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Enron Mail |
We will be offering the Derivatives II training course November 14th/15th in the 2WTC Oregon Room. Space is limited to 25 participants, so if you are interested in attending, please let me know no later than Monday, November 5th. Thanks, Grace x8321 *The following people are currently signed up for the course: Leaf Harasin Mark Guzman Geir Solberg Eric Linder Holden Salisbury Andrea Woodland David Frost David Guillaume Samantha Law Fredrik Eriksson Angela Cadena ===================================== Course Title: Derivatives II (Energy Derivatives--Advanced Structures & Marketing) Dates: Wednesday, November 14th & Thursday, November 15th (2-day course--attendance required both days) Time: 8:00am - 5:00pm Location: 2WTC Oregon Room What to bring: Pen (or pencil) and paper Other items: Course materials provided at start of class Breakfast and Lunch will be provided both days Course Description This course builds on our Applied Energy Derivatives program and is appropriate for all employees looking to extend their knowledge of basic derivatives. Swaps and options are revisited, but from a more sophisticated perspective. Option pricing concepts are approached pragmatically, both from the trading and structuring / marketing perspectives. The program does not involve complex mathematics. Applied Energy Derivatives, or its equivalent is a prerequisite for this program; no other advanced preparation is required. CPE Credits: Accounting & Auditing 2; Consulting Services 1; Management 1; Specialized Knowledge & Applications 12. At the conclusion of this course, participants will be able to: Decipher the role of the price curve, volatility, and time in determining the intrinsic value and time value of an option premium Understand how a dealer 'trades volatility' and dynamically hedges an option Recognize the limitations of traditional option pricing models when applied to energy Annualize a periodic (e.g. monthly) volatility and vice versa Create synthetic puts and calls using put-call parity to exploit mispriced options Incorporate volatility term structures, "smiles and skews", in analyzing deals Establish a delta-neutral hedge of an option and calculate the cost of changing prices on that hedge position Comprehend the relationship between gamma and actual price volatility and its consequent implications for a dealer's earnings Anticipate the irregular changes in gamma by stress testing option portfolios, thereby allowing more informed position management Interpret an aggregated risk management report for an option portfolio and the positive or negative values for delta, gamma, theta, vega and rho Structure an option on a swap to create innovative hedges for customers Create extendable and cancelable fixed price deals Embed a swaption sale to create sub-index physical supply to a user Compare the merits and earnings opportunities among various alternatives available to a customer seeking to reverse an existing swap position Determine the cash value of a swap terminated before its end date Apply swaps with off-market fixed prices to monetize value in existing contracts or to provide for the cash/borrowing needs of a customer Combine off-market swaps in complex structures: e.g. "blend-and-extend"
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