Financial engineering that makes money visible

I see money 👀
financial engineering

If you say you're studying stocks, you've probably been scammed at least once, where you pay money and receive strange 'flyers' or learn ridiculous techniques that make you feel like you're going to become rich.

It may seem absurd, but you shouldn't make such choices blinded by money. These methods might seem like a quick win, leading you to believe they're making money, but in the long run, they're quite risky.

I believe these things happen because we lack the resources to develop our own secrets or properly study stocks. I hope this financial engineering course will empower you to analyze and study stock data using a mathematical approach .

Also, for developers interested in studying quantitative analysis or developing automated stock trading programs , consider this fundamental material and consider spending time studying it together.

It's no exaggeration to say we live in a stock market era. It's self-evident that studying the theoretical aspects before studying stocks is a good idea. The answer lies in financial engineering.

Financial engineering is a discipline that studies and mathematically analyzes derivative products such as stocks and securities.
I think it would be good to study more meaningful 'investment' through this financial engineering.

✔️ This lecture

• The lectures are conducted at a level suitable for beginners.
• It enhances understanding of the content through various examples.
• Presents uncluttered content through a clean PPT.  
• Theory and practice will be covered separately for each course.  

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<Unit 1> Probability

Before studying financial engineering, you'll learn the fundamentals of probability and random variables. This will help you understand the nature of probability and calculate expected values.

<Unit 2> Normal random variables

• Among the concepts of random variables learned in Unit 1, we will cover continuous random variables and, most crucially, the concept and properties of normal random variables. This will help you understand the relationship between the binomial and normal distributions and aid in your understanding of geometric Brownian motion.

<Unit 3> Geometric Brownian Motion

• You will understand the concepts and characteristics of geometric Brownian motion and Brownian motion, and learn about the similarities and differences between the two. This will help you understand the information needed to predict future stock prices.

<Unit 4> Interest Rates and Present Value Analysis

• Learn the fundamental concepts of financial engineering and understand them through various examples. This will help you understand the basic concepts and calculate present value and rates of return.

<Unit 5> Pricing through Finance

• Learn the concepts of options and finance and see how finance is used to determine prices in a variety of models, including the single-period binomial option model.

<Unit 6> The Principle of No Finance

• You will learn about the no-finance principle and use it to find the no-finance price of a unique option in a multiperiod binomial distribution model.

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