
In this video we will go over the course structure and describe what we will learn in each part of the course. The course is divided into five parts:
- in part 1, we will learn basic project finance theory, so we understand in and outs of project finance before we begin modeling;
- in part 2, we will introduce the toll road case study, review the modeling methods to increase your excel productivity and we will jump into excel to model the construction period in our project finance model;
- in part 3, we will model out financial statements which will include income statement, balance sheet and cash flow statement.
-in part 4, we will introduce project finance items such as cover ratios, debt sculpting, debt service reserve account (DSRA), maintenance reserve account (MRA), revolver and shareholder loan. We will introduce to the problem of circularity in project finance models and we will learn how excel VBA can help us to resolve this circularity in excel. We will carry out valuation and model optimization in this part.
- in part 5, we will go over the advanced project finance modeling methods such as equity first financing, debt sizing macros, DSRA macros and scenario analysis automation.
It is highly recommended to watch this video so that you have the big picture of our journey ahead.
In this lesson we will be talking about what project finance is in the context of raising capital to fund construction of infrastructure projects. We will review distinctive features of the project finance and how project finance is different from the corporate finance.
In this lesson will explore the development of project financing method and review latest trend.
In this lesson, we will review the important financial players, that participate in project finance transaction. These include investors, which are called project sponsors in project finance. Project sponsors, as we shall see, can further be divided into industrial investors, financial investors and sometimes government may also be an investor in the project.
Lender is another financial player which participate in project finance transaction. In fact, lender make project finance possible, because, typically, a majority of construction costs are financed with debt in project finance transaction. We shall see that due to transaction size, lenders typically unite and form a syndicate to arrange a syndicated loan to the project.
In this lesson we will explore the role of industrial players in project finance transaction. These are the companies which build the project, provide operations & maintenance service, supply raw materials and buy the product of the project company.
In this lecture, we will talk about the role of the Government and public private partnerships (PPP) in project finance. We will look at the development of PPA for power industry in the US and its effect on the PPP development. We will then review a dominant PPP form - concession agreement and its main varieties.
In this lesson, we will be looking at the risks in project finance transactions. As in any business venture, the project company in project finance faces 4 types of risks, these are project specific risks, macroeconomic risks, political risks and natural disaster risks. We will discuss these risks and see how they are allocated to the party which is best capable of managing those risks.
In this lesson, we will be looking at the capital and operating cash flows in project finance at different stages of project development. We will review the composition of project costs and project's Capex, different financing methods and forms, and important cash flows for lenders and equity investors.
In project finance, lenders usually impose strict restrictions on how the project company uses its cash. Cash movement in project company is controlled by means of control accounts and cash flow waterfall structure. In this lesson we will review these two important aspects of project finance transaction.
In this lesson we will talk about the covenants in project finance documentation. A covenant, also called an undertaking, is a promise by the borrower to the lender to do something or refrain from doing something in return for getting the loan. Covenants appear in the loan agreement. The financial covenants are extremely important to understand for modelers, because they are part of project finance models.
In this lesson, we will review Quezon power plant case study which will show how proper risk allocation made it possible to finance construction of 800 million dollar power plant in the Philippines.
In this lesson we will continue with Quezon Power Plant project.
In this lesson we will review the case study which will serve as a basis for our project finance model throughout the course.
In this lesson, we will be talking about timeline development in project finance.
In this lesson we will model important dates in our project finance model.
In this lesson we will start with modeling flags in our project finance model.
In this lesson we will continue with modeling important flags in our project finance model.
In this lesson, we will introduce you to the calculation of escalation factors based on the such price index as Consumer Price Index.
In this lesson we will incorporate escalation calculations in our project finance model.
In this lesson we will review construction costs in infrastructure projects.
In this lesson we will model construction costs.
In this lesson we will model construction funding in our project finance model.
In this lesson, we will learn about the financing costs that construction debt generates. These are arranging or upfront fee, commitment fee, agent bank fee and interest during construction.
In this lesson we will model construction debt drawdowns and equity investment on pro-rata basis, and after that, we will model upfront fee and commitment fee.
In this lesson, we will continue with financing costs modeling, and will focus on agent bank fee and interest during construction modeling. After that, we will complete the modeling of sources and uses of funds.
Master the high-end financial modeling skills pivotal to developing, modifying and analyzing financial models for projects in infrastructure sector.
In an online environment you will go from a blank Excel workbook to a financial model suitable for investment analysis, debt structuring and operational scenario evaluation. This course will provide step-by-step instructions on how to build financial model suitable for analyzing project finance transactions.
What this course is about?
Project finance models are used to assess the risk-reward of lending to and investing in an infrastructure project. The project's debt capacity, valuation and financial feasibility depend on expected future cash flows generated by the project itself and a financial model is built to analyze this.
In The Project Finance Modeling course we will model complex greenfield toll road project finance transactions from scratch in excel.
You will learn about:
- what is project finance;
- financial modeling of complex, real-life project finance transactions;
- how to sculpt debt to a target DSCR;
- how to create best practice macro’s and VBA codes to break circularities;
- how to model Debt Service Reserve Account and Maintenance Reserve Account;
- how to model Shareholder Loan, Revolver and Blended Equity IRR;
- building project finance models in excel that cover the entire life of the project;
- carry out valuation analysis based on the discounted cash flow (DCF) and internal rate of return (IRR) methods;
- preparing trusted project finance models tailored to investors and financiers, with a focus on valuation and risk
- financial models that are designed according to the F.A.S.T standards.
This is the same comprehensive financial training used to prepare analysts and managers at top financial institutions and infrastructure funds.
Why you should enroll in the Complete Project Finance Modeling Course?
Realistic project finance training - The Project Finance Modeling in Excel course includes over 9 hours of instructor-led video content to learn at your own pace. After completing this course you will be able to build complex, real-life project finance and valuation models.
Affordability - a similar course, which provides realistic project finance modeling training will cost you anywhere from US$1000 to US$2500 per course.
Learn anytime and anywhere - The Project Finance Modeling course is 100% online so you can learn the modeling when it is convenient for you.
How does it work?
The course length is over 9 hours.
First, we will review basic project finance theory, so you understand all essential components of project finance transaction.
Then, in the second part, we will go over the toll road project case study and review modeling methods to improve our productivity in excel. We will then dive into building our project finance model. We will work on the construction costs, funding and financing fees.
In the third part, we will build fully integrated, 3 statements financial model which will include income statement, balance sheet and cash flow statement.
In the forth part, we will model such items as coverage ratios, debt sculpting, debt service reserve account and maintenance reserve account, revolver, shareholder loan. We will also carry out valuation of the project using discounted cash flow ( DCF ) and internal rate of return ( IRR ) methods. This is a core part of any project finance model.
Finally, in the fifth part, we will introduce advanced financial modeling topics such as equity first funding method, debt sizing automation, debt service reserve account automation and scenario analysis.
Is this course for you?
Yes, if you need to build, review or analyse project finance models within the infrastructure, oil & gas or mining sectors. Typical students include analysts, managers, senior managers, associate directors, financial advisors, financiers and CFOs from project companies, investment banks, private equity and infrastructure funds.
This course prerequisites:
You will need previous exposure to Excel in a financial modelling context and basic knowledge of investment concepts such as NPV and cash flows.