Advanced Modelling and Analysis of Commodity Derivatives
Short course
In London and New York (USA)
Description
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Type
Short course
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Location
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Duration
3 Days
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Start date
Different dates available
This 3 day intensive programme reviews the best practice in quantitative modelling for commodity derivatives. The emphasis is on the pricing, hedging, and risk management of energy and metals derivatives and their price behaviour within the commodities market.
Excel based practical exercises will cover:
Stochastic modelling of commodities markets
Analyzing volatility in the commodities markets
Structuring and pricing commodity derivatives
Monte Carlo simulations and pricing methodologies
Pricing exotic commodity derivatives
Facilities
Location
Start date
Start date
Start date
About this course
Commodity derivatives professionals
Quantitative analysts
Risk managers
Structurers
IT professionals
Energy company risk managers
Insurance companies
The course assumes a working knowledge of the commodities markets and commodity derivatives as well as strong Excel skills. Basic algorithms in VBA will be used but prior knowledge is not essential.
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Subjects
- Derivatives
- Commodities
- Options
- Risk
- IT risk
- Market
- Physical Optionality
- Risk Management
- Proxy hedging
- Commodities Markets
- Gamma
- Theta
- Stochastic
- Financial markets
- Commodity Derivatives
- Delta Hedging
- Correlation
Teachers and trainers (2)
Peter Leoni
Teacher
Dr Peter Leoni graduated with a PhD in mathematical physics and worked for KBC Asset Management as a risk manager modelling equity and interest rate derivatives. He then moved to ING as a front office quant at the exotic equity derivatives desk; and before the credit crunch hit, decided to change his career path towards commodities, focusing on energy. Dr Leoni spent 4 years in the trading unit of GDF Suez in Brussels and is currently the director of trading for the London/Geneva office of a privately owned trading firm.
Wim Schoutens
Teacher
Prof Wim Schoutens is Research Professor in financial engineering in the Department of Mathematics at the Catholic University of Leuven, Belgium. Prof Schoutens is also the author of "Lévy Processes in Finance: Pricing Financial Derivatives" and co-editor of "Exotic Option Pricing and Advanced Lévy Models" both published by Wiley Finance. His research interests cover all areas of financial mathematics, with recent publications on jump driven credit models and equity models, model risks, hedging of exotics and multivariate financial modelling.
Course programme
Fundamentals of Commodity Markets
- The basics of commodity markets
- Forwards, futures and swaps
- Cost of carry
- Seasonality in energy prices
- Physical versus Financial markets
- Contango and backwardation
- Constructing the forward curve
- Spot versus curve contracts
- CurveCascading contracts
- Shaping the curve
- General introduction to derivatives
- Commodity futures options
- Commodity swaps
- Commodity structured products
- Physical/Embedded optionality
- Overview of Black Scholes and Black's (1976) model
- Volatility
- Mean reversion
- Jump diffusion models
- Implementing Black Scholes in the commodity markets pricing of commodities structured products
Day Two
Analysing Volatility in the Commodity Markets
- Estimating historic volatility
- Implied volatility for commodity derivatives
- Volatility skews and smiles and term structure
- Stochastic volatility models
Estimating volatility of commodity markets
Monte Carlo Methods for Pricing Commodity Derivatives
- The basic principles of Monte Carlo simulation
- Implementing a Monte Carlo pricing engine
- Improving Monte Carlo methods
- Exotic commodity derivatives
- Pricing of exotic options using Monte Carlo
- The Greeks
- Delta hedging
- The Gamma Theta trade off
- Delta Gamma Vega Hedging
- The basics of correlation
- Spread options and other correlation sensitive derivatives
- Margrabe's model
- Kirk's approximation
- Monte Carlo simulation of correlated commodities
- Implementation of multivariate monte carlo method
- Pricing of a spark spread option
Advanced Commodities Models
- Implied distribution
- Truncated distributions
- Vanna Volga model
- SABR
- Implement Vanna Volga model
- Quanto and compo forwards
- Quanto and compo options
- Quanto pricing
- Proxy hedging
- Uncertainty versus volatility
- Correlation hedging
- Quanto hedging
Locational optionality
- Timing optionality
- Shipping
- Storage
Delta hedging OTM options
Advanced Modelling and Analysis of Commodity Derivatives