This course is designed to introduce students to mathematical and computational finance. Topics include a mathematical approach to risk analysis, portfolio selection theory, futures, options, and other derivative investment instruments. Finite difference and finite element methods for computing American option prices are discussed. A working knowledge of MAPLE or MATLAB is required to compute optimal portfolios.
Spring | Summer | Fall | ||
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2023 |
Introduction To Financial Mathematics And Engineering (4c)
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2022 |
Introduction To Financial Mathematics And Engineering (4c)
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2021 | ||||
2020 |
Introduction To Financial Mathematics And Engineering (4c)
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2019 |
Introduction To Financial Mathematics And Engineering (4c)
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2018 |
Introduction To Financial Mathematics And Engineering (4c)
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2017 |
Introduction To Financial Mathematics And Engineering (4c)
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2016 |
Introduction To Financial Mathematics And Engineering (4c)
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2015 |
Introduction To Financial Mathematics And Engineering (4c)
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2014 |
Introduction To Financial Mathematics And Engineering (4c)
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2013 |
Introduction To Financial Mathematics And Engineering (4c)
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2012 |
Introduction To Financial Mathematics And Engineering (4c)
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2011 |
Introduction To Financial Mathematics And Engineering (4c)
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2010 |
Intro To Finl Math And Engr (4c)
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2009 |
Intro To Finl Math And Engr (4c)
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2008 |
Intro To Finl Math And Engr (4c)
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2007 |
Intro To Finl Math And Engr (4c)
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2006 |
Intro To Finl Math And Engr (4c)
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2005 |
Intro To Finl Math And Engr (4c)
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2004 |
Mathematics Of Finance (4c)
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2003 |
Mathematics Of Finance (4c)
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2002 | ||||
2001 |
Mathematics Of Finance (4c)
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2000 | ||||
1999 |
Mathematics Of Finance (4c)
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1998 |