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- Path: sparky!uunet!psinntp!kepler1!andrew
- From: andrew@rentec.com (Andrew Mullhaupt)
- Newsgroups: sci.math
- Subject: Re: Course on stochastic models of derivative securities
- Message-ID: <1429@kepler1.rentec.com>
- Date: 22 Dec 92 16:38:39 GMT
- References: <1992Dec18.191804.6712@ulrik.uio.no> <1992Dec18.200305.15884@sol.ctr.columbia.edu>
- Distribution: ny
- Organization: Renaissance Technologies Corp., Setauket, NY.
- Lines: 52
-
- In article <1992Dec18.200305.15884@sol.ctr.columbia.edu> dy@shire.math.columbia.edu (Deane Yang) writes:
- >The mathematics department at Polytechnic University in Brooklyn
- >is considering offering a course on mathematical models of derivative
- >securities. The prerequisites for the course would consist only of
- >2 years of calculus and basic probability. No knowledge of economics
- >or finance is being assumed. The purpose of the course is to develop
- > the mathematical methods necessary for understanding
- > financial models, such as the Black-Scholes equation.
-
- This should be do-able.
- >1) Are there people on Wall Street who would want to take this course?
-
- Pretty much anyone who needs this kind of course on the street has had
- more than one graduate level course in stochastic processes. I think
- a plurality of the Ph. D.'s on the street do some form of derivative
- pricing or other.
-
- >Obviously, people who are already doing this sort of stuff don't need
- >this course. However, would it be useful to have someone who is not
- >a "quant" take a course like this? If so, who?
-
- Possibly young programmers who want to understand what their programming,
- etc. However you should expect CS graduates to be ill-prepared on the
- mathematics side.
-
- >2) If such people exist, what would be the best way to advertise the
- >course?
-
- The course should not be isolated, but part of some sensible program,
- because if you just explain Black-Scholes you're not doing anything
- which can't be found in any decent finance course. People who will
- really need to use this information will need to understand other
- important facts, either mathematical or financial, so it makes sense
- for this course to be one in a broader program.
-
- >3) Other suggestions or questions are welcome.
-
- You might get more takers if you put a program in mathematical finance
- together with a cooperating finance/economics/business department. This
- would be a master's program including probability, statistics with data
- analysis, linear algebra, numerical analysis, optimization, partial
- differential equations, time series and stochastic processes, and on the
- finance side, at least courses in macro/micro economics investments,
- portfolios, markets, and derivative pricing.
-
- If you can compress this into a master's program with any room to spare,
- or you turn some of these courses into pre-requisites, you could have
- electives in information theory, specific instruments (stocks, bonds,
- CMO's), and practical aspects of scientific, real-time and network computing.
-
- Later,
- Andrew Mullhaupt
-