What ACCA Performance Management actually tests
Performance Management is 12% of the curriculum (Applied Skills level):
| Area | What it covers |
|---|---|
| Advanced Costing | Throughput accounting, environmental accounting, target costing |
| Advanced Budgeting | Beyond budgeting, rolling forecasts, activity-based budgeting |
| Variance Analysis | Mix and yield variances, planning vs. operational variances |
| Decision-Making | Multi-product CVP, pricing strategies, relevant costs |
| Linear Programming | Graphical method, shadow prices, sensitivity analysis |
| Performance Measurement | Divisional performance (ROI, RI, EVA), transfer pricing |
| Strategic Management Accounting | PESTEL, Porter's Five Forces, value chain, benchmarking |
| Risk & Uncertainty | Expected values, decision trees, maximin/maximax |
Why throughput accounting is worth understanding conceptually first
Throughput accounting only makes sense once you accept its core premise: in a business with a genuine bottleneck, the bottleneck's capacity — not total labour hours or total machine hours — is the scarce resource that should drive every product-mix decision. Candidates who skip straight to the formula without internalizing this premise often misapply it to non-bottleneck resources.
Sample question: Throughput Accounting
Performance Management · Medium difficulty
A company has a bottleneck process with 400 available machine hours per week. Product X requires 2 machine hours per unit and generates throughput (sales revenue minus material cost) of $30 per unit. What is the throughput per bottleneck hour for Product X?
A. $10 per hour
B. $15 per hour
C. $20 per hour
D. $30 per hour
The correct answer is B — $15 per hour.
Throughput per bottleneck hour = Throughput per unit / Bottleneck hours per unit = $30 / 2 = $15 per hour. This ratio — not throughput per unit alone — is what should rank products when a bottleneck constrains total output, since it directly measures how efficiently each product uses the scarce resource.
Throughput per bottleneck hour = Throughput per unit / Bottleneck hours per unit = $30 / 2 = $15 per hour. This ratio — not throughput per unit alone — is what should rank products when a bottleneck constrains total output, since it directly measures how efficiently each product uses the scarce resource.