How to build a financial management course: a complete guide for lecturers

Central question: What should financial managers optimise, and how should they respond when value, resilience and stakeholder priorities pull in different directions?

Open the course by establishing financial management as a decision discipline rather than a collection of formulas. Students need a clear map of investment, financing, liquidity, payout and governance decisions, together with an explicit account of who bears risk and who receives value.

What this concept covers

• The purpose and scope of financial management within the organisation.
• Shareholder value, enterprise value, resilience and stakeholder claims.
• The CFO, treasury, FP&A, management accounting and operating-manager interfaces.
• Agency conflicts, incentives, governance and ethical limits on financial choices.

Learning outcomes

By the end of this concept, students should be able to:

• Map the main financial decisions in a firm.
• Distinguish value creation from short-term accounting performance.
• Identify the stakeholders affected by a financial policy.
• Frame a financial recommendation with an explicit objective and constraints.

Supports Course Outcomes 1 and 2.

How to teach it

• Ask students to classify ten familiar decisions as investment, financing, liquidity, payout or governance choices.
• Contrast a high-NPV decision with one that creates unacceptable liquidity or conduct risk.
• Use a board mandate exercise to make objectives and constraints visible.
• Return to the same mandate in Session 12 and test whether it survived the course.

Case-style example

Harbour Foods can close a regional plant and raise annual free cash flow by £6.4 million, but closure costs £18 million today and removes 320 jobs. A modernisation plan costs £25 million, saves £4.6 million a year for eight years and reduces emissions by 22%. Students calculate both NPVs at 9%, then write a 150-word board recommendation. They discover that a positive NPV does not eliminate financing, execution or stakeholder trade-offs.

Where students struggle

Students often treat maximising value as permission to ignore timing, distribution and constraints. Require them to name the beneficiary, the risk bearer, the horizon and the liquidity consequence of every recommendation.

Reading and a quick check

Assign the Graham reading after the introductory textbook chapter. Close with a one-minute paper: name one decision that raises reported profit but may destroy value, and explain the mechanism.

Teaching activity

Use a board-mandate workshop rather than a simulation here. The output becomes the reference point for later investment, financing and liquidity decisions.

Where it leads

The next concept gives students the evidence base required to diagnose whether a business is creating value, consuming cash or carrying hidden financial risk.

Central question: How can students turn the income statement, balance sheet and cash flow statement into a defensible diagnosis of performance and financial health?

Financial management begins with reliable diagnosis. Teach the statements as one connected system: operating choices affect profit, working capital and cash; investment appears in assets and cash flows; financing choices alter leverage, interest and financial flexibility.

What this concept covers

• Connections among the three primary financial statements.
• Profitability, liquidity, efficiency and solvency ratios.
• Cash conversion, free cash flow and the difference between profit and cash.
• Trend, common-size, peer and quality-of-earnings analysis.

Learning outcomes

By the end of this concept, students should be able to:

• Reconcile operating events across the three statements.
• Calculate and interpret a focused ratio set.
• Diagnose the drivers of ROIC, liquidity and leverage.
• Defend a financial-health judgement using quantitative and qualitative evidence.

Supports Course Outcomes 1 and 2.

How to teach it

• Begin with one transaction and trace it through all three statements.
• Use a ratio tree so students explain drivers rather than list outputs.
• Give groups the same company but different comparison bases: prior year, budget and peer.
• Require a diagnosis before introducing valuation or project appraisal.

Case-style example

Northstar Components reports revenue of £84 million, EBITDA of £11.8 million and net income of £5.1 million, yet operating cash flow falls from £7.2 million to £1.4 million as receivables rise by £6.0 million and inventory by £3.5 million. Students calculate margins, DSO, inventory days and cash conversion, then decide whether the deterioration is growth investment or a control failure. They discover that the same growth story can support two defensible diagnoses.

Where students struggle

Students often calculate ratios accurately but explain them in isolation. Mark the causal chain: business event, statement effect, ratio movement, risk, and decision implication.

Reading and a quick check

Use the CFA Institute financial analysis reading. Ask students to submit a five-line diagnostic dashboard containing one profitability, liquidity, efficiency, solvency and cash-quality measure.

Where a simulation fits

Run the Financial Statement Analysis Simulation after this concept. Students calculate and interpret ratios across the statements, respond to updated company information and revise a supported share-price prediction.

Where it leads

Once students can diagnose current performance, they can price the timing and risk of future cash flows.

Central question: What return should a project or business have to earn before it creates value?

Bring discounting, risk and the cost of capital together. The objective is not to make students repeat CAPM mechanically, but to show that every valuation or investment decision embeds a view about timing, risk, financing and opportunity cost.

What this concept covers

• Present value, future value, annuities and perpetuities.
• Systematic and diversifiable risk, beta and required return.
• Cost of debt, cost of equity and weighted average cost of capital.
• Project-specific risk, country risk and the limits of a single hurdle rate.

Learning outcomes

By the end of this concept, students should be able to:

• Discount uneven cash flows consistently.
• Estimate a transparent cost of capital.
• Explain when corporate WACC is an unsuitable project hurdle rate.
• Defend assumptions with market evidence and sensitivity ranges.

Supports Course Outcomes 2 and 3.

How to teach it

• Use a timeline before introducing formulas.
• Give students two peer sets and ask which better matches operating risk.
• Separate operating risk from financing risk before relevering beta.
• Require a one-page discount-rate note with sources and a range.

Case-style example

Arbor Renewables is considering a 12-year UK battery project and a 12-year project in a higher-risk market. Both require £40 million and forecast £7.2 million annual cash inflow. The group WACC is 8%, while evidence supports project rates of 8.5% and 12.5%. Students compute both NPVs and identify the rate at which each becomes zero. They discover that identical cash flows can have different values because risk cannot be hidden inside one corporate hurdle rate.

Where students struggle

Students frequently mix nominal and real cash flows, pre-tax and post-tax rates, or company and project risk. Use an assumption checklist and deduct marks for internally inconsistent combinations.

Reading and a quick check

Assign the textbook chapters on time value, risk and cost of capital. End with a short error audit in which students correct a deliberately inconsistent WACC calculation.

Where a simulation fits

Run the Time Value of Money Simulation after this concept. Students interpret cash-flow timing, select the appropriate present value, future value, discounting, compounding or annuity method, and submit precise numerical answers before reviewing common errors.

Where it leads

The cost of capital becomes the bridge from historical diagnosis to forecasting and investment appraisal.

Central question: How should a firm translate an operating plan into integrated statements, cash needs and financing choices?

Forecasting should connect strategy to financial capacity. Students should see how sales growth, margins, working capital, capital expenditure, taxes and payout combine to create a funding surplus or gap.

What this concept covers

• Driver-based revenue, cost and margin forecasting.
• Integrated projected statements and cash forecasts.
• Scenario design, breakpoints and external financing needs.
• Planning horizons, rolling forecasts and forecast governance.

Learning outcomes

By the end of this concept, students should be able to:

• Build a driver-based integrated forecast.
• Identify the operating assumptions that create a funding gap.
• Test base, upside and downside cases.
• Recommend a financing response consistent with timing and uncertainty.

Supports Course Outcomes 3 and 4.

How to teach it

• Start with operational drivers rather than applying one growth rate to every line.
• Ask groups to forecast the same company under different demand and collection assumptions.
• Use a cash minimum and covenant threshold as hard constraints.
• Require students to explain which assumption deserves management attention first.

Case-style example

Cedar Mobility expects sales to grow from £60 million to £78 million. Gross margin is 34%, fixed operating cost £12 million, capex £9 million, DSO rises from 45 to 58 days and inventory days from 52 to 65. The firm must keep £3 million cash. Students build a one-year forecast and compute the external financing need, then compare a £10 million revolving facility with slower growth. They discover that profitable growth can create a liquidity gap.

Where students struggle

Students often forecast the income statement and bolt on cash afterwards. Insist that balance-sheet drivers and the cash flow statement reconcile before any recommendation is accepted.

Reading and a quick check

Assign the textbook chapter on long- and short-term financial planning. Use a ten-minute sensitivity check on sales growth, margin and DSO.

Teaching activity

Run a spreadsheet modelling lab with protected inputs and a reconciliation check. The assessed output is an assumptions note plus a funding recommendation.

Where it leads

Forecasts make cost behaviour and managerial choices visible, preparing students to analyse product economics before committing capital.

Central question: How should managers use cost and profitability measures when products compete for attention and resources?

Financial managers need to translate internal accounting evidence into choices. Teach contribution, break-even, margin of safety and operating leverage as decision signals, then contrast them with ROI and NPV so students see why short-term product economics and long-term value can disagree.

What this concept covers

• Fixed, variable, direct, indirect and avoidable costs.
• Contribution margin, break-even, margin of safety and operating leverage.
• Relevant costs, constraints and product-mix decisions.
• ROI, NPV and the reconciliation of operational and investment measures.

Learning outcomes

By the end of this concept, students should be able to:

• Apply CVP measures to a product decision.
• Distinguish relevant from allocated or sunk cost.
• Interpret conflicting profitability and investment metrics.
• Recommend a product or resource allocation with explicit trade-offs.

Supports Course Outcomes 4 and 5.

How to teach it

• Give students three products with deliberately conflicting indicators.
• Ask one group to advise as CFO and another as operations director.
• Separate calculation accuracy from decision quality in the rubric.
• Use the debrief to show when a constraint changes the preferred product mix.

Case-style example

Lumen Audio can launch Echo, Pulse or Studio. Expected annual units are 90,000, 55,000 and 28,000; unit contributions are £24, £38 and £72; dedicated fixed costs are £1.5 million, £1.2 million and £1.0 million; initial investments are £2 million, £3 million and £5 million. Students compute break-even, margin of safety and first-year ROI, then select one product. They discover that the safest operating profile need not offer the highest strategic value.

Where students struggle

Students may choose the product with the highest margin, lowest break-even or largest NPV without reconciling the measures. Require a decision rule and a paragraph on what could reverse the choice.

Reading and a quick check

Assign the relevant managerial finance and accounting sections. Close with a short classification exercise on sunk, incremental, opportunity and avoidable costs.

Where a simulation fits

Use the Managerial Accounting Simulation as preparation or consolidation. Students compare three products using contribution, break-even, ROI and NPV before explaining a product choice.

Where it leads

The next concept extends product-level judgement into full capital budgeting with incremental project cash flows.

Central question: Which cash flows belong in an investment appraisal, and which decision rule should carry the recommendation?

Capital budgeting is where financial management becomes an explicit commitment of scarce resources. Focus on incremental after-tax cash flows, timing and decision logic before adding uncertainty.

What this concept covers

• Incremental cash flows, sunk costs and opportunity costs.
• Working capital investment, depreciation tax effects and terminal value.
• NPV, IRR, payback and profitability index.
• Mutually exclusive projects, scale differences and capital constraints.

Learning outcomes

By the end of this concept, students should be able to:

• Construct a project cash-flow schedule.
• Apply and reconcile major appraisal methods.
• Resolve conflicts between NPV and IRR.
• Defend an investment recommendation using value and constraint evidence.

Supports Course Outcomes 5 and 6.

How to teach it

• Build the cash-flow schedule before calculating any metric.
• Use a red-flag list for sunk costs, financing flows and allocated overhead.
• Compare projects of unequal scale and life.
• Require a short committee memo, not only a spreadsheet.

Case-style example

Meridian Packaging compares Line A, costing £14 million and generating £3.8 million a year for five years, with Line B, costing £22 million and generating £5.2 million a year for six years. Both require working capital equal to 8% of next year's sales and have terminal proceeds of £1 million. Students build after-tax cash flows at 10%, compute NPV, IRR and payback, then recommend under a £20 million cap. They discover why ranking and feasibility are separate questions.

Where students struggle

Common errors include including interest in project cash flow while also discounting at WACC, ignoring working capital recovery and treating allocated overhead as incremental.

Reading and a quick check

Assign the capital budgeting techniques and cash-flow chapters. Finish with a five-item cash-flow inclusion test.

Where a simulation fits

Run the Capital Budgeting Simulation after this concept. Each student acts as CFO, calculates NPV, IRR, profitability index and payback, selects among competing projects, and then allocates a fixed $10 million budget across a portfolio.

Where it leads

A deterministic NPV is only a starting point. The following concept adds scenarios, sensitivities, flexibility and capital rationing.

Central question: How should managers invest when forecasts are uncertain and the budget cannot fund every positive-NPV opportunity?

Move students from point estimates to decision resilience. Sensitivity, scenarios, break-even analysis, decision trees and real options help reveal what drives value and how management can adapt.

What this concept covers

• Sensitivity, scenario and break-even analysis.
• Probability-weighted outcomes and decision trees.
• Real options to delay, stage, expand or abandon.
• Capital rationing, portfolio balance and strategic dependencies.

Learning outcomes

By the end of this concept, students should be able to:

• Identify the critical drivers of project value.
• Construct coherent downside and upside scenarios.
• Value or explain managerial flexibility.
• Allocate a fixed budget across competing opportunities.

Supports Course Outcomes 6 and 7.

How to teach it

• Limit each group to three material uncertainties.
• Ask students to distinguish uncertainty from bias in the base case.
• Use a portfolio of projects with dependencies and indivisibilities.
• Reward transparent rejection of a positive-NPV project when constraints justify it.

Case-style example

Orion Consumer has £100 million for five projects requiring £20m, £35m, £45m, £55m and £70m, with base NPVs of £6m, £11m, £15m, £17m and £25m. Two projects share the same bottleneck, one creates a £9m follow-on option, and one loses £18m in the downside. Students build feasible portfolios, stress test demand and recommend an allocation. They discover that the highest individual NPV does not always create the best constrained portfolio.

Where students struggle

Students may produce many scenarios without decision relevance. Require each scenario to change a named driver and state whether the recommendation changes.

Reading and a quick check

Assign the Sureka et al. review alongside the textbook risk chapter. Use a one-page sensitivity tornado and an assumption ownership note.

Where a simulation fits

Run the Managerial Accounting Simulation after this concept. Its second decision asks each participant to allocate a fixed £100 million equivalent budget across five opportunities through CFO, COO, CMO and CEO perspectives.

Where it leads

Investment decisions create immediate and continuing cash demands, making working capital and liquidity the next logical focus.

Central question: How can a firm release cash without damaging sales, operations or supplier resilience?

Teach working capital as a cross-functional system. Receivables, inventory and payables policies alter liquidity, customer experience, operational continuity and risk, so the shortest cash conversion cycle is not automatically the best policy.

What this concept covers

• Operating working capital and the cash conversion cycle.
• Receivables policy, DSO, credit risk and collections.
• Inventory policy, turnover, service levels and stockout risk.
• Payables, supplier terms, short-term funding and liquidity buffers.

Learning outcomes

By the end of this concept, students should be able to:

• Calculate and diagnose the cash conversion cycle.
• Estimate the cash impact of policy changes.
• Evaluate liquidity, profitability and relationship trade-offs.
• Recommend an integrated working-capital policy.

Supports Course Outcomes 7 and 8.

How to teach it

• Map the order-to-cash and procure-to-pay journeys before calculating ratios.
• Assign finance, sales, procurement and operations perspectives.
• Require a cash release estimate and a risk register.
• Debrief policies that improve one metric by shifting cost elsewhere.

Case-style example

Northwood Furnishings has £48 million sales, DSO of 62 days, inventory days of 78 and DPO of 41. Tightening credit could reduce DSO by 10 days but lower sales by 2%; cutting inventory by 14 days risks £0.8 million of lost contribution; extending DPO by 12 days removes a 1.5% supplier discount. Students quantify cash released and profit effects, then choose a policy. They discover that liquidity improvement has operational and relationship costs.

Where students struggle

Students often celebrate lower working capital without asking whether revenue, service levels or supplier stability were sacrificed. Mark both cash impact and operating consequence.

Reading and a quick check

Assign the AFP working-capital material or a current treasury note. Ask for a 200-word explanation of why a shorter cash conversion cycle can still destroy value.

Where a simulation fits

Use the Working Capital Management Simulation after this concept to apply receivables, inventory, payables and liquidity trade-offs in an integrated operating case.

Where it leads

Liquidity policy sits inside the wider financing system. Students can now examine how debt, equity and financial flexibility support the plan.

Central question: How should a firm arrange reliable access to funding while controlling risk, flexibility and cost?

Teach capital structure as a policy system, not a one-shot optimisation. Debt, equity, retained earnings, cash reserves and credit lines interact with investment opportunities, taxes, distress costs, control and market conditions.

What this concept covers

• Debt, equity and internally generated finance.
• Leverage, tax effects, distress costs and agency considerations.
• Credit capacity, covenants, maturity and refinancing risk.
• Financial flexibility, pecking-order logic and market timing.

Learning outcomes

By the end of this concept, students should be able to:

• Compare financing instruments against a firm's needs.
• Assess leverage and debt capacity using multiple indicators.
• Explain the interdependence of cash, debt and payout policies.
• Recommend a financing package with downside protections.

Supports Course Outcomes 8 and 9.

How to teach it

• Give students a use of funds before showing financing offers.
• Compare headline cost with covenants, maturity and control.
• Stress test interest cover and liquidity in a downside case.
• Use the DeAngelo reading to challenge false precision in target leverage.

Case-style example

Solstice Health needs £36 million for expansion. It can issue a seven-year bond at 7.2% with net-debt-to-EBITDA below 3.0x, use a £20 million revolving facility at base rate plus 3.0%, or issue equity at a 12% discount that dilutes existing owners by 18%. Base EBITDA is £16 million but falls to £11 million in the downside. Students test covenant headroom and funding cost, then design a package. They discover that cheapest expected funding may offer the least resilience.

Where students struggle

Students may select debt because interest is tax deductible or equity because it has no contractual coupon. Require a full comparison of cash commitment, control, flexibility and downside survival.

Reading and a quick check

Assign DeAngelo (2022) and the textbook capital structure chapter. Close with a covenant headroom calculation.

Where a simulation fits

Run the Debt Financing Simulation after this concept. Lender and borrower teams use company, capital-structure and market evidence to negotiate debt capacity, pricing, maturity, repayment, seniority, security and covenants as one complete refinancing package.

Where it leads

Financing policy determines how much cash can be distributed and how much flexibility remains for future investment.

Central question: When should a firm distribute cash, retain it or repurchase shares?

Payout is an allocation decision between current claimholders and future opportunities. Students should connect dividends and repurchases to investment needs, access to capital, signalling, taxes, leverage and resilience.

What this concept covers

• Regular, special and residual dividend policies.
• Share repurchases, dilution and capital return.
• Signalling, clientele effects and agency costs of free cash flow.
• Payout sustainability, funding access and policy interdependence.

Learning outcomes

By the end of this concept, students should be able to:

• Assess whether a payout is financially sustainable.
• Compare dividends and repurchases.
• Explain how payout interacts with investment and leverage.
• Recommend a policy that preserves credible flexibility.

Supports Course Outcomes 9 and 10.

How to teach it

• Start with the cash forecast and investment pipeline, not dividend theory alone.
• Ask students to separate capacity, commitment and signalling.
• Compare a stable dividend with an opportunistic repurchase.
• Use a board memo with explicit triggers for changing policy.

Case-style example

Aster Telecom has £120 million cash, annual free cash flow of £42 million, £65 million of committed capex and a target minimum cash balance of £50 million. Management proposes a £30 million dividend or a £45 million repurchase; a recession case reduces free cash flow to £18 million. Students project two-year liquidity and leverage, then recommend a payout. They discover that current cash capacity is not the same as a sustainable policy.

Where students struggle

Students often analyse dividends or repurchases without the investment pipeline and funding plan. Require an explicit sources-and-uses bridge.

Reading and a quick check

Assign Farre-Mensa, Michaely and Schmalz (2025). Ask students to explain in three bullets why financing a payout is not automatically irrational.

Teaching activity

Use a board payout debate in which half the class protects the credit rating and half responds to an activist investor.

Where it leads

The course can now evaluate how performance measures and governance systems align investment, financing and payout decisions.

Central question: Which measures and governance arrangements encourage managers to create durable value rather than game the metric?

Close the gap between financial policy and organisational behaviour. ROIC, economic profit, residual income and value-driver trees can support accountability, but targets also affect investment horizons, risk taking and reporting choices.

What this concept covers

• ROIC, WACC, economic profit and value-driver trees.
• Budget control, variance analysis and controllability.
• Incentives, governance, board oversight and assurance.
• Sustainability, resilience and financially material non-financial factors.

Learning outcomes

By the end of this concept, students should be able to:

• Evaluate performance using value-based measures.
• Distinguish controllable performance from external effects.
• Identify incentives that encourage metric gaming.
• Integrate material sustainability and governance factors into a financial decision.

Supports Course Outcome 10.

How to teach it

• Decompose ROIC into operational drivers and compare it with WACC.
• Give students a scorecard that can be improved by one harmful action.
• Ask them to redesign the measure and the governance process.
• Use the OECD and Starks readings to separate value-relevant analysis from slogans.

Case-style example

Vela Logistics earns ROIC of 13% against WACC of 9%, but its bonus plan rewards EBITDA growth and asset utilisation. Deferring £7 million of maintenance raises current EBITDA by £2 million and ROIC to 14.2%, while expected breakdown costs rise by £6 million over three years. Students calculate economic profit before and after the deferral, then redesign three performance measures. They discover that a metric can improve while expected value and resilience deteriorate.

Where students struggle

Students may add ESG measures without showing financial materiality or treat governance as a compliance appendix. Require a causal link to cash flow, risk, cost of capital or option value.

Reading and a quick check

Assign Starks (2023), the G20/OECD Principles and selected IFRS 18 material. Ask for one metric, one behavioural risk and one control.

Teaching activity

Use a remuneration committee workshop to redesign a scorecard and its assurance process.

Where it leads

The final concept integrates the entire course into a board-ready financial strategy under uncertainty.

Central question: Can students combine diagnosis, forecasting, investment, liquidity, financing and governance into one coherent recommendation?

The capstone should force integration. Students receive incomplete and sometimes conflicting evidence, decide what matters, test a downside, recommend a course of action and defend it under challenge.

What this concept covers

• Integrated sources and uses of funds.
• Consistency across investment, financing, working capital and payout.
• Scenario triggers, contingency actions and decision governance.
• Board communication, assumptions, uncertainty and implementation milestones.

Learning outcomes

By the end of this concept, students should be able to:

• Synthesize financial and operational evidence.
• Evaluate policy interactions and constraints.
• Design a coherent base case and contingency plan.
• Defend a board-level recommendation under live challenge.

Supports Course Outcome 10.

How to teach it

• Release the case in stages so students must update rather than perfect one answer.
• Limit the board paper to four pages plus appendices.
• Require decision triggers, owners and a 90-day implementation plan.
• Use live challenge to test the assumptions that cannot be outsourced to AI.

Case-style example

Ridgeway Medical has £24 million cash, £18 million EBITDA and debt of £42 million. It is considering a £35 million automation project, faces a possible £12 million product recall and can release £8 million from working capital. A lender offers £25 million at 8.1% with a 3.25x leverage covenant. Students build a sources-and-uses plan, test recall and demand downside cases, then present a board recommendation. They discover that every strong decision depends on consistency across policies.

Where students struggle

Students often optimise each decision separately. Mark the internal consistency of the full policy set and the credibility of contingency triggers.

Reading and a quick check

Revisit Graham (2022) and the original Session 1 mandate. Ask students to write what changed in their definition of good financial management.

Teaching activity

Use a board presentation and individual oral defence. Simulation evidence from earlier sessions may inform the case, but the student must own the final assumptions and recommendation.

Where it leads

This is the integrative endpoint: students can now move from financial evidence to CFO judgement while making uncertainty and constraints visible.

10-week course structure

Compress by combining diagnosis with foundations, forecasting with product economics, and payout with performance. Keep the integrated case and individual defence.

14-week course structure

Expand by separating reporting quality, cost of capital, working-capital debrief and capstone preparation. Use the extra time for model audit and feedback.

Why it fits here

After Session 2, students can read the income statement, balance sheet and cash flow statement and interpret a focused ratio set. The simulation tests whether they can preserve that logic as new reporting periods and company developments arrive.

What students do

• Work individually as Financial Analysts.
• Calculate profitability, liquidity, efficiency and solvency ratios from the three primary statements.
• Evaluate whether movements are positive, negative or inconclusive and explain why.
• Reassess performance across five reporting periods and submit revised share-price predictions.
• Use final outputs to identify calculation errors, interpretation gaps and herd behaviour.

Recommended course placement

• After Session 2 as a diagnostic foundation.
• Before forecasting or valuation so later decisions begin with credible financial evidence.
• Use the final reflection as the bridge into Session 3 or as an individual diagnostic task.

Knowledge students should have before the simulation

• The purpose and layout of the three primary financial statements.
• Basic ratio formulas and the difference between calculation and interpretation.
• How operating events affect profit, cash flow, working capital and leverage.

Delivery format

Suggested debrief questions

• Which ratio changed your view first, and was that influence justified?
• Where did profit and cash flow tell different stories?
• Which update caused you to revise your prediction, and what evidence would you still request?
• Did the cohort median improve your judgement or pull you toward an unsupported consensus?

Why it fits here

After Session 5, students can use contribution, break-even, margin of safety, ROI and NPV in a product decision. After Session 7, they can also interpret the fixed-budget allocation as a capital-rationing problem. The later placement creates the stronger summative debrief.

What students do

• Compare three consumer-audio products using market, cost, profitability and investment evidence.
• Calculate contribution margin, break-even measures, margin of safety, ROI and NPV.
• Select one product and provide a written rationale that acknowledges trade-offs.
• Compare five investment opportunities through CFO, COO and CMO perspectives before submitting a final CEO allocation.
• Review cohort outputs and explain why apparently reasonable decision rules produced different portfolios.

Recommended course placement

• After Session 5 for product economics and CVP consolidation.
• After Session 7 for the full capital-allocation application.
• Follow with an individual assumptions note or a short oral defence.

Knowledge students should have before the simulation

• Fixed and variable cost, contribution and break-even logic.
• The difference between operating performance measures and investment value.
• NPV, ROI, cash-flow timing and the logic of capital rationing.

Delivery format

Suggested debrief questions

• Which measure dominated your product decision, and should it have?
• Where did the CFO, COO and CMO lenses conflict?
• What allocation rule did you use when the budget could not fund every opportunity?
• Which assumption would most likely reverse your final recommendation?

Grading with the Financial Statement Analysis Simulation

This is an individual analysis exercise in which students calculate ratios, interpret company performance across updated reporting periods and revise a supported share-price prediction. Use the platform record as one source of evidence within your assessment design.

• Accuracy and traceability of ratio calculations.
• Ability to connect the three statements rather than interpret ratios in isolation.
• Quality of positive, negative or inconclusive evaluations.
• Use of quantitative and qualitative updates when revising the prediction.
• Individual reflection on calculation error, judgement change and missing evidence.

Grading with the Time Value of Money Simulation

This is an individual timed calculation exercise. Students interpret cash-flow problems, select an appropriate present value, future value, discounting, compounding or annuity method, and submit numerical answers. Use scores with attempted-question and worked-solution evidence rather than rewarding speed alone.

• Accuracy of formula and method selection.
• Consistency among cash-flow timing, rates and periods.
• Calculation and numerical-entry accuracy.
• Ability to diagnose method, formula, input and entry errors during reflection.

Grading with the Managerial Accounting Simulation

This is an individual product and capital-allocation exercise. Students calculate contribution, break-even, ROI and NPV, select a product, write a rationale and allocate a fixed budget through executive perspectives.

• Calculation accuracy and correct use of the supplied data.
• Interpretation when CVP, ROI and NPV point toward different choices.
• Quality of the written product-selection rationale.
• Coherence of CFO, COO, CMO and final CEO allocations.
• Ability to explain the allocation rule, trade-offs and assumption most likely to reverse the decision.

Grading with the Capital Budgeting Simulation

This is an individual CFO project-appraisal and capital-rationing exercise. Students calculate NPV, IRR, profitability index and payback, select one project, and allocate a fixed $10 million budget across a portfolio. Platform evidence should support, not automatically replace, academic judgement.

• Accuracy and interpretation of the four appraisal measures.
• Quality of the project-selection decision and written justification.
• Feasibility and total NPV of the selected portfolio.
• Ability to explain why an individually attractive project was excluded under the budget constraint.

Grading with the Working Capital Management Simulation

Use this as a secondary application of receivables, inventory, payables and liquidity policy. Assess the financial logic and operational consequences rather than rewarding the shortest cash conversion cycle automatically.

• Accuracy of working-capital and cash-impact calculations.
• Balance among liquidity, margin, customer service and supplier resilience.
• Quality of policy rationale and contingency response.
• Ability to explain how the decision affects both cash and operations.

Grading with the Debt Financing Simulation

This is a team-based refinancing negotiation in which lenders and borrowers use company, capital-structure and market evidence to agree a complete debt package. Compare like roles and negotiation groups, and retain an individual reflection because the platform records team outcomes rather than each student's evidential contribution.

• Debt-capacity judgement under base and downside conditions.
• Coherence of amount, pricing, maturity, repayment, seniority, security and covenants as one package.
• Use of company and market evidence in the opening position and concessions.
• Individual explanation of the final outcome, retained risk and most consequential trade-off.