Capital Investments and Capital Allocation

A company's long-term value is decided largely by where it puts its capital: which plants it builds, which products it launches and which projects it walks away from. This module classifies capital investments, works through the capital allocation process and the NPV, IRR and ROIC tools used to judge projects, sets out the principles that keep cash-flow estimates honest and the pitfalls that undermine them, and shows how real options add value that a static NPV misses.

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What you will learn

1. Describe the main types of capital investment and explain how the depth of analysis differs across them.

Maintenance and replacement projects keep current operations running and need the least analysis.
Expansion projects grow the existing business and depend on demand forecasts.
Regulatory and compliance projects are required and may have negative stand-alone NPV; choose the cheapest compliant option.
New lines of business are the most uncertain and need the most thorough analysis.
Capital expenditure persistently above depreciation signals growth investment.

2. Describe the steps of the capital allocation process and calculate and interpret a project's net present value and internal rate of return.

Process: idea generation, investment analysis, planning and prioritization, monitoring and post-audit.
NPV = present value of future cash flows - initial outlay; accept if NPV > 0.
IRR is the rate at which NPV = 0; accept if IRR > required return.
For mutually exclusive projects, NPV and IRR can conflict because of scale or timing; choose by NPV.
NPV assumes reinvestment at the required return; IRR assumes reinvestment at the IRR; nonconventional flows can give multiple IRRs.

3. Calculate and interpret return on invested capital, compare it with the cost of capital, and explain its limitations as a measure of capital allocation.

ROIC = after-tax operating profit / average invested capital (debt + equity).
ROIC above the cost of capital means investment creates value; below means growth destroys value.
Economic profit approximately = (ROIC - cost of capital) x invested capital.
ROIC is independent of financing mix because it uses pre-interest profit and total capital.
Limitations: accounting-based, backward-looking, aggregated across projects, ignores timing.

4. Apply the principles for estimating relevant project cash flows and identify common pitfalls in capital allocation.

Use incremental, after-tax cash flows at the time they occur.
Include opportunity costs and externalities such as cannibalization; exclude sunk costs.
Do not deduct interest or dividends; financing costs are in the discount rate.
Pitfalls: inertia, source-of-capital bias, ignoring alternatives, pet projects, EPS focus, optimistic forecasts.
Post-audits expose systematic forecasting errors.

5. Describe the main types of real options in capital projects and calculate a project's NPV including the value of an option.

Real options give the right, not the obligation, to change a project; they add value.
Timing (delay), sizing (abandon or expand), flexibility (price-setting, production) and fundamental options.
NPV with options = NPV without options - cost of options + value of options.
Value options with decision trees: pick the best action in each state, then probability-weight and discount.
Options are most valuable when uncertainty is high.

Module at a glance

Capital projects: maintenance and replacement, expansion, regulatory and compliance, new lines of business, other.
Process: idea generation, analysis, planning and prioritization, monitoring and post-audit.
Accept projects with NPV > 0 or IRR > required return; when rankings conflict, choose by NPV.
ROIC = after-tax operating profit / average invested capital; value is created only if ROIC > WACC.
Use incremental after-tax cash flows: include opportunity costs and cannibalization, exclude sunk costs and interest.
Common pitfalls: inertia, source-of-capital bias, pet projects, EPS focus, optimistic forecasts.
NPV with options = NPV without options - cost of options + value of options.

This free module has 5 lessons, 15 practice questions with full explanations.

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