FE620 Pricing and Hedging



Course Catalog Description

Introduction

The course will give a basic understanding of the main concepts of the financial derivatives. It will explain the mechanics of the derivatives, their economic rationale and the methodology used for their valuation. You will learn about futures, forwards, options and swaps, and their combinations.


Campus Fall Spring Summer
On Campus X X
Web Campus X X

Instructors

Professor Email Office
Dan Pirjol (A,WS)
dpirjol@stevens.edu Babbio 303a
Zachary Feinstein (B)
zfeinste@stevens.edu Babbio 628
Dongxu Li (A, WS) - Teaching Assistant
dli36@stevens.edu
Yunfan Zhu (B) - Teaching Assistant
yzhu25@stevens.edu

More Information

Course Description

The course is one of the core courses for the Financial Engineering (FE) program.

Pedagogy: The course will consist of lectures, in-class exercises, homework and a project.

Prerequisite:

Basic concepts of probability and statistics, calculus. Knowledge of a programming language (Python or Excel are preferred).

Course Outcomes

The course will give an introduction to financial markets, products and their valuation and hedging. The course introduces the main concepts of the equity, FX, interest rates markets, and describes the financial products and derivatives commonly traded, their risks and hedging.

Learning Goals:

  1. The course will introduce the concepts of the yield curve, credit risk, exchange rates and will describe the main financial contracts traded in the markets.
  2. You will understand how to price the derivatives, using risk-neutral pricing, and how to compute their sensitivities to changes of the market factors.
  3. You will know how to measure the risks of a derivative or a portfolio of derivatives, using Value at Risk and Expected Shortfall.
  4. You will understand how to hedge the risks of a derivative or of a portfolio of derivatives.

Course Resources

Textbook

John Hull, Options, Futures and Other Derivatives. 10th Edition, Pearson.

Additional References

Sections from the required text, as indicated for each class.

Additional Readings: Additional readings will be provided, as needed.


Grading

Grading Policies

Assignments: Assignments will be provided throughout the semester, consisting of problems related to the material taught in the lectures. They are to be handed in on time. No late assignments, without prior approval, will be accepted. There is a project for the course and a final exam. The total grade is a weighted average of the attendance, assignments, project and final exam.

Participation (this is automatic for WS students) - 5%

Assignments - 35%

Project - 30%

Final Exam - 30%

Preliminary Grading Scheme:

A : 93%-100%

A- : 90%-93%

B+ : 87%-90%

B : 83%-87%

B- : 80%-83%

C+ : 77%-80%

C : 73%-77%

C- : 70%-73%

D+ : 67%-70%

D : 65%-67%

F : 0%-65%

This grading scheme is subject to change based on student outcomes. It may be curved more leniently. It will not be made more difficult.


Lecture Outline

Topic Reading
8/28 Introduction to financial markets and derivatives Chapter 1
9/4 Interest rates and bonds: Discount factors, compounding, zero rates, swap rates, forward rates, bonds and their pricing, duration and convexity Chapters 4.1-4.11
9/11 Credit: hazard rate and risk discounting. Credit spreads and credit default swaps. Chapters 24.1-24.5 and 25.1-25.2
9/18 Swaps: interest rate swaps, cross-currency swaps. Introduction to exchange rates. Chapter 7
9/25 Futures and forward contracts. Equity, FX and commodity futures. Forward-futures relationship. Chapters 5-6
10/9 Option pricing in discrete time. Binomial tree, risk-neutral pricing. American options on trees. Chapter 13
10/16 Option pricing in continuous time. Basic notions of stochastic processes: Brownian motion and geometric BM. Black-Scholes model. Volatility. Chapters 14-15
10/23 Greeks: Delta, Gamma, Vega. Volatility Smile (time permitting). Chapters 19-20
10/30 Incomplete markets and risk measurement. Value-at-Risk and Expected Shortfall Chapter 22
11/6 Basic numerical procedures Chapter 21
11/13 TBD – topics to be discussed based on course progress.
11/20 TBD – topics to be discussed based on course progress.
11/27 Thanksgiving Recess – No Class
12/4 Project presentations