Project Management, Project Life Cycle

This lecture introduces the project parties involved in a project and explains the specific role each one plays. By the end, you will understand how these roles interact and contribute to the overall success of the project.

This lecture defines project delivery methods and provides an overview of the most common approaches used in the construction industry. You will learn about Design-Bid-Build (DBB), Design-Build (DB), Integrated Project Delivery (IPD), Public-Private Partnerships (PPP), and Construction Manager at Risk (CMAR), along with their key features and applications. Understanding the differences between these methods will help you choose the right approach for successful project execution.

This lecture explains the main types of construction contracts, including Remeasured, Lump Sum, and Cost Plus agreements. You will learn the differences between these contract models and understand which types of projects are most suitable for each. By the end, you will be able to identify the advantages and limitations of every contract type in real project scenarios.

This lecture introduces the concept of FIDIC contracts, explaining what they are and why they are widely used in the construction industry. You will learn how FIDIC provides a standardized framework for project agreements and plays a vital role in preventing and resolving disputes. By the end, you will understand the value of FIDIC in ensuring fairness and clarity between project parties.

This lecture explores three major types of FIDIC contracts: the Red Book, Silver Book, and Yellow Book. You will learn about the purpose and applications of each contract, as well as the types of projects where they are most commonly used. A practical example of a FIDIC clause is also explained to demonstrate how these contracts are applied in real-world projects.

This lecture introduces the concept of tendering and explains its main types, including Open Tendering, Selective Tendering, Direct Tendering, and Negotiated Tendering. You will also learn about the process of evaluating bids and how contractors are selected during this stage. By the end, you will have a clear understanding of the tendering methods and their impact on project outcomes.

This lecture continues the discussion on the tendering stage, focusing on how the contractor is formally notified of being awarded the project and the key elements included in this notification. It also explains the concept of the advance payment guarantee, which the contractor provides to the owner in exchange for receiving the advance payment. By the end, you will clearly understand how these steps secure both parties’ interests and ensure a smooth project start.

This lecture marks the transition from the project preparation phase to the execution phase, focusing on who will actually work on the project. We will explore the role of each engineer and the responsibilities of different departments throughout the entire project lifecycle, from design to execution and final delivery. By understanding these roles, you will gain a comprehensive view of how projects are structured and managed. This knowledge will also help you identify which stage, role, or department best aligns with your career goals—whether you want to start in a specific field, shift to another department, or simply gain clarity on the responsibilities within each area.

This lecture explains the key responsibilities of the technical office, focusing on the different types of drawings it handles. You will learn the differences between IFT (Issued for Tender), IFC (Issued for Construction), Shop Drawings, and As-Built Drawings. Practical examples will also highlight the distinction between design drawings, prepared by the consultant, and shop drawings, developed by the contractor’s technical office for execution. By the end, you will clearly understand how drawings evolve from design to implementation. This insight will help you appreciate the critical role of the technical office in bridging design and construction.

This lecture continues to explain the responsibilities of the technical office with additional examples highlighting the difference between design drawings and shop drawings in architectural works. We will also cover how the technical office prepares RFIs (Requests for Information) whenever there are unclear details in the drawings, as well as its critical role in managing and approving the materials to be used in the project. These tasks ensure accuracy, clarity, and compliance throughout the construction process. By the end, you will understand how the technical office directly influences project success and quality delivery.

This lecture explains the importance of the site execution department in transforming shop drawings into reality on the construction site. You will learn about its crucial role in managing labor and subcontractors to ensure that all works are executed with the highest possible quality. By the end, you will clearly understand how effective site execution drives the success of the entire project. This will help you appreciate the practical side of construction management and the challenges of turning designs into finished projects.

This lecture focuses on the role of the quality control (QC) department in construction projects. You will learn how the QC team prepares the method of statement and execution plan for each activity to obtain consultant approval. The lecture also explains how the QC department inspects and hands over the executed works from the site execution team to the consultant, including conducting the required tests when necessary. By the end, you will understand the importance of quality control in ensuring that construction works meet standards and project specifications. This will help you value the QC department’s role in achieving reliable, compliant, and high-quality project outcomes.

This lecture introduces the Quantity Surveying (QS) department and its vital role in construction projects. You will learn why quantity take-off is performed and how it is carried out as the foundation for cost control and project financial management. The lecture also sets the stage for upcoming topics, where we will cover subcontractor invoices, client invoices, and variation orders in detail. By the end, you will understand the importance of accurate quantity take-off and how it supports effective project planning and budgeting. This will help you appreciate the QS department’s critical role in linking technical execution with financial success.

This lecture provides a practical introduction to quantity take-off by working through an example from the Bill of Quantities (BOQ). You will learn how to read the method of measurement and interpret the item description in order to determine the correct approach for measurement and take-off. By the end, you will be able to connect the BOQ details with practical quantity surveying tasks. This will help you build confidence in analyzing BOQs and preparing accurate measurements for real projects.

This lecture focuses on how to present your quantity take-off to the consultant for approval rather than starting the measurement from scratch. You will learn different methods of presenting quantities for key structural items such as plain concrete footings, reinforced concrete footings, and concrete columns. By the end, you will understand how to prepare clear and accurate QS submissions that meet consultant requirements. This will help you develop the professional skills needed to communicate your work effectively and gain approvals in real projects.

This lecture continues the explanation of quantity take-off by focusing on structural elements such as reinforced concrete slabs and beams. You will learn how these items are measured and documented within the BOQ, with practical insights into the methods used for accurate take-off. By the end, you will have a deeper understanding of measuring major structural components. This will help you strengthen your quantity surveying skills and apply them confidently in real-world projects.

This lecture extends the quantity take-off explanation to finishing works, including items such as blockwork and plastering. You will learn how to measure and present these activities within the BOQ, building on the previous structural examples. At the end of this section, I will also encourage students to reach out if they face challenges with any specific item they cannot measure or find clear resources for. I will do my best to provide guidance and, when possible, create additional YouTube content to address these topics so that everyone can benefit. By the end, you will see how quantity take-off applies across both structural and finishing works. This will help you gain practical confidence in handling different project items and engaging with the learning community.

This lecture highlights key considerations to keep in mind while performing quantity take-off to help you manage your effort effectively and minimize the possibility of errors. You will learn practical tips for organizing your work, double-checking critical measurements, and maintaining accuracy across different BOQ items. By the end, you will be equipped with strategies to work more efficiently and confidently. This will help you develop a professional approach to quantity surveying and build trust in the quality of your work.

This lecture explains the role of subcontractors in construction projects and how they are selected and contracted. You will learn the key steps in subcontractor engagement, including the evaluation process, agreement signing, and the financial implications of their work. A sample subcontract agreement will also be presented, with a breakdown of its main contents and clauses. By the end, you will have a clear understanding of how subcontractor relationships are managed contractually and financially. This will help you gain practical insight into handling subcontractor agreements and ensuring smooth collaboration on projects.

This lecture continues the discussion on subcontractor invoices, focusing on how to prepare an invoice based on the terms of the subcontract agreement. You will learn the step-by-step process of preparing a subcontractor payment application and the key points to review carefully in order to minimize errors. By the end, you will be able to prepare accurate and contract-compliant invoices for subcontractors. This will help you develop both the technical and practical skills needed to manage subcontractor payments effectively.

This lecture introduces client invoices and the essential elements required to prepare them. Building on previous topics such as contracts and quantity take-off, you will now learn how to calculate progress percentages and reflect them accurately in the client invoice. By the end, you will understand how client invoices demonstrate project progress and support financial management. This will help you gain practical skills in preparing professional invoices that link technical progress with contractual and financial reporting.

This lecture continues the explanation of client invoices, focusing on additional elements that may appear in accordance with the contract. You will learn how to apply price adjustment clauses when included in the agreement, as well as how to account for materials on site in the invoice. The lecture also covers the common deductions applied in client invoices and explains the structure and content of the invoice cover page. By the end, you will have a complete understanding of how client invoices are prepared and reviewed in real projects. This will help you build the professional expertise needed to manage project payments with accuracy and contractual compliance.

This lecture explains the concept of variation orders, what they mean, and when a contractor has the right to claim them. You will learn the different methods used to calculate their cost and review a practical example where a contractor submitted a variation order claim. By the end, you will understand how variation orders are identified, justified, and priced in construction projects. This will help you develop the ability to manage contractual changes effectively and protect project interests.

This lecture provides a simple introduction to the role of the cost control engineer and how cost management impacts a construction project. You will learn the basic responsibilities of cost control, including tracking expenses, monitoring budgets, and understanding how financial performance affects overall project success. By the end, you will recognize the importance of cost control as part of project management. This will help you build awareness of how financial oversight directly supports better decision-making and project outcomes.

This lecture introduces the role of the planning engineer and the importance of project scheduling in construction management. You will learn how planning involves developing the project timeline, tracking progress, and identifying delays or risks that could affect delivery. By the end, you will understand how proper planning influences project performance and success. This will help you appreciate the value of scheduling and time management as essential tools for effective project control.