30150 - INTRODUCTION TO OPTIONS AND FUTURES
Department of Finance
ALBERTO MANCONI
Suggested background knowledge
Mission & Content Summary
MISSION
CONTENT SUMMARY
The main contents of the course are:
- Introduction to financial derivatives.
- Forwards, futures, and swaps: Institutional aspects, pricing, and hedging.
- Options: Institutional aspects, pricing, and hedging.
- Basics of credit risk and credit derivatives.
I reserve the right to make adjustments to this plan to best serve the interests of the class.
Intended Learning Outcomes (ILO)
KNOWLEDGE AND UNDERSTANDING
- Describe the institutional features of the main financial derivatives: forwards/futures, swaps, and options.
- Recognize basic credit derivatives, such as credit default swaps (CDS).
- Explain how those securities are employed to form hedging strategies, in the context of corporate risk management.
- Define and explain the basic stochastic processes concepts used in the analysis of financial derivatives, and to reproduce key derivations that utilize them.
APPLYING KNOWLEDGE AND UNDERSTANDING
- Acquire the basic tools to solve derivative pricing problems, via replicating/hedging portfolios as well as with risk-neutral pricing.
- Apply those tools to the pricing of forwards/futures, the design of swaps, as well as the pricing of options on binomial trees and with Black-Scholes valuation.
Teaching methods
- Face-to-face lectures
- Exercises (exercises, database, software etc.)
- Case studies /Incidents (traditional, online)
DETAILS
The learning experience of this course starts from face-to-face lectures. In addition to those, I distribute problem sets on a weekly basis. The problem sets are not graded, but allow you to apply the analytical tools illustrated in class and practice for the exam. I also discuss a number of case studies, with the purpose of understanding how the tools you acquire in class can be applied in the real world, where the environment is more complex and the relevant data are not laid out as clearly as in your textbook. In addition, some of the classes and the problems sets will discuss coding applications, encouraging you to write computer code to develop a deeper understanding of the theory. Throughout the course, and particularly when discussing case studies, I encourage you to bring your own views and share your insights.
Assessment methods
Continuous assessment | Partial exams | General exam | |
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x | x |
ATTENDING AND NOT ATTENDING STUDENTS
The grade is determined by a combination of the performance on the final exam and on two online tests, which are distributed during the course via Bboard.
- On the first time you sit the exam, your grade is determined as (a) 70% times the grade on the final exam plus 15% times the grade on each of the two online tests, or (b) 100% times the grade on the final exam (whichever is more favorable to you).
- For any resit, your grade is determined exclusively by the final exam, i.e. you forfeit the score on the two online tests.
- In all cases, the exam questions aim to assess your understanding, knowledge, and ability to apply the the concepts and tools you acquire during the course about hedging with financial derivatives and pricing thereof.
- The exam questions range from solving problems, to simple derivations based on the theory, to discussions of the relevant institutional aspects of the securities we study.
- There is no distinction between attending and non-attending students.
Teaching materials
ATTENDING AND NOT ATTENDING STUDENTS
- The textbook is: J. Hull, Options, Futures, and Other Derivatives, Pearson. I have been following the 9th edition; however any reasonably recent edition (including a more recent one) work.
- In addition to the textbook, we also read and discuss a number of case studies. The cases are purchased by the Library for you, and are made available to you via a link, which I publish on Bboard shortly after the start of the course.