Challenges of control in construction projects in Iran

Abstract

Project control is a vital pillar for the success of construction projects, aiming to assist in planning, scheduling, resource allocation, and cost control to achieve quality and time objectives. In Iran, despite the growth of the construction industry, systematic implementation of project control still faces challenges that lead to delays, increased costs, and reduced productivity. This paper reviews specialized definitions of project control and international standards, analyzes the current state of this field in Iranian construction companies, identifies local challenges, and proposes practical solutions for improving project management. Finally, the future outlook and strategic recommendations for enhancing project control levels in Iran will be discussed.

Introduction

The construction industry, as an important sector of economic and social development in every country, requires cohesive and scientific management in project execution processes. Project control, as a key tool in project management, is responsible for precise planning, scheduling, optimal resource allocation, and continuous monitoring of project progress to ensure the achievement of quality, time, and financial objectives.

In Iran, despite the significant growth of the construction sector, many active companies in this field still rely on traditional and unstructured methods, which have led to numerous problems including delays in delivery time, increased costs, and poor coordination among execution teams. In this situation, adopting global standards and applying scientific project control methods appears essential for improving quality, reducing risks, and increasing productivity.

This paper aims to provide a comprehensive and specialized overview of the state of project control in Iran. It first examines precise and technical definitions in this field, then introduces international standards. Subsequently, by analyzing successful domestic examples, it addresses the structural and cultural challenges of Iran's construction industry and proposes solutions tailored to local conditions for improving the project control process. Finally, the paper discusses the future outlook and strategic recommendations to enhance the efficiency and success of construction projects in Iran..

Specialized Definition of Project Control and Its Importance

Project Control refers to the set of processes and activities carried out to monitor, track, analyze, and manage the resources, time, cost, and quality of a project to ensure its completion within the defined objectives. Project control goes beyond a simple management tool and is recognized as a coordinating and success-assuring system that requires the collection of actual data, analysis of progress trends, and timely corrective decision-making.

In construction projects, which involve technical complexities, multiple stakeholders, and time and financial constraints, project control plays a vital role. Inadequate control can lead to delays in delivery, increased costs, reduced quality, and ultimately incomplete project execution. Therefore, project control is an integral part of project management that combines technical knowledge, software tools, and managerial skills to enable risk forecasting and management.

The importance of project control lies in the fact that:

It creates transparency and coordination among project stakeholders,

It enables optimal resource utilization and reduces unnecessary costs,

It helps in timely identification of problems and taking corrective actions,

It reduces the level of risks and increases the likelihood of on-time project delivery.

Project Control Standards

International project control standards are designed to create a systematic framework for planning, executing, monitoring, and closing projects. These standards aim to optimize performance, enhance predictability, and ensure project success by providing scientific and practical tools and methods for effective project control.

1–  PMBOK (Project Management Body of Knowledge)

One of the most important reference sources in the field of project management, developed by the PMI (Project Management Institute) and periodically updated. PMBOK defines the project control process within areas such as time, cost, quality, resources, and risk management. In this framework, project control is presented as one of the key processes throughout the project life cycle. The most important control-related processes in PMBOK include:

Integrated Change Control

Schedule Control

Cost Control

Quality Control

2-  PRINCE2 (Projects IN Controlled Environments)

A process-based standard developed by the UK government and widely used in many European countries and government organizations. PRINCE2 places strong emphasis on governance structure, dividing the project into stages, and clearly defined roles in management and control. In this standard, project control is closely monitored throughout each stage, and decisions are made based on economic justification and stage reviews.

3-  ISO 21500 / ISO 10006

An international project management standard that focuses on general principles of project management and process control. ISO 21500 provides general guidance for project management, while ISO 10006 places greater emphasis on quality management in projects.

4–  Earned Value Management (EVM)

Earned Value Management (EVM) is an analytical and highly precise method in project control that uses time and cost performance indicators to enable comparison between the original plan and the actual project performance. The key EVM indicators include the following:

BCWS (Planned Value):

BCWP (Earned Value):

: ACWP (Actual Cost)

Using this method, project deviations from the original plan can be identified quantitatively and accurately.

Current Status of Project Control in Iranian Construction Companies

In Iran, despite the extensive scope and high economic importance of the construction industry, many companies still manage projects using traditional methods. This issue is particularly evident in project control, as many small and medium-sized companies lack systematic structures for planning, scheduling, cost control, and performance evaluation of projects.

Common Problems in the Current Situation:

Lack of a formal organizational structure: Most construction projects lack a defined organizational chart, formal job descriptions, and official reporting channels.

Lack of expertise in software tools: Many execution teams are not sufficiently familiar with software such as Microsoft Project, Primavera, or even advanced Excel.

Lack of use of performance indicators: KPIs and tools such as EVM are either not utilized in most projects or are used only for show.

Common delays and cost overruns: Construction projects typically experience a 25% to 50% increase in duration and a 20% to 30% increase in costs compared to the original plan.

Notable Statistics:

Examples of successful companies:

However, some companies have been able to achieve remarkable performance, especially in large projects, by utilizing project management systems:

Kayson International Construction Company

By utilizing an integrated project management system and Primavera software, it has been able to implement precise scheduling and budgeting in projects such as the Tehran Metro and Sadr Bridge.

Naghsh Jahan Pars Engineering Company

This company, by focusing on specialized team training and using PMBOK standards, has been able to deliver acceptable performance in civil and hospital projects across the country.

Omid Development and Construction Company

By implementing an EVM-based project control system and collaborating with international consultants, it has succeeded in executing mass housing projects with minimal time and cost deviations.

Main Local and Structural Challenges in Project Control of Construction Projects in Iran

Project control in Iranian construction companies faces a set of local and structural barriers and challenges that lead to reduced productivity, increased costs, and inability to achieve project goals. These challenges can be categorized into several main areas:

1- Weakness in organizational culture and lack of belief in project management

Many project managers and clients in Iran’s construction industry still rely on traditional methods and overlook the importance of scientific management and project control. This issue leads to improper execution of processes such as precise planning, documentation, and regular reporting.

2- Lack of organizational structure and clear job descriptions

In most small and medium-sized companies, there is no formal structure defined for the project team. Tasks and responsibilities are assigned verbally and informally, which leads to work overlaps, disorder, and lack of accountability.

3- Shortage of skilled and trained workforce

There is a significant shortage of competent human resources in the field of project control — especially those with expertise in specialized software such as MSP, P6, and Power BI. The lack of professional training has also limited opportunities for professional development for interested individuals.

4- Resistance to new technologies and tools

Many executive managers avoid adopting modern technologies such as BIM, management dashboards, or process automation. This resistance is often rooted in a lack of familiarity or a fear of complexity and change.

5- Lack of an effective database and reporting systems

The absence of integrated reporting systems leads to project information being recorded in a fragmented, disconnected, and manual manner. This issue slows down the decision-making process and makes it less scientific.

6- Economic instability and its direct impact on planning

Fluctuations in exchange rates, severe inflation, and changing prices of construction materials effectively make long-term cost planning impossible. These conditions increase financial risks and cause deviations from the plan.

7- Lack of localized standards adapted to Iran’s specific conditions

Although international project control standards exist, they are often used in a raw and translated form and do not align with the real environment of Iranian projects. The absence of implementation guidelines tailored to Iran’s work culture is one of the most significant gaps.

Practical solutions for improving project control in Iranian construction companies

To overcome structural, cultural, and technical challenges in the field of construction project control in Iran, a set of practical and localized solutions is proposed, which are examined in detail below:

1- Continuous training and development of specialized skills

One of the main foundations for improving project control is training skilled human resources. This can be achieved by holding specialized courses in project management, training on software such as MSP, Primavera, and BIM, and creating a project-based learning environment. The use of reputable educational resources like PMBOK and PRINCE2 should be institutionalized.

2- Establishment of a cohesive organizational structure

Defining a precise project organizational structure, establishing clear job descriptions, and designing hierarchical decision-making processes will reduce work overlap and increase accountability. A sample organizational chart for a construction company may include the following key roles:

3- Gradual and targeted use of technology

It is recommended that the adoption of project management software be carried out gradually: starting with simple tools like Excel or MSP, followed by more powerful tools such as P6 and Power BI dashboards. At the same time, training and technical support should be institutionalized within the company.

4- Flexibility in planning and cost management

Given economic fluctuations, planning should be adaptable. Using risk analysis, scenario planning, and continuous cost monitoring can help prevent severe deviations. In this regard, tools like Earned Value Management (EVM) are also useful.

5- Localization of international standards

Simply translating the standards is not enough; these standards need to be simplified, adapted to the local technical language, and converted into practical implementation guidelines. For example, reporting forms, quality control checklists, and information flow charts should be designed in accordance with Iranian projects.

6- Establishing reporting systems and management dashboards

For project status analysis, it is recommended to use visual and up-to-date dashboards (such as Power BI) to display progress in terms of time, cost, and volume. These dashboards should be integrated with internal information systems and data entry forms.

A sample of a project progress dashboard:

Source: Conceptual design inspired by Power BI for a construction project

7- Strengthening organizational culture and enhancing stakeholder engagement

Through proper culture-building and continuous training, a belief in the necessity of project control and scientific management must be established at all organizational levels. Additionally, active participation of all project stakeholders—including contractors, consultants, clients, and the execution team—can lead to better coordination and reduced conflicts.

8- Collaboration with expert consultants

 In the early stages of implementing a project control system, involving professional consultants can accelerate the process and facilitate knowledge transfer. These consultants have the necessary experience to identify bottlenecks and provide localized solutions.

9- Development of Key Performance Indicators (KPI) Appropriate

Defining measurable indicators tailored to the conditions of Iranian projects and regularly monitoring them increases transparency, accountability, and the ability to anticipate problems.

10- Risk management and adaptation to changing economic conditions

Identifying, analyzing, and managing financial, technical, and time-related risks in a scientific and systematic manner helps reduce the impacts of economic fluctuations. The use of financial modeling tools, sensitivity analysis, and scenario planning in project planning should be institutionalized.

Future outlook of project control in Iran’s construction industry

Considering global trends and the specific needs of the Iranian market, the development outlook of project control in the country's construction industry is predicted as follows:

Increased adoption of advanced technologies: Software advancements, especially in Building Information Modeling (BIM), artificial intelligence, and big data analytics, will play a more prominent role in project control. Leading companies will gradually integrate these technologies into their processes.

Development of specialized and professional human resources: Increased investment in specialized training and the creation of attractive job opportunities for project control engineers will strengthen this field.

Integration of project management systems and organizational structures: Companies will move toward more agile organizational structures and digital project management systems that enable better coordination and faster responsiveness.

Localization and standardization of processes: Developing and implementing local guidelines, standards, and procedures that consider Iran’s economic and cultural conditions will be an important step in enhancing the level of project control.

Focus on sustainability and quality in projects: Project control will more seriously address not only time and cost but also quality and environmental considerations, especially in light of new regulations and societal expectations.

Conclusion and Strategic Recommendations

Project control, as a vital and decisive pillar for success in Iran’s construction projects, requires special attention, continuous investment, and a comprehensive, systematic approach. Enhancing the effectiveness of project control is only possible through a precise understanding of local challenges, continuous development of human capacities, and intelligent utilization of advanced technologies and analytical tools.

Accordingly, the following key and strategic recommendations are proposed:

Strengthen specialized training and develop skilled and committed human resources in the field of project control to increase productivity and empower execution teams;

Develop and implement coherent organizational structures with clear definitions of roles, responsibilities, and project control processes, creating a foundation for cohesion and coordination among different departments;

Gradual and intelligent adoption of advanced technologies with a coherent plan for training and technical support, ensuring that organizational changes are implemented sustainably and effectively;

Utilize advanced analytical methods such as Earned Value Management (EVM) and comprehensive risk management to enhance the accuracy of performance forecasting and improve resource control.

Localization and simplification of international standards tailored to the specific conditions of Iran’s construction industry, aiming to facilitate application and improve the quality of processes;

Establish integrated reporting systems and centralized databases to accelerate access to project data and enhance transparency and continuous monitoring of project status;

Promote an organizational culture based on teamwork, accountability, and transparency at all levels, which strengthens the foundation of trust and motivation.

The simultaneous implementation of these strategic solutions will enable Iran’s construction industry to deliver projects with superior quality, optimized costs, and within defined timeframes, while significantly enhancing its competitive position in both domestic and international markets, establishing itself as a leading and dynamic industry.

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