In the realm of government and public sector projects, effective project controls are indispensable for ensuring that large-scale initiatives align with national policies, deliver value to the public, and adhere to regulatory compliance. The presentation will provide key insights into how project controls are applied in the government sector, with a focus on their role in enhancing accountability, transparency, and strategic alignment with long-term national goals. Project controls, encompassing cost management, risk assessment, and schedule monitoring, play a critical role in the successful execution of government projects. Given the often-complex regulatory environment, public sector projects must balance stakeholder interests, meet budgetary constraints, and deliver within the set timeline. The presentation will explore how effective project controls lead to the timely and within-budget delivery of these capital projects while ensuring compliance with public policies. In the context of the public sector, the presentation will address government frameworks and policies that directly influence project delivery. Examples may include national budgetary guidelines, procurement regulations, and sustainability mandates, all of which ensure that public sector projects are developed responsibly and in line with the national vision. Highlighting key frameworks such as the UAE’s Vision 2030 and public-private partnership (PPP) policies, the discussion will outline how they shape project planning and control efforts.

The award winning Samhan Car Park is part of the Diriyah Gate giga programme in Riyadh, Kingdom of Saudi Arabia. Principally delivered during 2023, completion by the end of 2023 was a pre-requisite to enable the Formula E event in January 2024 through the streets of Historic Diriyah. This presentation will outline the approach to deliver this project within an ambitious timescale, covering delivery and procurements strategies, modern methods of construction, effective project controls, comprehensive stakeholder engagement and innovative technology. In implementing these strategies initial project delays were recovered and the project was completed early and bought into operation on the contractual completion date at the end of 2023.

Modern construction management demands seamless integration. An Enterprise Resource Planning (ERP) system serves as a critical common data environment, breaking down traditional information silos and creating a single source of truth. Key integration advantages include: Unified project information across all departments Real-time data synchronization Eliminating duplicate data entry Comprehensive visibility from estimating to project completion Instant communication between field and office teams Streamlined decision-making processes By creating a centralized digital ecosystem, ERP systems transform fragmented workflows into interconnected, intelligent networks. This holistic approach reduces errors, enhances collaboration, and provides unprecedented project transparency. Integration is not just a technological upgrade—it's a strategic revolution in construction management.

In the high-stakes environment of airports and aviation, project controls are critical to ensure that large-scale infrastructure and maintenance projects are delivered on time and within budget. However, unlike in other industries, aviation projects must contend with the imperative of business continuity. Airports operate on a 24/7 schedule, and any disruptions to operations can result in substantial financial losses, logistical challenges, and reputational risks. This creates a delicate balance: while rigorous project controls aim to maintain schedule adherence and budget integrity, the unique demands of aviation and airports projects often necessitate deviations from the original project plan to avoid disrupting airport operations. The presentation will explore the intersection of project controls and operational continuity in aviation, highlighting the methods and decision-making frameworks used to manage these competing demands effectively. One common approach in aviation project management is to fast-track or crash schedules—accelerating project timelines through resource reallocation or parallel task execution. While these methods are often necessary to ensure minimal interference with flight schedules, aircraft movement and passenger flow, they can introduce additional costs, safety risks, and quality concerns. Managing these risks requires a nuanced understanding of both project controls and operational needs, as well as proactive communication with airport stakeholders. To illustrate, we will explore case studies where project managers have successfully balanced project controls with operational continuity. For example, during runway resurfacing projects, teams often work during low-traffic hours to avoid flight disruptions, deploying additional crews to minimize the duration of work. While this approach can strain budgets and resource availability, it preserves critical flight schedules. Similarly, terminal expansion projects may prioritize certain phases of construction to maintain clear pathways for passenger movement, even if it means deviating from the original project sequence. These examples underscore the need for agility in project controls within aviation, where decisions are often based on real-time operational data and require input from airport authorities, contractors, and regulatory bodies. Further, this presentation will discuss how digital project management tools are transforming project controls in aviation, enabling data-driven decisions to enhance flexibility and reduce response times. Advanced analytics and real-time tracking allow project managers to anticipate operational disruptions and quickly adjust project plans, thereby maintaining a balance between strict project timelines and the unpredictable nature of airport operations. Ultimately, successful project management in aviation requires a dual focus: adhering to project controls while prioritizing operational continuity. I will discuss strategies for aligning project controls with operational needs, such as embedding contingency planning in the project lifecycle, establishing robust stakeholder communication channels, and leveraging data analytics for predictive insights. By fostering a culture of collaboration and adaptability, project managers can meet project goals without compromising airport operations—a necessity in an industry where reliability and efficiency are paramount. Attendees will gain insights into best practices for managing complex aviation projects and leave with actionable strategies for balancing project controls with the operational imperatives unique to airports and aviation.

This presentation explores the shift in focus between planning and execution phases in construction project management and the issues traditional scheduling methods face in balancing detail and practicality. The proposed solution, Takt Planning and Control, divides construction into smaller cycles to create a standardized, repetitive process, improving predictability and reducing delays. A three-level method (macro, norm, and micro levels) enhances project efficiency by aligning work tasks, ensuring continuous improvement, and enabling real-time control. The case study of a German contractor illustrates the practical application of Takt Planning in complex construction projects.

Quantitative risk analysis (qra) is all too often performed as a “tick box” exercise, to comply with contractual or regulatory obligations. This presentation will explore why this approach and attitude is so prevalent and will cover some of the main areas of value and insight that can be unlocked with a different mindset. Framed a different way, this presentation will provide an overview of a best practices framework for project risk modelling maturity: ten things that your models should tell you, and which can guide organisations to making better, risk-informed decisions. This presentation should be attended by anyone who wants to know which questions they should be asking their subcontractors to answer, or by organisations who want to make better use of the techniques and insights generated by a mature, project risk analysis initiative.

In today's fast-evolving landscape of technology and strategic frameworks, it's vital to re-examine the role of the Risk Manager. The debate around the potential obsolescence of risk management prompts us to ask: Have we become so fascinated with advanced tools and techniques that we've lost sight of the fundamental objectives of risk management? While academic literature and professional forums consistently highlight that effective risk management is about delivering tangible value to our stakeholders—through careful identification, assessment, and management of risks1—rather than merely deploying sophisticated methods, the high failure rates of mega projects underscore a pressing concern. Recent data shows that 50% to 70% of these large-scale projects fail to meet their budget, schedule, or performance targets2. Drawing from my recent experience with Red Sea Global, one of the world’s most ambitious tourism and real estate developments spanning 28,000 square kilometres and valued at $10 billion, I have been tasked with implementing a robust project risk management framework. This role has involved ensuring that teams deliver on time, within budget, and with exceptional quality. My research reveals that the true value of risk management often lies in aligning closely with stakeholder expectations and supporting accountable risk owners, rather than over-relying on advanced techniques and forcing our complex skillset on teams. In this presentation, I will share insights on which risk management approaches proved most effective in a dynamic and innovative environment. Discover why revisiting fundamental risk management principles might be the key to enhancing performance and effectiveness in today’s complex and fast-paced projects. Join me to explore how a back-to-basics approach can offer profound benefits even in the most advanced project environments. 1. Betty J. Smith and Chris J. L. K. Britton in their book "Managing Project Risks and Opportunities 2. Data gathered from 2020, McKinsey & Company and 2022, Project

In today’s fast-paced business environment, relying on opinions, status updates, and personal assurances can lead to costly project failures. Successful project leaders understand that data—not promises—drives informed decision-making, mitigates risks, and ensures project success. This session will explore the critical role of data in project leadership, highlighting how to leverage real-time metrics, key performance indicators, and analytics to gain true project visibility. By shifting from trust-based to data-driven decision-making, leaders can improve accountability, optimize resources, and drive better outcomes.

In pursuit of enhanced performance, industries are increasingly experimenting with collaborative models. Despite these initiatives, the engineering and construction sector continues to underperform relative to the broader economy. This presentation will examine the potential of structured collaborative models to address this productivity gap and will showcase the benefit obtained by pioneers clients. We will explore key collaborative features and strategies for structuring agreements, with a particular emphasis on alliances in complex and giga projects. These projects benefit significantly from joint coordination, advanced digitalization, and early supply chain involvement. The presentation will underscore the key-role of technology and the advantages of a robust, consistent project control ecosystem in enhancing performance at project, programme and portfolio level. Furthermore, we will analyze how collaborative contracts can reduce disputes and mitigate project risks by fostering a more transparent environment for stakeholders. Case studies from the renewable energy and defense sectors will be presented to illustrate these principles. Join us to discover how a structured approach to collaborative integration can drive productivity gains in project delivery.

Using Quantitative Risk Assessment method is crucial for EPC Project especially in Oil and gas industry either for End-user (Project Owner) or EPC Contractor. As the End-User (Project Owner) usually has a Product delivery contracts that needs to be respected so delivering beyond the delivery dates may have some major consequences. Also, in case of Budget overrun that may result in not achieving the project economic indicators (IRR, NPV, and ROI). Same goes to the EPC Contractors submitting a bids in oil and gas projects that usually complex project can be challenging in usually they do have hefty delay penalty they want to avoid. Also running over budget may drastically affect the contractor’s financial health. Accordingly, utilizing Quantitative Risk Assessment in forecasting project budget and planned schedule. Therefore, employing QRA to forecast project budgets and schedules is vital. It enables decision-makers to anticipate potential issues and make proactive, risk-aware decisions to enhance project outcomes. In this seminar we will explore the following: 1. Collecting Data for QRA: Exploring the different data collection methods to support Quantitative Risk Assessment. 2. Probabilistic Modeling: By quantifying uncertainties and Risk Events, using a method like Monte-Carlo simulation to assess the confidence level in budget and schedules. 3. Sensitivity Analysis: Understanding which factors significantly influence project outcomes is crucial. Sensitivity analysis helps identify key drivers and prioritize risk responses. 4. Risk Response Strategies: Exploring the different Risk Response strategies and measure its expected effectiveness based on data. 5. Decision Support: Showing how QRA can support the decision maker how to select the optimum decisions. In summary, QRA provides a structured framework for managing risks, ensuring that oil and gas EPC projects navigate uncertainties successfully. By integrating quantitative analysis into project controls, organizations can optimize performance, reduce surprises, and enhance overall project resilience.

Taklifa is an advanced application designed to streamline cost estimation requests for PDO. It ensures data completeness before preparation begins, provides timelines for completion, and automates review and approval workflows for reviewers and Technical Authorities (TAs). Replacing the Cost Estimate E-Form "old tool", Taklifa enhances efficiency, transparency, and stakeholder visibility in the cost estimation process.

In the swiftly changing landscape of project management, the necessity for effective project controls is crucial. This paper investigates the amalgamation of project controls within the framework of the Project Management Institute's PMBOK (Project Management Body of Knowledge) and how it can lead to improved project outcomes. By examining best practices, case studies, and the latest trends in project controls, this paper aspires to furnish insights for project managers and stakeholders attending the Project Controls Expo UAE 2025.

Oil and gas construction projects are inherently complex, involving extended durations, significant capital investments, and multiple stakeholders across regions. Delays are frequent, driven by factors such as inadequate project planning, supply chain disruptions, labor shortages, regulatory challenges, and geopolitical risks. These delays result in budget overruns, erosion of stakeholder confidence, and contract disputes, ultimately affecting project outcomes. This presentation will examine the primary causes of delays, focusing on critical areas including risk management, schedule control, and resource planning. It will emphasize the financial, operational, and reputational impacts of delays on project delivery and stakeholder expectations. To mitigate these risks, the presentation will propose best practices in project management, such as robust planning, risk assessment frameworks, integration of advanced project control tools, enhanced stakeholder collaboration, and the adoption of agile project management and flexible contracting models. These approaches will enable project teams to proactively address challenges, improve schedule performance, manage costs, and reduce the potential for disputes. In an industry where timely project completion is essential, effective delay mitigation and proactive management are key to sustaining competitive advantage and ensuring successful project execution.

In today’s business environment, nurturing creativity is essential for driving innovation and staying ahead of the contest and Stakeholders expectations. To have a successful project that meets stakeholders’ objectives and delivered in target cost and schedule, we must have fully control elements as repeatable processes for measuring project status, forecasting likely outcomes based on those measurements and then improving project performance if those projected outcomes are unacceptable. The real challenge deception in developing a culture that values and encourages creativity despite the constant pressure of deadlines, budgets and performance metrics.  As organizations grow and mature, they incline to arrange operational efficiency and control, which can inadvertently restrain their team’s productive capability. Whether it’s creating project plans, schedules, work-breakdown structures or cost estimates, planning gives your team a baseline to work with throughout the project. In this paper we will go through case study for this fast-track project and how the project control processes start from identify the aspects of control, especially in Brownfield modifications, in addition to projects successful elements start in different phases up to close out phase. This resulted in the following environmental, reliability, and cost benefits: * 1000 tons of CO2 emissions per year eliminated * $1 million per year of operating cost savings through reduced diesel fuel usage and lower maintenance costs * Project payback period of less than 6 months * Improved reliability for the overall system * Inhouse engineering saved around $ 200,000.

The market size of AI & ML in oil & gas reached USD 2.5 billion in 2024 and is set to grow at a 7.1% CAGR from 2025 to 2034, driven by the increasing focus on digital transformation. In today's rapidly evolving project landscape, megaprojects and 'giga projects' face increasing complexities, with over 70% experiencing schedule delays and 80% exceeding budgets. Traditional project controls are no longer sufficient to manage these high-risk, high-complexity ventures effectively. This presentation explores how AI can revolutionize project controls by enabling predictive analytics, automated benchmarking, and proactive risk management. AI is revolutionizing the oil and gas sector, streamlining processes from exploration and production to refining and distribution, AI and ML are unlocking new possibilities and addressing long-standing challenges in this complex and dynamic sector. It enhances efficiency, safety, and profitability across the value chain. This paper aims to identify and assess various applications of AI and ML in the oil and gas industry. We’ll explore how these technologies are not only improving operational performance but also contributing to safer, more sustainable practices. The fusion of big data analytics, IoT sensors, and advanced algorithms is paving the way for smarter decision-making, predictive capabilities, and autonomous operations, ultimately redefining the future of energy production and management.

Trust is the cornerstone of effective leadership. In this talk, we explore how trust acts as the invisible force that binds leaders and teams, fostering collaboration, resilience, and innovation. The talk begins by establishing that trust is more than a leadership trait—it's the foundation upon which all successful and innovative teams are built. Through this talk, the audience will leave with a deeper understanding of why trust is what builds legacies and future proofed organizations.

The use of Artificial Intelligence (AI) is transforming the field of cost engineering by redefining traditional approaches to cost and schedule validation. This presentation explores how AI technologies, such as machine learning and natural language processing, are revolutionizing the accuracy, efficiency, and reliability of these critical project control processes. By automating data analysis, AI tools can identify patterns, predict cost overruns, and validate schedules based on historical data, real-time project performance, and risk factors. The integration of AI-driven solutions reduces human error, improves decision-making speed, and enhances project controls by providing deeper insights into potential project risks and opportunities. A case study is presented to demonstrate the effectiveness of AI in automating validation processes, predicting project outcomes, and ensuring that cost estimates and schedules align with industry benchmarks and project-specific requirements. This presentation concludes with a discussion of the benefits and challenges of AI adoption in cost engineering and provides recommendations for future integration of these technologies to optimize project delivery and performance.

Construction projects often struggle with scattered information and limited communication between teams. This presentation will show a theoretical way to tackle these issues, leveraging the power of blockchain technology. The presentation proposes a complete "Rules of Progress" (ROP) system that goes beyond just tracking completed tasks. This system will cover engineering and procurement too, creating a one-stop shop for monitoring progress throughout the entire project. By storing these ROPs on a secure and unchangeable digital record (blockchain), everyone involved gets real-time updates on every project aspect. This improved transparency fosters teamwork, simplifies decision-making, and allows for proactive risk management. Additionally, the secure and immutable nature of blockchain ensures data remains accurate, building trust and accountability among all project participants. This presentation will explore the practical uses of this innovative system, demonstrating how it empowers construction companies, engineering teams, and procurement specialists to work together smoothly, ultimately leading to better project control, cost savings, and successful project completion.

This study aims to determine factors influencing the adoption of digitalization in the context of Middle East construction industry. The importance of construction industry to overall economy, society and environment has been well established by the existing literature, it has been established that the construction industry has been slow in adoption of technologies. The issues plaguing the construction industry such as low profitability, huge carbon footprint, cost and time overruns require innovation and adoption of new technologies, multiple digital technologies exist at different levels of maturity which can bring benefits for the construction industry and thus to the society and environment. As in the case of any technology adoption, various factors interplay at individual, organization and environmental levels leading to adoption, this study aims to identify these factors and statistically test the relationships between through a structural equation model. This model could help to conduct further studies in the area of digitalization and technology adoption in the construction industry.

Quantitative Risk Analysis (QRA) can often be simply a tick box activity to satisfy contractual or regulatory requirements. This presentation challenges that mindset, exploring why it persists and highlighting the transformative of adopting a more strategic approach and improving organisational Project Risk Management Maturity. Attendees will gain insights into a best practices framework for advancing project risk modelling maturity. The session will focus on some key insights that your models should deliver, offering practical guidance to empower organizations to make smarter, risk-informed decisions. This presentation is ideal for professionals seeking to ask the right questions of their subcontractors or for organizations aiming to harness the full potential of mature project risk analysis techniques.

An Issue can be defined as problems, gaps, inconsistencies, or conflicts. Issues need to be recorded as they occur, and an Issues management procedure/process provides a robust way identifying and documenting issues and problems that occur during a project. The process also makes it easier to evaluate these issues, assess their impact, and decide on a plan for resolution and assigns responsibilities for actions. reporting and communicating what’s happening on the project, it ensures that issues are raised and investigated with resolution options that effectively and quickly resolves them. We need a defined process ensure that issues are not ignored until it is too late to deal with them. successfully An issues log captures detail of issues and gives status and who is responsible for resolving it while providing: • Safe and dependable method for the team to raise issues. • Tracking and responsibility assignments to specific people for each issue. • Easier Analysis and prioritizing • Record of issue resolution for future reference and lessons learned. • Monitor and control overall project delivery, health, and status. Identifying and segmenting key stakeholders is also key for issues management . Identifying the relevant stakeholders that project team will have to deal with according to the Employer’s Program Stakeholder Management & Plan ii. Setting up engagement strategies that will be regularly assessed and reviewed together with the Employer’s representative iii. Proposing relevant Communication frameworks with the different stakeholders previously identified according to their nature and level of involvement in the Project iv. Defining the roles and responsibilities of the key-persons towards the Employer.

In today’s fast-paced and interconnected world, project leaders face a formidable challenge: complexity. Unlike straightforward or complicated problems, complex issues stem from dynamic systems with numerous interdependencies, uncertain outcomes, and no predictable path forward. The question is: how can we, as project professionals, effectively control complexity to deliver successful outcomes? This session will explore actionable strategies to manage complexity without oversimplifying or losing focus. Attendees will learn how to: Distinguish complexity from complication: Understand when traditional tools and linear problem-solving approaches are insufficient and why adaptive methods are crucial. Harness team intelligence: Tap into diverse perspectives and expertise to navigate uncertainty and uncover innovative solutions. Design intentional collaboration: Use structured frameworks to bring clarity to chaos while fostering creativity and alignment. Prioritize actionable clarity: Focus on what matters most, manage ambiguity effectively, and drive impactful results. The discussion will feature practical examples and insights tailored to the project controls profession, demonstrating that controlling complexity is not about eliminating it but about leading with clarity, adaptability, and purpose. Attendees will leave equipped with a mindset and tools to tackle their most complex challenges with confidence and control.

Risk management is integral to project control, fostering a proactive culture that enhances project success. By systematically identifying, assessing, and responding to risks, organizations can navigate uncertainties and achieve their project goals more effectively. This approach not only safeguards project investments but also contributes to sustainable business practices and continuous improvement in project delivery.

In reflecting on everything explored, it becomes clear that the PMO is not just a supportive entity but a transformative force within an organization. By effectively centralizing and standardizing project management practices, the PMO enhances coordination, boosts efficiency, and ensures alignment of all projects with the organization’s strategic goals. Its role in fostering innovation, providing governance, and serving as a repository of knowledge makes it an essential driver of organizational success. Through tools, methodologies, and dedicated resources, the PMO empowers teams to overcome challenges and achieve project objectives consistently. As organizations continue to evolve, the PMO will undoubtedly remain a cornerstone, bridging tactical execution with strategic vision, and enabling a cohesive, adaptable, and forward-thinking approach to achieving excellence in project management.

Developing a world-class project risk management (PRM) framework poses several challenges due to the complexity and variability of projects across industries, geographies, and organizational structures. A robust PRM framework must not only identify and mitigate risks but also adapt to evolving environments while ensuring strategic alignment with organizational goals. This abstract outlines the key challenges that organizations face in creating an effective PRM framework.

Complex infrastructure projects are highly susceptible to events that induce disputes and conflicts between the involved parties. Such events may result in delays for the project completion where an extension of time claim (EOT) becomes a tool to manage delay consequences. The cause and effect relationship of such events has been always a controversial issue between the opposed parties. Several delay analysis methodologies were established to identify and quantify the impact of these events. Although they are based on the field’s expertise and other recommended practices, their results are usually considered subjective and inaccurate. The results of delay analysis are normally intended for legal proceedings, where the accuracy, the credibility and the subjectivity of the method will be examined by a tribunal committee. In this study, the main forensic delay analysis methodologies are thoroughly investigated, where the characteristics and the limitations of each methodology are indicated from the literature review. The feasibility and the practicality of the methodologies; as-built vs. as-planned, impacted-as-planned, collapsed-as-built, snapshot analysis and time impact analysis are assessed by applying them on a case study. Through the evaluation and analysis of the results, several indicators are examined which further clarifies the selection criteria of the delay analysis methodologies. The contractual conditions play a critical role in the selection of the methodology, this issue is further investigated in this study; where several FIDIC approved adjudicators in Germany, France and Jordan are interviewed and their feedbacks are used to illuminate the influence of the contractual interpretation on the selection of the methodology and explain the success factors of EOT claims.

1. Introduction (5 min) 2. Understanding Volumetric Modular Manufacturing (5 min) 3. The Linq Modular Approach (15 min) 4. Benefits and Applications (10 min) 5. Challenges and Future Trends (10 min) 6. Conclusion & Q&A (10 min)

1. Developing a Digital Augmentation Strategy with Reality Capture a. Aligning traditional construction and project control expertise with reality capture technologies and (AI) b. Crafting a robust plan that integrates reality capture into existing workflows for improved outcomes. 2. Cultural Change and Upskilling a. Fostering a data-driven mindset to leverage reality capture effectively. b. Managing organisational change to support the adoption of new technologies. c. Upskilling teams to utilise reality capture tools proficiently. 3. Seamless Integration of Reality Capture Across Project Stages – Case Study 3. A fast paced fit out project, where Visualise (Gleeds Reality Capture Solution powered by OpenSpace AI) was integrated into the service delivery methodology to augment the following crucial activities: a. Design Stage: Design Coordination i. Enhancing collaboration and providing visual context of actual site conditions. ii. Ensuring optimal coordination of design through accurate, up-to-date site data. b. Tender Stage: Tender Documentation i. Increasing the robustness of tender documents with precise site visuals. ii. Improving visual awareness within the supply chain to secure more accurate tender prices. iii. Reducing the frequency of post-contract changes due to unforeseen site conditions. c. Contract Stage: Collation of Contract Documents i. Establishing a comprehensive, accurate record of actual site conditions. ii. Acting as irrefutable evidence for any post-contract changes or condition surveys. d. Construction Stage: i. Progress Reporting 1. Providing accurate and timely progress updates with visual data. 2. Ensuring all stakeholders are fully engaged and informed for better coordination. ii. Interim Valuations 1. Facilitating accurate and objective assessments to minimise risk exposure. 2. Leveraging visual records to support valuation decisions. iii. Scope/Quality Inspections (Including BIM Overlay Features) 1. Proactive management to maintain program schedules and quality standards. 2. Reducing risks of rework, disputes, additional costs, and delays through early detection. iv. Change Management 1. Streamlining collaboration and information flow among stakeholders. 2. Enhancing awareness of implications to maintain program timelines and reduce delays. v. Quantification of Changes/Claims 1. Enabling accurate, objective assessments with comprehensive visual records. 2. Supporting dispute resolution with evidence-based documentation. vi. Defects Management 1. Simplifying the identification, communication, and resolution of defects. 2. Ensuring a smooth transition for end-users with minimal disruption. 4. Nurturing Talent and Building Resilient Teams a. Strategies to attract and retain talent proficient in reality capture technologies. b. Building teams capable of leading innovation and driving industry transformation.

This paper presents an end-to-end workflow for digitalizing assets as part of existing tank inspection services, aimed at enhancing efficiency, accuracy, and data accessibility. The proposed workflow integrates cutting-edge technologies such as drones, LiDAR, and 3D modeling software, combined with advanced data management platforms, to digitize physical tank assets. The process covers data acquisition, processing, and the creation of detailed 3D models that support inspection, maintenance, and asset management. By incorporating real-time monitoring, automated reporting, and predictive maintenance tools, the workflow improves the overall inspection process, minimizes downtime, and ensures regulatory compliance. The solution enables asset owners to make informed decisions based on accurate, up-to-date digital representations of their tanks, driving operational excellence and extending asset lifecycles

In an era of rapid technological advancements, the construction industry is embracing innovations that revolutionize project control and management. One such breakthrough is the integration of Digital Twins—virtual replicas of physical assets that enable real-time data monitoring and simulation. This presentation will delve into how Digital Twins can transform traditional construction project controls by offering a dynamic, data-driven approach to project management. We'll explore the following key areas: Understanding Digital Twins: A comprehensive overview of Digital Twin technology, its origins, and its application in construction. Real-time Data Monitoring: How the synchronization between physical sites and their digital counterparts facilitates real-time monitoring, offering instant insights into project progress, performance metrics, and potential risks. Enhanced Project Control: The role of Digital Twins in improving cost management, scheduling, and resource allocation through predictive analysis and real-time data integration. Case Studies: Examples of successful Digital Twin implementations in construction, showcasing tangible improvements in project control and efficiency. Future Implications: A look at the future of Digital Twins in smart construction, their potential integration with AI, and the broader impact on the industry. The session aims to provide project managers, engineers, and construction professionals with insights on how Digital Twins can enhance project control, reduce costs, and improve overall project outcomes by leveraging cutting-edge digital technology.