
Define the Stock smiles scenario: China sourcing via Alibaba, sales on Amazon USA in 2023, with initial assumptions, capex, and straight-line depreciation.
Explore qualitative guidelines for building a robust financial model, including color-coded blue input values, formula-based calculations, linking inputs, avoiding hard coding, and repeating linked data for clarity.
Set up a five-year financial model with separate profit and loss statement, balance sheet, and cash flow statement; format for printability with headers, indentation of subaccounts, borders, and clean styling.
Set up a schedules sheet to house calculations separate from financial statements, link years from the assumptions, and apply consistent formulas across profit and loss, balance sheet, and cash flow.
Compute cost of sales across years using the year-one cost as base and 6% inflation, then multiply by volume to reveal gross profit on the profit and loss.
Model administration cost as 10% of revenue and warehousing and shipping as 15%, using schedule links and absolute references to feed the profit and loss statement.
Calculate marketing costs by applying 25% of revenue to advertisement costs and 25% on affiliate sales (affiliate sales = 30% of revenue), then integrate into profit and loss and ebitda.
Explore fixed assets and depreciation in Excel by building simple and advanced schedules, calculating depreciation, net book value, and accumulated depreciation for accurate balance sheet reporting.
Build amortization schedules for intangible assets, calculate annual amortization at 20%, track opening and closing values, and derive net book value, operating profit, and balance sheet linkage.
Link annual sales to receivables, compute daily sales from 365 days, and multiply by 14 to estimate funds tied up, with payables covered in the next lecture.
Link inventory, receivables, and payables to the balance sheet by transferring values from schedules, updating the balance sheet accordingly.
Compute beginning-of-year equity by linking to end-of-year figures, add debt and incremental investment, derive total and incremental equity, and plan to retain profits as equity.
Complete the profit and loss statement to calculate net profit by incorporating interest income, interest expense, and tax expenses, with tax rate sourced from the assumptions page.
Calculate retained earnings and dividends from yearly profits, and determine incremental equity for the balance sheet. Use if-then logic to ensure dividends adjust when profits change.
Apply subtotals and totals to complete a balance sheet, compute total assets, liabilities, and equity, and add conditional formatting to flag imbalances before moving to the cash flow statement.
Learn to build a cash flow statement from the balance sheet by linking profit before tax, depreciation, and working capital changes to operating, investing, and financing activities.
Ensure no hardcoded values across the three statements by using constants, verify formulas across columns, paste values, format numbers, and confirm print layout for cash flow, balance sheet, and P&L.
Master scheduling formatting in Excel by adding headers, removing hardcoded constants, formatting percentages and numbers, ensuring smooth sheet transitions, and highlighting totals for a polished financial model.
Trace values backwards in a financial model using control left bracket shortcuts to expose how balance sheet debt and working capital derive from assumptions, investment, inventory, and cost of sales.
Learn to modify an Excel model without breaking it by tracing precedents and dependents, inserting rows or columns, and using cut-paste to preserve formula links and relative references.
Create base, best, and worst case scenarios by applying a 20% variation to price, volume, inflation, and growth in the financial model, updating assumptions and schedules accordingly.
Master case analysis in financial modeling by linking assumptions to schedules, using pivot tables and slicers to switch base, best, and worst cases, with vlookup adjustments for prices and volumes.
Define equity value and enterprise value, show how shares and the current market value determine equity value, and explain debt's role in enterprise value for financial modeling.
Convert present value to future value using simple and compound interest, illustrated with $1000 at 10% for 5 years, yielding $1500 and $1610.51, and apply FV = PV(1+r)^n.
Explore perpetuity, a constant annual payment received forever, and learn to calculate its present value using the formula present value equals perpetuity divided by the discount rate.
Financial modeling is one of the most valuable skills in finance, accounting, and investment analysis. In this course, you will learn how to build a complete financial model in Excel and perform a Discounted Cash Flow (DCF) valuation step-by-step.
This course focuses on practical learning. Instead of only discussing theory, we will build a real financial model together in Excel from scratch. By the end of the course, you will understand how companies are valued and how financial models are constructed by analysts.
You will start by learning how to forecast key financial drivers such as revenue, costs, and operating expenses. Then you will build integrated financial statements including the income statement, balance sheet, and cash flow statement. Once the financial model is complete, you will learn how to calculate Free Cash Flow, and perform a DCF valuation to estimate the value of a company.
The course is designed in a structured and beginner-friendly way, so even if you are new to financial modeling, you will be able to follow along and build the model step-by-step.
By the end of this course, you will be able to confidently build financial models in Excel and understand how analysts estimate the value of businesses using DCF valuation.
What You Will Learn
How financial models are structured in Excel
How to forecast revenue, costs, and operating expenses
How to build integrated 3-statement financial models
How to calculate Free Cash Flow (FCFF)
How to apply discounting and perform DCF valuation
How financial analysts estimate the value of companies
Who This Course Is For
Students learning finance, accounting, or business
Accountants who want to develop financial modeling skills
Finance professionals who want to understand business valuation
Anyone interested in learning DCF valuation and financial modeling in Excel
Requirements
Basic understanding of financial statements
Basic familiarity with Microsoft Excel
This course will give you the practical foundation needed to build financial models and perform DCF valuations in Excel, an essential skill for many roles in finance, accounting, and investment analysis.