitoring, but on forecasting, early warning, and real-time decision-making.

Implementing management dashboards based on real-time data makes economic decision-making faster and more effective.

Designing a cost control structure based on variable economic indicators

Resource allocation and budgeting should be based on the project’s economic priorities, currency dependency analysis, and actual return rate.

The Cost Breakdown Structure (CBS) should be designed alongside the Work Breakdown Structure (WBS) and managed jointly by the project control and finance teams.

Developing the project control team’s capabilities in engineering economics

Training professionals with interdisciplinary expertise (project control + engineering economics) is vital for the future of construction companies.

The use of specialized project economics consultants alongside technical managers should become an integral part of the project’s organizational structure.

Policy-level and macro-level recommendations

Higher-level institutions (such as the Planning Organization, lending banks, and the Ministry of Roads) should develop new guidelines for financial adjustments of projects under exceptional circumstances.

Developing dynamic adjustment indices, establishing project financial stabilization funds, and providing compensatory guarantees under sanctions or war conditions are among the necessary support tools.

Conclusion

In the tense and unstable conditions of 2025, where Iran’s macroeconomic indicators are directly affected by regional crises and market disruptions, construction projects are compelled to move away from traditional project control frameworks toward hybrid, intelligent, and economically driven models. Recent experiences in major civil engineering projects across the country demonstrate that neglecting economic fluctuations and failing to anticipate crisis scenarios have led to planning failures, uncontrollable cost increases, and project suspensions.

The analyses presented in this article emphasize that for the financial and technical sustainability of construction projects, three complementary approaches must be developed alongside each other:

1. Integrating cost control with financial analysis and macroeconomic risk assessment
2. Utilizing economic forecasting models and real-time tools for managerial decision-making
3. Establishing flexible contractual and organizational structures for rapid response to changing market conditions

Companies that can implement these models in the execution and management architecture of their projects will not only be resilient against economic crises but also gain a competitive advantage in attracting investment, timely delivery, and maintaining project profitability. Therefore, the future of project control profession in Iran requires moving beyond traditional methods toward forward-looking, flexible, and data-driven economic control.

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