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Project Management

Traditional Project Management Practices in Construction

  • Introduction

The construction industry plays a pivotal role in societal development, as evidenced by the creation of essential infrastructure like bridges, roads, and buildings, which are indicative of a nation's economic progress. Given this significance, the effective management of construction projects is paramount. For a considerable period, the construction sector has heavily relied on traditional project management (PM) practices. These established methodologies, often characterized by a linear workflow, have long been the cornerstone of project delivery in this industry. However, the contemporary construction landscape is undergoing rapid transformation, marked by escalating project complexity, tighter schedules and budgets, and increasing demands for quality, safety, sustainability, and innovation. This evolution necessitates a thorough understanding of the current application of traditional PM practices and an evaluation of their suitability in the face of these emerging challenges. This literature review aims to summarize, synthesize, and critically evaluate existing research on traditional PM practices within the construction industry, primarily drawing from the study "Identifying the most used traditional project management practices in construction industry" by Lalmi et al. (2025). The review will highlight the main themes, points of agreement and debate, relevant methodologies, the development in the field (as indicated by the source), and offer critical insights into the alignment and divergence of this body of work.

  • Overview of Traditional Project Management in Construction

Traditional project management is often associated with a structured, sequential approach to project execution, where each phase of the project lifecycle is completed before the next one begins. The waterfall model is a prime example of such a linear methodology that has been historically employed in the construction sector. This approach aligns well with the inherently sequential nature of many construction activities, where tasks like foundation laying must precede building the superstructure. The traditional approach has a well-established history and offers several apparent strengths, particularly for projects with clearly defined user requirements at the start and clearly identified objectives, indicating a low level of uncertainty. In such contexts, the emphasis is on optimizing the efficiency of project activity execution based on the initial plan. A key strength lies in the highly detailed plans and schedules that are typically required, which facilitate the integration of project management and quality controls. Furthermore, the traditional approach is deemed optimal when formal documentation is a strict requirement and operations are routine and predictable, as is often the case in construction and engineering projects.

III. Main Themes in the Research

The research by Lalmi et al. (2025) focuses on identifying the most used traditional project management practices in the construction industry. Several key themes emerge from their study:

  • Identification of Most Used Traditional PM Practices: The primary objective of the research was to pinpoint the traditional PM techniques most frequently employed by construction professionals. Through a survey of 100 construction project management professionals (with a 38% response rate), the findings highlighted the prevalence of foundational practices such as kick-off meetings (ranked 1st), teamwork (ranked 2nd), progress meetings (ranked 3rd), and progress reports (ranked 5th). Closing practices like contract closure (ranked 4th), project closure report (ranked 6th), and project closure meeting (ranked 7th) were also found to be widely used. Furthermore, practices focusing on learning and structure, such as lessons learned (ranked 8th) and the definition of the work breakdown structure (WBS) (ranked 9th), were considered important. The project charter (ranked 10th) and project management plan (ranked 11th) also featured among the more frequently used practices. Conversely, the st…
  • Relevance and Limitations of Traditional PM in Modern Construction: The research acknowledges the continued essentiality of traditional project management techniques due to the linear nature of workflows in construction. The strengths of the traditional approach include the ability to estimate all the work required, assess costs and resources, and control costs and work throughout the project lifecycle. The emphasis on detailed plans and schedules facilitates project control and quality assurance. Moreover, formal documentation and a well-ordered project system are hallmarks of traditional PM, which can be advantageous in the construction sector where regulatory compliance and clear communication are crucial. However, the study also implicitly raises questions about the long-term appropriateness of relying solely on traditional approaches in an environment characterized by increasing project complexity and uncertain demands. While jobs in construction are often sequential, the growing…
  • The Evolving Construction Environment: The research highlights the changing dynamics of the construction industry. Today's construction environment is characterized by increasing project complexity, often linked to the globalized nature of projects, leading to multicultural teams and potential for conflict. Despite a move towards globalized practices, the fundamental challenges of poor performance in terms of cost and time overruns remain common in construction projects. Furthermore, there are rising expectations from customers for better service quality and value for money. Quality itself is acknowledged as a subjective and complex concept in construction. The execution of construction projects involves numerous stakeholders and is influenced by external factors, contributing to the rapid evolution of the current construction landscape. This dynamic environment places growing pressure on the construction sector to enhance project delivery and performance.
  • Points of Agreement and Debate
  • Points of Agreement: The research by Lalmi et al. (2025) aligns with the general understanding in project management literature that traditional PM practices have been and continue to be widely used in the construction industry due to the linear nature of many construction workflows. There is a clear agreement on the prevalence of foundational project management activities such as kick-off meetings, progress meetings, and reporting as essential elements in managing construction projects. The study also corroborates the observation that more sophisticated techniques like earned value management and advanced simulation methods have not yet been fully adopted within the construction sector. Furthermore, the study implicitly acknowledges the commonly reported challenges of cost and time overruns in construction, suggesting a potential area where traditional methods alone might fall short.
  • Points of Debate and Gaps in the Research (based on the source): While the study identifies the most used traditional practices, there is an implicit debate about whether these practices are sufficiently robust to handle the increasing complexity and demands of modern construction projects. The research hints at the limitations of purely traditional approaches in uncertain environments. A significant gap in the research, as also noted by the authors, is a deeper investigation into the reasons behind the underutilization of innovative techniques and the specific obstacles hindering their implementation in construction organizations. The source provides a snapshot of current practices but lacks a detailed historical analysis of the evolution of traditional PM practices within the construction industry over a longer timeframe. While it acknowledges the "well-established history", it does not delve into how these practices have adapted or remained static. The study's recommendation for fu…
  • Relevant Methodologies

The primary research methodology employed in the study by Lalmi et al. (2025) is a quantitative approach utilizing an online questionnaire survey. This method involved surveying 100 construction project management professionals to gather data on the degree of use of 34 identified traditional project management practices. The selection of these 34 practices was based on a comprehensive literature review of documents and studies applied in the construction industry. The questionnaire was structured with standardized questions and used a ranking scale from 1 ("less used") to 5 ("always used") to assess the frequency of use for each technique. The survey was distributed between July and November 2020, and 38 valid responses were received. The study employed a convenience sampling technique. The collected data was analyzed using descriptive statistics, and a Relative Importance Index (RII) was calculated to rank the most common traditional project management practices. The authors acknowledge that using surveys as a research method can provide a shallow but broad perspective on the phenomenon under study.

  • Development in the Field Over Time (as indicated by the source)

While the provided source does not offer a detailed historical account of the development of traditional project management practices in construction, it acknowledges their "well-established history". The study's focus on identifying current practices suggests a recognition that the field is at a juncture where the continued reliance solely on these traditional methods is being questioned due to the increasing complexity and evolving demands of the construction environment. The study's recommendation to explore the integration of emerging practices that emphasize risk management, monitoring, and analysis indicates a potential shift or evolution in the field, moving towards a more hybrid approach that combines the strengths of traditional methodologies with newer, more adaptive techniques. The call for further research into how leading companies are transforming their strategies and for the analysis of combined traditional and adaptive methodologies' best practices further underscores this evolving landscape.

VII. Critical Insights and Contextual Alignment/Divergence

The research by Lalmi et al. (2025) provides valuable insights into the current state of traditional project management practice in the construction industry. It highlights the enduring relevance of fundamental PM activities such as meetings, reporting, and structural frameworks like the WBS, which aligns with the inherent need for communication, control, and organization in construction projects. The continued reliance on these practices can be partly attributed to the linear and sequential nature of many construction tasks, where a structured, phase-by-phase approach has historically proven effective for predictable workflows.

However, the study also critically points to a divergence between the prevalent use of traditional, often simpler, techniques and the potential benefits of adopting more sophisticated methods for enhanced project monitoring, risk management, and analysis. The limited adoption of earned value management and statistical control charts, for example, suggests a potential missed opportunity for more rigorous performance measurement and proactive risk mitigation in construction projects. This divergence becomes particularly pertinent in the context of increasing project complexity, globalization, and demanding stakeholders, where traditional linear approaches alone might struggle to provide the necessary flexibility and analytical rigor.

The study's call for further research into leading construction companies and hybrid methodologies reflects a growing recognition within the field that a purely traditional approach may not be sufficient for addressing the challenges of modern construction. This suggests a potential need for evolving PM strategies that strategically integrate newer, more adaptive techniques to complement the established strengths of traditional methods. Furthermore, the emphasis on standard procedure benchmarking against frameworks like PMBOK and the development of specialized training programs highlights the importance of continuous improvement and knowledge sharing to promote best practices across the sector.

VIII. Conclusion

This literature review, primarily drawing on the research by Lalmi et al. (2025), has provided an overview of traditional project management practices in the construction industry. The study's findings reveal that while foundational traditional PM techniques like kick-off meetings, teamwork, and progress management remain highly valued and frequently used, the adoption of more sophisticated tools for earned value management and statistical analysis is limited. This suggests a potential gap in leveraging techniques that could enhance monitoring and risk management in the face of increasing project complexity. While traditional approaches align with the linear nature of many construction workflows and offer benefits such as detailed planning and formal documentation, the evolving demands of the construction environment necessitate a re-evaluation of relying solely on these methods. Further exploration into the integration of newer methodologies, the sharing of best practices from leading companies, and investments in specialized training are crucial steps towards enhancing project delivery and performance in the construction industry. The limitations of the reviewed study, particularly the response rate of the survey, should be considered when interpreting its findings. Future research should aim to delve deeper into the reasons behind the underutilization of innovative techniques and explore effective strategies for their integration within the construction sector.

Frequently Asked Questions on Traditional Project Management Practices in Construction

  • What was the primary objective of the research study?

The main goal of this study was to identify the most frequently used traditional project management (PM) practices within the construction industry. The researchers aimed to provide insights that could help construction project managers improve the success rates of their projects by understanding which traditional techniques are most commonly applied.

  • What research methodology was employed in this study?

The study utilized a quantitative research approach, primarily relying on an online questionnaire survey. This survey, containing 34 traditional project management techniques identified through a literature review, was distributed to 100 construction project management professionals. The respondents were asked to rank the degree of use for each technique on a five-point scale. The collected data from the 38% response rate was then analyzed using statistical software (SPSS) to determine the prevalence of different practices.

  • What were identified as the most frequently used traditional project management practices in the construction industry?

The study highlighted several traditional project management practices as being the most frequently used in the construction sector. These include the 'kick-off meeting', 'teamwork', 'progress meetings', 'contract closure', 'progress reports', 'closure reports', 'project closure meeting', 'lessons learned', and the creation of the 'work breakdown structure (WBS)'.

  • Which traditional project management practices were found to be less commonly used in the construction industry?

Conversely, the research identified several traditional project management practices that are less widely adopted in the construction industry. These include 'Earned Schedule Management', 'Earned Duration Management', 'Statistical Control Charts', 'Earned Value Management (EVM)', and 'Earned Value Analysis (EVA)'. More advanced techniques like 'Monte Carlo simulation', 'Facility location model', and 'Rough-Cut capacity planning (RCCP)' were also found to be among the least used.

  • Why do traditional project management techniques remain essential in the construction sector?

Traditional project management techniques are still considered vital in the construction industry primarily due to the linear nature of workflows characteristic of most construction projects. The sequential dependencies between tasks and phases often align well with the structured and plan-driven approach of traditional methodologies like the waterfall model.

  • What are some of the benefits and limitations of using a traditional project management approach in construction?

Benefits of traditional project management in construction include the ability to create highly detailed plans and schedules, which facilitates project control and quality assurance. It is also well-suited for projects with clearly defined requirements and objectives, as well as situations where formal documentation is crucial. However, limitations arise in projects with high complexity, uncertainty, or tight time constraints. The linear and less adaptive nature of traditional methods can make it challenging to respond to changes and evolving demands effectively.

  • What does the study suggest about the potential for integrating newer project management approaches in construction?

While acknowledging the continued importance of traditional methods, the study suggests that there is potential for the construction industry to benefit from integrating newer project management approaches that place a greater emphasis on monitoring, analysis, and risk management. The underutilization of techniques like earned value management and statistical control charts indicates opportunities for improvement in these areas to better handle the increasing complexity of modern construction projects.

  • What are some recommendations for future research based on the findings of this study?

The study recommends further in-depth case studies of high-achieving construction companies to gain a deeper understanding of how industry leaders are adapting their project management strategies in practice. It also suggests analyzing the best practices of combining traditional and adaptive methodologies to create a roadmap for the sector. Additionally, the importance of benchmarking against frameworks like PMBOK and fostering knowledge exchange, as well as developing specialized training and certification programs, are highlighted as crucial for advancing project management performance in the construction industry. The study also acknowledges the need for future research to explore the reasons behind the underutilization of innovative techniques and the barriers to their implementation

(Lalmi et al., 2025)

Reference:

Lalmi, A., Boumali, B., Fernandes, G., & Boudemagh, S. S. (2025). Identifying the most used traditional project management practices in construction industry. Procedia Computer Science, 256, 1756–1763. https://doi.org/10.1016/j.procs.2025.02.315