Financial Engineering and Risk Management Part I

  • 4.6
Approx. 18 hours to complete

Course Summary

Learn the principles of financial engineering and develop the skills to apply them to real-world situations. This course covers the fundamentals of mathematical finance and financial instruments, as well as risk management and portfolio optimization.

Key Learning Points

  • Understand the basic principles of financial engineering and how to apply them to real-world situations
  • Learn about financial instruments such as stocks, bonds, and derivatives
  • Develop skills in risk management and portfolio optimization

Related Topics for further study


Learning Outcomes

  • Apply mathematical finance principles to real-world situations
  • Analyze and manage financial risk
  • Optimize investment portfolios

Prerequisites or good to have knowledge before taking this course

  • Basic knowledge of calculus and probability theory
  • Familiarity with financial markets and instruments

Course Difficulty Level

Intermediate

Course Format

  • Online Self-Paced
  • Video Lectures
  • Quizzes and Assignments

Similar Courses

  • Financial Markets
  • Investment Management
  • Options Trading Strategies

Related Education Paths


Related Books

Description

Financial Engineering is a multidisciplinary field drawing from finance and economics, mathematics, statistics, engineering and computational methods. The emphasis of FE & RM Part I will be on the use of simple stochastic models to price derivative securities in various asset classes including equities, fixed income, credit and mortgage-backed securities. We will also consider the role that some of these asset classes played during the financial crisis. A notable feature of this course will be an interview module with Emanuel Derman, the renowned ``quant'' and best-selling author of "My Life as a Quant".

Outline

  • Course Overview
  • Course Overview
  • Course Overview
  • About Us
  • Introduction to Basic Fixed Income Securities
  • Introduction to No-arbitrage
  • Interest Rates and Fixed Income Instruments
  • Floating Rate Bonds and Term Structure of Interest Rates
  • Forward Contracts
  • Lesson Supplements
  • Lesson Supplements
  • Introduction to Basic Fixed Income Securities
  • Introduction to Derivative Securities
  • Swaps
  • Futures
  • Futures Excel
  • Options
  • Options Pricing
  • The 1-Period Binomial Model
  • Option Pricing in the 1-Period Binomial Model
  • Lesson Supplements
  • Lesson Supplements
  • Introduction to Derivative Securities
  • Option Pricing in the Multi-Period Binomial Model
  • The Multi-Period Binomial Model
  • What’s Going On?
  • Pricing American Options
  • Replicating Strategies
  • Including Dividends
  • Pricing Forwards and Futures in the Binomial Model
  • The Black-Scholes Model
  • An Example: Pricing a European Put on a Futures Contract
  • Lesson Supplements
  • Quiz Instructions
  • Option Pricing in the Multi-Period Binomial Model
  • Term Structure Models I
  • Introduction to Term Structure Lattice Models
  • The Cash Account and Pricing Zero-Coupon Bonds
  • Fixed Income Derivatives: Options on Bonds
  • Fixed Income Derivatives: Bond Forwards
  • Fixed Income Derivatives: Bond Futures
  • Fixed Income Derivatives: Caplets and Floorlets
  • Fixed Income Derivatives: Swaps and Swaptions
  • The Forward Equations
  • Lesson Supplements
  • Quiz Instructions
  • Term Structure Models I
  • Term Structure Models II and Introduction to Credit Derivatives
  • Model Calibration
  • An Application: Pricing a Payer Swaption in a BDT Model
  • Fixed Income Derivatives Pricing in Practice
  • Modeling Defaultable Bonds
  • Pricing Defaultable Bonds
  • Credit Default Swaps
  • Pricing Credit Default Swaps
  • Interview with Emmanuel Derman
  • Lesson Supplements
  • Lesson Supplements
  • Quiz Instructions
  • Term Structure Models II and Introduction to Credit Derivatives
  • Introduction to Mortgage Mathematics and Mortgage-Backed Securities
  • Introduction to Mortgage Mathematics and Mortgage-Backed Securities
  • Prepayment Risk and Mortgage Pass-Throughs
  • Mortgage Pass-Throughs in Excel
  • Principal-Only and Interest-Only MBS
  • Risks of Principal-Only and Interest-Only MBS
  • Collateralized Mortgage Obligations (CMOs)
  • Pricing Mortgage-Backed Securities
  • Lesson Supplements
  • Quiz Instructions
  • Introduction to Mortgage Mathematics and Mortgage-Backed Securities
  • Background Material
  • Review of Basic Probability
  • Review of Conditional Expectations and Variances
  • Review of Multivariate Distributions
  • The Multivariate Normal Distribution
  • Introduction to Martingales
  • Introduction to Brownian Motion
  • Geometric Brownian Motion
  • Review of Vectors
  • Review of Matrices
  • Review of Linear Optimization
  • Lesson Supplements

Summary of User Reviews

Financial Engineering 1 is a highly recommended course by many students. The course provides a comprehensive understanding of financial engineering concepts and techniques with real-world applications. Many students found the course to be engaging, informative, and practical.

Key Aspect Users Liked About This Course

The course provides practical and real-world applications of financial engineering concepts and techniques.

Pros from User Reviews

  • Engaging and informative course content
  • Real-world applications of financial engineering concepts
  • Well-structured and organized course
  • Great instructors with in-depth knowledge of the subject

Cons from User Reviews

  • The course may be challenging for beginners
  • Some students found the course to be too theoretical
  • The course may require a significant time commitment
  • Limited interaction with instructors and fellow students
  • Course materials may not be updated regularly
English
Available now
Approx. 18 hours to complete
Martin Haugh, Garud Iyengar
Columbia University
Coursera

Instructor

Martin Haugh

  • 4.6 Raiting
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