CIFA Advanced Level
Financial Modelling and Data Analytics cheat sheet
Every chapter's key points, formulas and definitions on one page, for the last week before the exam. Each heading links to the chapter that explains it.
Excel for the financial analyst
- Name each answer sheet after the question's entity and lay it out as inputs, calculations, outputs and interpretation, with every answer produced by a formula that reads the input block.
- F4 cycles a reference through $B$7, B$7 and $B7; mixed references let one formula fill a whole grid, such as a table of discount factors.
- A custom number format changes how a value is displayed, not the value stored, so use ROUND only where a figure must genuinely be rounded.
- Blue font marks hard-coded inputs, black font marks formulas and green font marks links to other sheets or workbooks.
- An Excel Table expands and fills its formulas automatically, while a PivotTable summarises a list in seconds but must be refreshed when the source changes.
Key terms
- Workbook
- One Excel file (.xlsx). It holds worksheets and may hold chart sheets. In this paper all your answers sit in one workbook, one worksheet per question entity.
- Worksheet
- One grid of 1,048,576 rows by 16,384 columns (A to XFD). Each answer sheet is named after the entity in the question, for example Makupa Cement or Herbert Rono.
- Cell reference
- The address of a cell, column letter then row number (B7). A reference in a formula can be relative (B7), absolute ($B$7) or mixed ($B7, B$7), which decides how it changes when the formula is copied.
- Named range
- A name such as Loan or Rate given to a cell or range through the Name Box or Name Manager, so formulas read =PMT(Rate/12,Term*12,-Loan) instead of =PMT(B4/12,B5*12,-B3).
- Input cell
- A cell holding a hard-coded assumption: a tax rate, a price, a discount rate. Convention colours it blue so a reviewer knows it may be changed.
- Excel Table
- A range converted with Ctrl+T into a named object that expands automatically, copies formulas down a whole column and allows structured references such as Bonds[Coupon].
- PivotTable
- An interactive summary of a list: drag fields into Rows, Columns, Values and Filters and Excel sums, counts or averages the data without a single formula. It must be refreshed when the source changes.
- Custom number format
- A format code entered in Format Cells (Ctrl+1) that changes how a value is displayed, not the value stored: #,##0,, shows 12,345,678 as 12.
- Relative reference (B7)
- Both column and row move when copied. =C14*$B$7 copied one column right becomes =D14*$B$7: the volume moves to the next year, the price stays put.
- Absolute reference ($B$7)
- Neither moves. Use it for a single input that every period reads: the price, the tax rate, the discount rate.
- Mixed reference, row fixed (B$4)
- The column moves, the row stays. Use it for a header row of rates that a grid reads across.
- Mixed reference, column fixed ($A5)
- The row moves, the column stays. Use it for a column of years that a grid reads down.
- Bonds[Face]
- The whole Face column of the Table named Bonds, excluding the header and total row. =SUM(Bonds[Face]) totals it however many rows are added.
- [@Face]
- The Face value in the same row as the formula. =[@Face]*[@Coupon] is the row's annual coupon.
- Bonds[#Totals]
- The total row, switched on with Ctrl+Shift+T or the Total Row box. Its cells use SUBTOTAL(109,...), which ignores filtered-out rows.
- Bonds[#All]
- The whole Table, headers and totals included, as one range.
The rest of the sheet covers
- Functions for financial models
- What-if analysis tools
- Statistical and matrix functions
- Principles of financial modelling
- Model design, checks and review
- CRISP-DM and the data lifecycle
- Big data and types of analytics
- Tools for data analytics
- Data preparation in Excel
- Data visualisation and dashboards
- Time value of money models
- Loan amortisation schedules
- Depreciation, margin and break-even worksheets
- Capital budgeting models
- Project risk: sensitivity, scenarios and simulation
- Cost of capital and optimal capital structure
- Financial planning models
- Working capital management models
- Industry and company analysis models
- The discounted cash flow model
- The leveraged buyout model
- Mergers and acquisitions models
- Restructuring and distress models
- Preparing financial statements in Excel
- Ratio analysis and the analysis framework
- Analysing banks and financial institutions
- Forecast financial statements
- Earnings quality and forecast sensitivity
- Dividend discount models
- Growth and return on equity analysis
- Free cash flow valuation models
- Residual income, EVA and MVA
- Price multiples and relative valuation
- Bond pricing and yields
- Term structure and bond valuation methods
- Duration, convexity and interest rate risk
- Mortgage-backed securities models
- Forward and futures models
- Swap valuation models
- Option pricing models
- Option Greeks and strategies
- Return and risk measurement
- Portfolio optimisation models
- Portfolio performance measurement
- Value at risk and risk models
- Rebalancing and capital market forecasting
- Emerging issues in data analytics
- Exam technique and revision
- Glossary