ECO Assignment Melon Enterprise

Melon Enterprise is a commercial real estate developer. You recently joined Melon and your position reports directly to Pat Smith, the CEO. When you meet Pat for the first time, she asks you to work on a project that has to be completed in about a week.

Pat tells you that Melon is thinking about leasing a parcel of land to build a shopping center.

Melon would own and operate the shopping center and generate revenue by renting space to

retailers. Pat would like you to do some work on the project. Specifically, she would like you to

complete the following tasks:

1. Determine the optimal size of the shopping center (to the nearest 100 square meters)

based on existing estimates of the demand for retail space.

2. Determine the most Melon should be willing to pay to lease the land for the expected life of

the project.

3. Calculate the profit under each possible demand curve with the optimum size of the shopping

center.

4. Determine if it is worth hiring a local consultant, Roland Thomas, to do some additional market

research that would provide a better estimate of the demand for retail space.

5. Write a short report summarizing the results of your analysis and any recommendations.

Pat also informs you that Bob Devine, a former Melon employee, did some preliminary work on the

project, but left the organization before wrapping things up. Pat says that you should have

complete confidence in any work Bob did on the project and that you should use his findings and

assumptions as a starting point for your analysis. In fact, Pat has reviewed Bobs notes and quickly

summarizes the key information she thinks youll need for your analysis.

Specifically, she tells you that:

Bob thought the shopping center would take one year to build and would last 20 years. He

estimated that it would cost $100 per square meter to build and that the annual operations and

maintenance costs would be $1 per square meter of floor space.

Bob thought that the parcel of land would be large enough to build a shopping center with as

much as 60,000 square meters of retail space. He also thought that Melon should make a one time

upfront payment to lease the parcel of land for the expected 20-year life of the project.

Bob thought the amount retailers in the shopping center would be willing to pay per square meter

of floor space would be a decreasing function of the total size of the shopping center. Bob did

some initial work estimating the likely relationship between what tenants would be willing to pay

for retail space and the size of the shopping center. Specifically, he thought there was a 50%

chance the true relationship would be:

r = 60 - 0.001s

and a 50% chance that the true relationship would be

r = 50 - 0.001s

where r is the rental rate per square meter of floor space and s is the total size of the shopping

center in square meters. Furthermore, Bob was going to assume that once the shopping

center had been built, the realized relationship between r and s would remain unchanged for

the next 20 years.

Bob was planning to ignore discount rates and the time value of money in his initial evaluation of

the project. He was going to treat all of the projects costs and benefits equally no matter when

they occurred in the life of the project; that is, he was going to treat a $1 cost incurred (or

revenue received) at the start of the project the same as a $1 cost incurred (or revenue received)

during any other year of the projects life. At this point, you tell Pat that doing this could lead

to misleading conclusions about the real value of the project and how much Melon should be

willing to pay to lease the land. Pat agrees, but says she thinks this approach is good enough

for a preliminary evaluation. (HINT: Do not try to account for the time value of money in your

analysis. Simply treat all costs incurred [or revenues received] as equivalent no matter when they

occur. Doing so means you can calculate the total costs over the life of the project by simply

summing the costs incurred in each year. Similarly, you can calculate the total revenues received

over the life of the project by simply summing the revenues received in each year.)

Bob had contacted a local consultant, Roland Thomas, who could do some additional market research

to accurately forecast which of the demand curves (i.e., r = 60 - 0.001s or r = 50 - 0.001s)

would actually be realized if the shopping center was built. Bob was trying to find out if it was

worth hiring Roland at all, and if he could be hired then what was the maximum consulting fee that

Melon should offer.

(HINT: In the first scenario, if Melon were to hire Roland, Melon would build

a shopping center that is sized optimally for the demand curve that Roland identifies in his report.

For example, if Rolands report says that the demand curve will be r = 60 - 0.001s then Melon

will build a shopping center that is optimally sized for that demand curve. Similarly, if Rolands report

says that the demand curve will be r = 50 - 0.001s, then Melon will build a shopping center

that is optimally sized for that demand curve. Nonetheless, a decision to hire Roland does not

affect the fact that there is still a 50% chance that the demand will actually turn out to be

r = 60 - 0.001s and a 50% chance that the demand curve will actually turn out to be

r = 50 - 0.001s)

After briefing, Pat wishes you luck and says she looks forward to reading

your report in a weeks time. He tells you that the main body of the report must be 1500 (i.e.,

excluding the title page and any appendices), to the point, and not overly technical.

Nevertheless, your conclusions and recommendations must be based on a rigorous analysis of the available information and you should provide a concise summary of any technical details in an appendix. Pat also tells you to be explicit about any important limitations your analysis might

have. Finally, Pat tells you that she likes her reports to be broken up into sections with sensible

and self-explanatory headings.