Class Schedule: Fixed Income Markets, Securities, and Models. Fall, 2023
- Week 1
Introduction:
- Design of the Course
- Basic Definitions and Ground Rules.
- Review of basic interest rate math:
- Compounding period and effective annual yield
- Coupon Bonds, yield to maturity, and Bootstrapping the yield curve
- Institutional details in the bond markets
- Quoting convention: Accrued Interest.
- Day-count conventions and bad days.
- Primer on Treasury market Conventions
- Yield to maturity on a coupon bond
- Perpetuities and annuities
- Mortgages
- Previous quiz.
- Previous quiz.
- Problem Set on the bond material.
- Week 2
- Bootstrapping the yield curve -- Arbitrage, the law of one price.
- Weeks 3-4
- Long-Term Capital Management Trade
- Weeks 5-6
- Treasury vs. Swap Convergence Trade
- Week 7
- Duration
- Week 8
- Financial Engineering example: Inverse Floater
- Weeks 9 and 10
- 10-Year Treasury Note Futures
- Weeks 11 and 12
- Term Structure Model--Black-Derman-Toy ``Arbitrage-free model''
- Black's Model for future interest rates, caps and floors:
- Black Derman, and Toy Model calibrated to caplet (i.e., forward) vols.
- Black, Derman, and Toy Model.--Calibrated to Bond vols.
- A recent interview with Professor Derman:
In a combined format.
- Problems
and a study guide.
- Options, Caplets, Caps, Floorlets, Floors, & Collars in BDT
Spreadsheet.
-
Slides with Bloomberg screens on Option Valuation.
-
Spreadsheet with BDT solutions and examples of a caps / floors problem.
- Weeks 13-15
- Dynamic duration-hedging of an annuity
1-factor Vasicek model to simulate yield curve paths and evaluate the dynamic hedge.
.