Case?Study?2?and?Case?Study?3?combined:?Managing?Foreign?Exchange?Risk?through?Options:?A?Case?Study?in?International?Business
Release?date:?Wednesday,?March?27,?2024.??Due?date:?11:00pm,?Wednesday,?April?17,?2024
This?is a?group?case study. You can form.?a?team?with?no?more?than?four?members.
Introduction:
XYZ Corporation, a?multinational company with?operations?in the?United?States,?Europe,?and?Asia,?faces significant foreign exchange risk due to its extensive?international operations. The?headquarter is in?Phoenix, AZ,?U.S. The company transacts in?multiple?currencies,?including the?US?Dollar?(USD),?Euro?(EUR),?and?Chinese Yuan?(CNY).?Fluctuations?in?these?currency?exchange?rates?impact?the ?company's revenues, expenses, and overall profitability.To mitigate this risk, the?company?adopts?a?comprehensive?risk?management?strategy,?incorporating?options?on?foreign?currency as a?key?component.
1.???Study?of?historical?exchange?rates
Before implementing the options strategy, XYZ Corporation conducts a thorough assessment of its?foreign?exchange?risk. This?involves?identifying?key?currencies?impacting?the?business?(USD,?EUR,?CNY), and?understanding the?historical volatility?of these currencies.
Your first task?is to?study the?exchange?rates?by following the?steps:
o ?Download the?package tidyquant, and?use?the?following?sample?codes?to?extract?historical exchange?rates:
#######################################
library(tidyquant)
av_api_key('ILEQRVXY1K13TPUG') # You have to generate your?own?unique API?key. ??jpy_usd = tq_get("JPY/USD", get?=?"alphavantage", av_fun =?"FX_DAILY",?utputsize?=?"full")
jpy_usd = as.data.frame(jpy_usd)
#######################################
o ?Do a?literature?review?about?how?to?compute the?volatility?of?exchange?rates.?Implement?the?computations?in?R to evaluate the volatility for the?currencies?in?this?case?study.
2.???Foreign?Exchange?Risk?Assessment
Next,?based?on?the?understanding?of?historical?exchange?rates,?you?have?to?assess?the?potential?impact on financial?performance?in various scenarios due to the fluctuation of the exchange?rates.
Your?second task?is to?evaluate?how the?expenses and?revenue?of XYZ?company?(See?Appendix?A)?would change corresponding to the ?fluctuation of exchange rates. You can use appropriate?statistics (like?percentiles) and?plots (like?histogram) to show the?uncertainty of?profit and?revenue?in dollars from the foreign?business.
3.???Hedging?Strategy
The finance team?decides to?use?call and/or?put?options to create?a?balanced?hedging?strategy. ???Recall call options are?used to?protect against?the?depreciation?of?domestic?currencies,?while?put?options are?employed to?hedge?against?domestic?currency appreciation.
Your third task?is to?carefully?select the?option types,?the?expiration?dates?and?strike?prices?based?on?XYZ?company's?forecasted?cash?flows?(See?Appendix?A)?and?risk?tolerance.?Regarding?the?risk?tolerance, you can define it according to your risk appetite. For instance, with a specified?probability level, the?potential negative impact (for example,?negative?profit)?is?controlled to?some?amount you can?accept.
4.???Evaluation?of?the?hedging?cost
Your fourth task?is to evaluate the?cost?(in dollars)?of the?options?you?selected?in?the?third?task.?The?estimation?is?based on?binomial option?pricing?methodology. You can?use the?R?package “derivmkts” and the?R function?binomopt() will?help you?price the?options?you?have?chosen.
Make sure that the?number of?binomial steps?in?this function?is?set?up?sufficiently.
5.???Results?and?Impact
Through the?implementation of the options’?strategy, XYZ?Corporation?is?expected to?successfully?mitigate?a?significant?portion?of?its foreign?exchange?risk?in?USD,?EUR, and?CNY.
Your fifth task is to quantify and evaluate how the above expectation could be potentially?satisfied.?For ?example, ?a ?critical ?question??would??be:??Will??the??company??experience??enhanced??financial?stability,?allowing?for?more?accurate?budgeting?and?planning??Stability?can?be?quantified?using?different?metrics, such as?reduced?uncertainty (i.e., standard deviation)?of?revenue?and?profit. Any?other comments on this?risk?management strategy?
Appropriate?assumptions?could?be?made?if?not given?in this?case?study,?but you?should justify the?assumptions that are employed.
Deliverables:
Submit a?report to?cover the?required five tasks,?as well?as supporting?calculations?like?R?codes?and?Excel work.
Note:?In assessing the?reports, quality takes?precedence?over the?length?of the?document.?The ???expectation?is to?deliver concise yet comprehensive?report that?effectively addresses?each task???with clarity,?depth, and accuracy.?Regarding the?supporting?calculations,?make sure?your?work?is?readable?and clear with appropriate comments/documentation.
Appendix?A:?XYZ?company's?forecasted?cash?flows?in?year?2025
For the?business?in China:?(in Chinese yuan,?CHN,?millions)
Month |
Expenses |
Revenue |
January |
4500 |
6200 |
February |
4000 |
5500 |
March |
5200 |
6800 |
April |
4300 |
5200 |
May |
4500 |
5610 |
June |
5100 |
6740 |
July |
6500 |
9320 |
August |
8000 |
11050 |
September |
7500 |
10180 |
October |
6800 |
9730 |
November |
5700 |
7150 |
December |
4800 |
6450 |
For the?business?in?Europe:?(in?Euro,?millions)
Month |
Expenses |
Revenue |
January |
1200 |
1500 |
February |
1360 |
1450 |
March |
1130 |
1400 |
April |
1280 |
1630 |
May |
1175 |
1568 |
June |
1349 |
1635 |
July |
1492 |
1758 |
August |
1338 |
1685 |
September |
1249 |
1549 |
October |
1471 |
1769 |
November |
1392 |
1680 |
December |
1480 |
1829 |
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