澳洲留学生会计专业case study样本：Cisco Tractor Corporation Capital Budgeting Case Study

中文导读：Cisco Tractor Corporation Case Study应该如何分析？

对于澳洲大学Accounting、Accounting and Finance、Financial Management、Corporate Finance、Capital Budgeting等课程来说，Case Study几乎是每个学期都会遇到的重要考核形式。相比普通essay，Case Study更强调学生运用财务管理理论解决真实商业问题，需要综合分析现金流（Cash Flow）、净现值（NPV）、内部收益率（IRR）、投资回收期（Payback Period）、敏感性分析（Sensitivity Analysis）以及风险分析（Risk Analysis）等内容。

本文整理的是澳洲大学Accounting课程经典案例——Cisco Tractor Corporation。案例主要围绕企业是否购买两种不同型号的钢屑压缩设备（HCC与LCC）展开，涉及资本预算（Capital Budgeting）、项目投资决策（Investment Decision）、融资方式（Debt Financing）、税收影响（Taxation）、机会成本（Opportunity Cost）以及通货膨胀（Inflation）等多个知识点。

对于学习Accounting、Corporate Finance、Financial Management、Business Analysis等课程的留学生来说，这类Case Study最大的难点并不是公式计算，而是如何识别哪些现金流属于Relevant Cash Flow、哪些属于Sunk Cost、Opportunity Cost或Financing Cash Flow，并最终完成完整的投资分析报告。

CASE STUDY

Cisco Tractor Corporation

Cisco Tractor Corporation owns and operates a transmission and axle manufacturing plant that produces more than 50% of the transmissions and axles used in Cisco's complete range of agricultural tractors and harvesting equipment.

Because extensive machining processes are performed on steel components, the manufacturing process generates a substantial quantity of steel shavings and bulky steel scrap. At present, the unprocessed steel scrap is sold as a by-product of the manufacturing operation to companies involved in steel recycling.

The executive committee is currently evaluating whether the company should further process the steel scrap into different grades of reusable steel before sale.

Using different models of chip crushers, the steel scrap can be crushed and compressed into either rough scrap or fine scrap. Fine scrap commands a significantly higher market price than rough scrap.

Cisco therefore needs to determine whether it should purchase the Higher-Cost Chip Crusher (HCC) to produce fine scrap or the Lower-Cost Chip Crusher (LCC) to produce rough scrap.

As the financial analyst responsible for evaluating the investment proposal, you have collected relevant information from equipment suppliers together with estimates prepared by the production and marketing departments.

The estimated purchase prices and annual operating costs for both chip crushers are summarised in Table 1.

Annual Operating Cost Assumptions

The annual operating costs include the following components.

(a) Overheads

The overhead allocation includes direct operating expenses associated with processing steel scrap together with an annual allocation of $30,000 representing Head Office overheads.

(b) Salaries

Salary costs assume two machine operators are required.

Each newly employed operator receives an annual salary of $40,000.

For the Higher-Cost Chip Crusher (HCC), however, Cisco only needs to recruit one additional employee.

The second operator will be transferred from the axle assembly department, where the employee currently earns $70,000 per annum.

If the HCC project does not proceed, this employee would otherwise be made redundant, requiring Cisco to pay a redundancy compensation package of $50,000.

(c) Marketing Costs

Marketing expenditure has been estimated using Cisco's standard internal allocation policy of 10% of annual revenue.

However, marketing management estimates that the additional advertising required to promote either rough or fine scrap products would actually amount to only $40,000 per year.

Cisco Tractor Corporation is a privately owned company with a strong financial position and consistent profitability.

Although current cash reserves are insufficient to finance either investment, the Chairman, Mr Jack Murray, believes the company can obtain medium-term financing through its existing banking relationships.

Following preliminary discussions, Cisco's bankers indicated that the company would be able to obtain a four-year term loan of $400,000 carrying an annual interest rate of 12%.

Interest would be paid annually in advance, while the principal would be repaid at maturity.

Cisco's corporate income tax rate is 30%, and the firm's nominal cost of capital has been estimated at 15% per annum.

Company accountant Mr Peter Smith also pointed out that the projected revenue estimates shown in Table 1 do not consider the income Cisco would continue receiving if no investment were undertaken.

Under current operating arrangements, the company already generates approximately $100,000 of annual net income through sales of unprocessed steel scrap.

Accordingly, this existing income should be considered when evaluating the incremental cash flows associated with the proposed investment.

Production facilities for steel scrap processing would be established in an unused section of Cisco's existing manufacturing plant.

Although this area had remained unused for several years and had gradually deteriorated, Cisco spent $80,000 during the previous year as part of a routine maintenance programme to rehabilitate the facility.

The rehabilitation expenditure has already been paid and fully recognised as an expense for tax purposes.

Mr Smith believes that this previous expenditure should be allocated to the proposed steel scrap project because, without the rehabilitation work, Cisco would have needed to spend an equivalent amount preparing the site.

Alternatively, now that the facility has been restored, it could generate approximately $40,000 of rental income each year if leased to another business.

Chairman Jack Murray also requested that the project evaluation include an assessment of investment risk.

Although preliminary financial analysis suggested that both projects might be profitable, management wished to understand the likelihood that either investment could ultimately generate losses.

Following discussions with the production and marketing departments, management concluded that most cost estimates appeared reasonably reliable.

The greatest uncertainty relates to future sales revenue.

Based upon previous sales contracts and expected market demand, annual revenue from processed steel scrap could reasonably vary by approximately ±20% from current forecasts.

Consequently, projected revenues for both the Higher-Cost Chip Crusher (HCC) and Lower-Cost Chip Crusher (LCC) should be treated as uncertain variables during investment appraisal.

QUESTIONS

Question 1

Prepare a complete project cash flow statement (including initial investment, annual operating cash flows, taxes and terminal cash flows) for each chip crusher (LCC and HCC) using the information provided in the case study.

When preparing the cash flow analysis, clearly explain whether each of the following items should be included in the project cash flows and justify your decision based on capital budgeting principles.

(a) Annual interest expense on the $400,000 term loan

Should the yearly interest payments associated with the proposed bank loan be included in the project cash flow?

Provide reasons for your answer.

(b) Working capital investment

Assume that additional working capital is required and equals 10% of annual scrap sales revenue.

Explain how the working capital requirement should be treated in the cash flow analysis, including both the initial investment and the recovery of working capital at the end of the project.

(c) Annual operating costs

Determine whether the following operating costs should be included as relevant cash flows:

Overheads

Salaries

Marketing expenses

Clearly distinguish between incremental operating costs and allocated accounting costs.

(d) Rehabilitation expenditure of $80,000

Cisco spent $80,000 last year rehabilitating the unused section of the factory.

Explain whether this expenditure should be included in the investment analysis.

Provide reasons based on the concept of sunk cost.

(e) Existing annual scrap income of $100,000

At present, Cisco earns approximately $100,000 per year by selling unprocessed steel scrap.

Explain whether this existing income should be included when evaluating the proposed investment.

Discuss the concept of incremental cash flow.

(f) Rental income of $40,000

The rehabilitated section of the factory could currently be rented to another business for approximately $40,000 per year.

Explain whether this potential rental income should be included in the investment appraisal.

Discuss the concept of opportunity cost.

Question 2

Using the project cash flows prepared in Question 1, evaluate both chip crushers by applying the following capital budgeting techniques.

(a) Payback Period (PP)

Calculate the Payback Period for both LCC and HCC.

Discuss the advantages and limitations of using Payback Period as an investment decision criterion.

(b) Net Present Value (NPV)

Calculate the Net Present Value of both investment alternatives using Cisco's required rate of return.

Interpret the NPV results and explain which investment would maximise shareholder value.

(c) Internal Rate of Return (IRR)

Calculate the Internal Rate of Return for both machines.

Compare the IRR values with Cisco's required rate of return and discuss whether each project should be accepted or rejected.

Based on the PP, NPV and IRR analyses, recommend which chip crusher should be purchased.

Provide clear justification for your recommendation.

Question 3

Before making a final investment decision, Cisco wishes to evaluate the project's financial risk.

(a) Sensitivity Analysis

Conduct a sensitivity analysis for the Net Present Value (NPV) calculated in Question 2.

Assume that both of the following variables may increase or decrease by 20%:

Annual scrap sales revenue

Cost of capital (discount rate)

Prepare a sensitivity table illustrating the impact of these changes on project NPV.

Discuss which variable has the greatest influence on project value.

(b) Break-even Cash Flow Analysis

Determine the minimum annual operating cash flow required for each chip crusher to produce an NPV equal to zero.

Discuss how much actual operating cash flow could decline before the investment becomes financially unacceptable.

Question 4

The plant manager, Mr Mark Lacy, recommends purchasing the Lower-Cost Chip Crusher (LCC) and investing the $80,000 saved in another independent investment opportunity.

The additional project:

requires an investment of $80,000;

generates an Internal Rate of Return (IRR) of 25%;

has an economic life of five years;

is depreciated using the straight-line method to a zero salvage value for tax purposes.

Assume that this investment opportunity can be repeated indefinitely and that it is mutually exclusive with the purchase of the Higher-Cost Chip Crusher.

Evaluate whether Cisco should:

purchase the Higher-Cost Chip Crusher (HCC); or

purchase the Lower-Cost Chip Crusher (LCC) together with the independent investment project.

Support your recommendation using appropriate capital budgeting principles.

Question 5

The projected revenue and operating costs have been estimated in nominal dollar values without considering inflation.

Assume that the long-term inflation rate is 3% per annum.

Discuss how inflation would influence:

annual operating cash flows;

project profitability;

Net Present Value;

Internal Rate of Return;

investment decision.

Explain whether inflation should be incorporated into the cash flow forecasts, the discount rate, or both.

Question 6

Assume you are preparing a report for Cisco's Executive Committee and Chairman Mr Jack Murray.

Considering all analyses performed in Questions 1–5, prepare a comprehensive investment recommendation.

Your discussion should include:

financial feasibility;

project risk;

sensitivity analysis;

uncertainty in future revenue;

opportunity cost;

financing considerations;

inflation;

overall investment attractiveness.

Conclude whether Cisco should invest in the Higher-Cost Chip Crusher (HCC) or the Lower-Cost Chip Crusher (LCC), and clearly explain the reasons supporting your recommendation.

中文案例解析

Cisco Tractor Corporation案例属于澳洲大学Accounting、Corporate Finance以及Financial Management课程中非常典型的Capital Budgeting Case Study。

整篇案例主要围绕企业投资决策展开，涉及多个财务管理核心知识点。学生不仅需要计算NPV、IRR和Payback Period，更重要的是判断哪些现金流属于Relevant Cash Flow，哪些属于Sunk Cost、Opportunity Cost或Financing Cash Flow。

案例中最容易出错的地方包括：

是否将Interest Expense纳入现金流；

已发生的80,000美元厂房修复费用是否属于Sunk Cost；

每年100,000美元废钢销售收入是否属于Incremental Cash Flow；

每年40,000美元租金收入是否属于Opportunity Cost；

Working Capital应如何计入初始现金流及项目结束时如何回收。

此外，本案例还要求学生进行Sensitivity Analysis，对销售收入和资本成本分别进行±20%的敏感性分析，并进一步讨论Inflation对项目NPV及IRR的影响。因此，这不仅考察计算能力，更考察学生对Capital Budgeting理论和企业投资决策逻辑的综合理解。

澳洲会计专业 Cisco Tractor Corporation Case Study 总结（Summary）

Cisco Tractor Corporation案例是澳洲大学Accounting、Accounting and Finance、Corporate Finance以及Financial Management课程中具有代表性的资本预算（Capital Budgeting）案例之一。案例虽然围绕钢屑压缩设备（Chip Crusher）的投资展开，但实际上涵盖了投资决策分析中几乎所有核心知识点，因此经常被用于考察学生综合分析能力。

首先，本案例要求学生区分Accounting Profit与Project Cash Flow之间的区别。企业进行资本预算时，真正影响投资决策的是未来能够产生的增量现金流（Incremental Cash Flow），而不是会计利润。因此，在计算项目现金流时，应重点考虑项目新增收入、新增成本、税收影响以及营运资本变化，而不是简单依据利润表数据。

其次，本案例重点考察Relevant Cash Flow的识别。例如，上一年度已经发生的80,000美元厂房修复费用属于Sunk Cost（沉没成本），无论项目是否实施，该项支出都已经发生，因此不应纳入投资现金流分析。而40,000美元的租金收入属于Opportunity Cost（机会成本），由于项目占用了原本可以出租的厂房，因此应作为投资项目放弃的现金流收益进行考虑。

案例同时还涉及融资现金流与项目现金流的区分。银行贷款产生的利息费用属于融资决策，而不是投资项目本身创造的经营现金流，因此一般不会单独计入项目自由现金流，而是通过资本成本（Cost of Capital）反映融资成本。

在投资评价方法方面，本案例要求学生分别采用Payback Period（投资回收期）、**Net Present Value（净现值）以及Internal Rate of Return（内部收益率）**三种方法进行分析。其中，NPV通常被认为是资本预算中最科学、最能体现股东价值最大化原则的方法，而IRR和Payback Period更多作为辅助分析工具。

除此之外，案例还要求进行Sensitivity Analysis（敏感性分析）。通过假设销售收入和资本成本分别上下波动20%，分析项目净现值的变化，可以帮助管理层判断项目对关键变量的敏感程度。这种分析方式能够更真实地反映企业投资过程中面临的不确定性，也是现代资本预算分析的重要组成部分。

最后，案例进一步讨论了**Inflation（通货膨胀）**对项目价值的影响。实际投资决策中，现金流预测和折现率应保持一致，即名义现金流对应名义折现率，实际现金流对应实际折现率。只有保持口径一致，才能正确评价项目价值。

总体来看，Cisco Tractor Corporation不仅是一道关于NPV和IRR计算的案例，更是一套完整的资本预算分析训练。通过这一案例，学生能够系统掌握Relevant Cash Flow、Opportunity Cost、Working Capital、Sensitivity Analysis以及Investment Decision等核心知识，为学习Corporate Finance、Financial Management和Investment Analysis打下坚实基础。

Frequently Asked Questions（FAQ）

1. 什么是Capital Budgeting？

Capital Budgeting（资本预算）是企业对长期投资项目进行评价和决策的过程，常用方法包括Payback Period、Net Present Value（NPV）、Internal Rate of Return（IRR）和Profitability Index（PI）。

2. 什么是Relevant Cash Flow？

Relevant Cash Flow是指由于项目实施而新增或减少的现金流，通常包括：

Initial Investment

Operating Cash Flow

Working Capital

Terminal Cash Flow

Opportunity Cost

而沉没成本（Sunk Cost）通常不属于Relevant Cash Flow。

3. 为什么Interest Expense一般不计入项目现金流？

因为Interest Expense属于融资活动，而资本预算分析关注的是项目本身创造的现金流。融资成本通常已经体现在折现率（Cost of Capital）中，因此无需重复计算。

4. 什么是Opportunity Cost？

Opportunity Cost（机会成本）是企业因为选择某一项目而放弃其他可获得收益的价值。

例如本案例中，每年40,000美元租金收入就是项目实施后放弃的收益，因此属于机会成本。

5. 为什么80,000美元修复费用属于Sunk Cost？

因为该费用在项目开始之前已经发生，不论项目是否实施都无法收回，因此属于沉没成本，不应影响当前投资决策。

6. NPV、IRR和Payback Period哪个最重要？

一般而言：

NPV：最符合股东财富最大化原则；

IRR：便于比较项目收益率；

Payback Period：反映资金回收速度，但忽略资金时间价值。

企业通常会综合三种方法进行投资评价。

7. Sensitivity Analysis有什么作用？

Sensitivity Analysis用于分析关键变量变化对项目价值的影响。

本案例主要分析：

Revenue ±20%

Cost of Capital ±20%

帮助企业判断项目风险来源。

8. Working Capital为什么需要回收？

Working Capital属于项目运营期间占用的资金。

项目结束后，大部分营运资金可以释放，因此通常在Terminal Cash Flow中全部收回。

9. Inflation为什么影响NPV？

通货膨胀会影响未来现金流和折现率。

分析项目价值时，应保证：

名义现金流对应名义折现率；

实际现金流对应实际折现率。

否则会导致投资评价结果失真。

10. Cisco Tractor Corporation案例主要考察哪些知识点？

本案例主要涉及：

Capital Budgeting

Project Cash Flow

Relevant Cash Flow

Opportunity Cost

Sunk Cost

Working Capital

NPV

IRR

Payback Period

Sensitivity Analysis

Inflation Analysis

Investment Decision