MASTER CLASS
INTEREST RATE MODEL
Advanced one day program providing over seven hours of hands-on applications and case studies.
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Learn stochastic modeling techniques
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Explore diffusion processes for interest rates
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Program Monte Carlo simulations
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Program stochastic differential equations
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Build interest rate models
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Calibrate models using market data
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Apply interest rate models to calculate risk exposure
FACULTY
Charles L. Gilbert, FSA, FCIA, CFA
K. (Ravi) Ravindran, Ph.D.
Robert R. Reitano, Ph.D., FSA, MAAA
Andrew D. Smith, BA
Harry H. Panjer, Ph.D., FSA, FCIA, Hon FIA
Moshe Arye Milevsky, Ph.D.
John C. Hull, Ph.D.
Emily Papworth, FIAA
Peter D. Tilley, FSA, MAAA
Valentina A. Isakina, ASA, MAAA
Naoki Matsuyama, FIAJ
Stuart Jarvis, MA, DPhil, FIA
Masaaki Yoshimura, FIAJ
Michelle Chong-Tai Bell, FSA
David N. Ingram, FSA, MAAA, LLIF, FRM
Laura Santori, IAI
Connie Wong, BSc, MBA
Jeremy Gold, FSA, MAAA, FCA, PH.D.
Gordon J. Latter, FSA
Donald H. Chu, CFA
Brice Benaben
Aaron H. Meder, FSA, EA
KEY
) |
Lecture |
2 |
Application |
¤ |
Case Study |
G |
General |
I |
Insurance |
P |
Pension |
CASE STUDY
The case study approach will be used heavily throughout this course.
Participants will interact with other industry professionals and learn through doing. Small workgroups will be assigned for the case studies. Some case studies will require the use of a laptop computer.
APPLICATIONS
Applications are hands-on training exercises where participants learn by applying tools and techniques to real life examples.
The excercises in the application sessions are designed to be completed
by each participant individually. All applications require the use of a laptop
computer. ALM tools and analytics will be provided.COURSE SCHEDULE
MASTER CLASS INTEREST RATE MODEL
AMSTERDAM, NETHERLANDS
April 9 - 10, 2008
DAY 1 April 9, 2008
13:00

Introduction to Simulations
C. Gilbert
C. Gilbert
13:30
Generate risk profile using stochastic techniques
C. Gilbert
C. Gilbert
14:15

Brownian Motion
A. Smith
A. Smith
15:00

Break
15:15

Program Stochastic Differential Equations
C. Gilbert
C. Gilbert
16:15

Diffusion Processes for Interest Rates
A. Smith
A. Smith
17:30

End
8:00
Breakfast
Breakfast 8:30

Generate interest rate scenarios using spot rate models
C. Gilbert
C. Gilbert
9:30

Generate interest rate scenarios using market models
C. Gilbert
C. Gilbert
10:00

Break
10:15

Calibrate models using observed market prices
C. Gilbert
C. Gilbert
11:00

Calculate interest rate risk exposure
A. Smith
A. Smith
12:00

End
