How to build derivatives risk/trading analytics systems for Hedge Funds
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Date: 02-11-2008
Start Time:
6:00pm
End Time: 7:30pm
Speaker: Robert Navin, Real Time Risk Systems LLC
Location: 412 Schapiro CEPSR, Davis Auditorium
ABSTRACT
Having the unique perspective of an entrepreneurial quant, Robert Navin describes his personal views on how to build portfolio analytics/risk systems for hedge fund trading desks based on his experiences founding and growing a small profitable company, Real Time Risk Systems LLC, that sells a software product and services.
BIO
Real Time Risk Systems, New York
Robert Navin founded Real Time Risk Systems LLC in July 2004. He hired
a small team to build an industry leading real-time risk system
tailored specifically to hedge funds. In an eighteen month time-frame
they built a demo of a next generation system that can handle real-time
ticking and scenario analysis of the very largest books. They signed
two very large clients by the 18 month birthday of the company. The
company is now profitable and has an outstanding outlook to grow.
Previously
In 2002 Robert helped start a multi-strategy hedge fund based in
Stamford, that grew to $1bn under management during the first two years
of business. From 1997 to 2002 Robert was head Quantitative Analyst at
Highbridge Capital Management in New York. Robert learned a lot of the
basics of his quantitative finance expertise in the o’Connor risk-group
at, then Swiss Bank, in Chicago from 1995 to 1997. Robert worked on
exotic interest rate derivatives models and built the CB model that
underpins the firm’s global risk-management system at what is now UBS.
Education
Robert graduated with a Ph.D. and an M.S. in theoretical particle
physics from the California Institute of Technology in 1993, after
sitting for Part III of the Math Tripos at Cambridge, England in 1988
(passing with distinction). This followed a B.Sc. (honors) First Class
in Physics with Astrophysics from the University of Leeds, England in
1987.
Publications
Robert has recently published a book, “The Mathematics of
Derivatives”and also authored and co-authored published papers on
topics in finance including a solution to the 20 out of 30
provisionally callable convertible bond problem.