Description
In this course, you will :
- Learn how to take risk into account when making quantitative decisions.
- Learn critical techniques for modelling asset fluctuations and quantifying risk.
- Discover a method for calculating variance that works even when events are dependent on one another.
- Learn how to quickly estimate values that would otherwise necessitate extensive analysis.
- Discover how to represent vector relationships, such as how stocks interact with one another.
- Explore a versatile tool for representing systems that change states over time.
Syllabus :
1. Intro to Quant Finance
- Financial Models
- Probability
- Value and Risk
2. Probability
- Probability Warm-ups
- Conditional Probability
- Interview Preparation
3. Expected Value
- Expected Value
- Expected Utility
- Interview Preparation
4. Variance
- Variance
- Covariance
- Indicator Variables
- Interview Preparation
5. Statistics
- Statistics
- Normal Distributions
- Log-normal Distributions
6. Confidence and Estimation
- Hypothesis Testing
- Parameter Estimation
- Fermi Estimates
7. Matrices
- Operations
- Inverses
- Linear Systems
- Covariance
8. Markov Chains
- An Overview of Markov Chains
- Stationary Distributions
- Transience and Recurrence