1. Problem
Definition
Determining
the Real Dollar Amount against Actual Dollar on return on Investment.Comparing
the Real Dollar (R$) with the Actual Dollar (A$) required for university
education in the US, 13 years time
It
was established in Blogs 2 & 3 that $49,000 will be required annually to
send my child to University in the U.S.A, 13 years from now (2025).
We
now want to establish the effect of inflation on our proposed investment.
2. Development
of Feasible Alternatives
a)
Use
actual dollar value as basis of saving
b)
Use
real dollar as basis for saving
3. Development
of Outcomes and cash flows for each alternative
Based on computations from
W_3 blog, the average cost of tuition in an American University is
Cost of University = 24,685 +
18,090 + 41,310=28,028 ≈≈ $30,000
In America (2025) 3
This tells me that I would require
about $30,000.00 yearly to fund my son’s university education.
Determination of amount required a
year before he starts University:
Using the equation P = A (P/A, Ir,
N )
=30,000
( P/A, 6%, 4)
=30,000
* 3.4651
=
$103,956.27
i.e I must have $103,956.27 in an
investment account paying interest at 6% per annum, one year before my son
begins his university education.
To begin preparing today and know how
much I am to put away yearly to have saved up$103.956.27 in 8 years
Using the equation A= F( A/F, I, N )
=
103,956.27 (A/F, 6%, 8)
=
103,956.27 * 0.0593
=
$10,500.00
I.E I am to save $10,500.00 per annum
in in an investment account paying interest at 6% per annum starting 8 years
before he starts his university education
a) Actual
Dollar
This can be defined as the
amount of dollars associated with a cash flow as at the time it occurs. The
purchasing powerof Actual cash flow is affected by the level of Inflation or
Deflation. From my Blog 3, I have established that I would require an average
of $30,000 per year to send my son to the University 13 years from now.
Using annuities, I have
computed the amount that I need accumulated in an annuity account paying
interest at 6% as
1 10,500.00 10,500.00 1.0600 11,130.00
2 10,500.00 21,630.00 1.0600 22,927.80
3 10,500.00 33,427.80 1.0600 35,433.47
4 10,500.00 45,933.47 1.0600 48,689.48
5 10,500.00 59,189.48 1.0600 62,740.84
6 10,500.00 73,240.84 1.0600 77,635.30
7 10,500.00 88,135.30 1.0600 93,423.41
8 10,500.00 103,923.41 1.0600 110,158.82
b) Real
Dollar:
The
real dollar is expressed in terms of the same purchasing power relative to a
time period Inflation rate in Nigeria is 10% on average
Year Addition Opening Balance 1/ (1 + f )N Real Dollars
1 10,500.00 10,500.00 0.9091 9,545.55
2 10,500.00 21,630.00 0.8264 17,875.03
3 10,500.00 33,427.80 0.7513 25,114.31
4 10,500.00 45,933.47 0.6830 31,372.56
5 10,500.00 59,189.48 0.6209 36,750.75
6 10,500.00 73,240.80 0.5645 41,344.46
7 10,500.00 88,135.30 0.5132 45,231.03
8 10,500.00 103,923.41 0.4665 48,480.27
Implication
of Results
The implication of this
results show that if I go ahead in investing $10,500 yearly in an account
paying 6% interest per annum for 8 years, I would have saved up to $84,000.(10,500*8).
My investment statement would be indicating a value of $103,956.27, but my real
purchasing power would be $48,480.27.
In real terms, I would
have lost $55,476.00 to inflation.
4. Analysis
and comparison of alternatives
In
order to maintain the purchasing power of whatever amount I will be putting
away, I will have to establish my expected return on investment and using the
formular:
(1 + Im) = (1
+ f )(1 + if)
1 + Im =
(1+0.10)(1+0.06)
1 + Im= 1.166
Im=16.6%
I
would have to seek for an investment that has a rate of return of at least
16.5% per annum or investments that will respond to changes in levels of
inflation.
The
available investment vehicles that fit this description are:
b.
Investment
in real estate
c.
Government
Treasury Bills (Yield = 13.5%)
Investment in shares (Capital Market)
a)
Alternative
A: Investing in capital market. Though, share prices react to inflation, there
is a high risk that things may not go as planned.
b)
Investment
in Real Estate
c)
Government
Treasury Bills
Investment in Government
Treasury Bills, making a yearly investment of $10,500, and an additional $10,500 for every other year at
a minimum interest rate of 13.5%. This option carries a much lower risk and
return on investment is almost 100% guaranteed
d)
Investment
in Gold.
Goldhas proven to be very
stable and reliable. it has provrn to react to inflation and other economic
factors. it is for this reason that the country reserves are stored in Gold
5. Selection
criteria
a) Risk
b) Guaranteed returns
c) Ability to raise initial Capital
6. Selection
of preferred alternative
I
would invest in Gold as it is the only substance as of now that would retain
the purchasing power of my investment.
7. Performance
Measurement and Post Evaluation Results
To
track the performance of my chosen investment vehicle, I will have to compare
the return on investment with the rate of inflation
References
Sullivan,
W., Wicks, E., Koelling, P., Kumar, p., & Kumar, N. (2012). Engineering economy (15th
edition). England: Pearson Education
Limited
Trading
Economics. (2012). Nigerian Inflation Rate. Retrieved from
www.tradingeconomics.com
Hari
Kumar Sellappan, (November 2012). Exploring gold as Alternative Currency for
Future Cost Estimation in Telecommunications Projects. Retreived
from www.pmworldjornal.net
Rotimi, you followed our step by step process pretty well and your citations were good, except that Hari's paper should have had his last name first:
ReplyDeleteKumar, Hari K....
What I am curious about is where you are coming up with your numbers? You've got a great case study here but what I would like to see you do is compare the numbers from these sites:
http://www.csgnetwork.com/educostcalc.html
http://www.collegedata.com/cs/content/content_payarticle_tmpl.jhtml?articleId=10064
http://www.mfea.com/investmentgoals/investingchildren/InvestingForCollege/SavingAmCen.asp
Then based on these numbers show us how many ounces of gold you would have to purchase TODAY and using the projected value of gold using Hari's numbers to provide enough money to pay for your kids college.
The problem I am having with your current case study is you seem to have mixed many different tools and techniques.
Bottom line- I am accepting this posting, but for your next posting, I would like you to answer a very simple and clear question- "How many ounces of gold would I have to purchase TODAY in order to be able to pay for 4 years of my child's university in 2026." That means you are going to have to create a curve of the cost increases in university and compare that against the cost curve of gold and bring both of them back to present day (not future) values.
BR,
Dr. PDG, Doha, Qatar
Rotimi,
ReplyDeleteHere is another very interesting article that you could/should be able to apply cost engineering tools/techniques to help you decide how much to set aside for your son's college education.
Check out THIS graph and let's see what you can do with it.....
http://www.businessinsider.com/growth-in-college-tuition-vs-growth-in-earnings-for-college-graduates-2012-11
If nothing else, it serves to support the fact that your assumptions in your blogs on this topic contain some VERY optimistic growth assumptions.
Bottom line- this is a GREAT case study and an important one for any parent, so let's see you take the tools and techniques but in the next blog posting, see if you can come up with a more realistic set of alternatives?
BR,
Dr. PDG, Back in Jakarta