I see money 👀
Financial Engineering

If you say you are studying stocks, you may have been scammed at least once by paying money and receiving strange 'flyers' or learning ridiculous techniques that make it seem like you will become rich.

It may be ridiculous, but you shouldn't make such choices because you're blinded by money. These methods may work out for a moment and you may misunderstand that you're making money, but in the long run, they are quite risky.

I believe that the reason these things happen is because you lack the elements to create your own secret method or study stocks properly. I think it would be good to gain the power to analyze and study stock data with a mathematical approach through this financial engineering lecture.

Also, developers who want to study quant or develop stock automatic trading programs ! This is the most basic content, so I hope you take the time to study together.

It is no exaggeration to say that these days are the stock era. It is obvious that it would be better to study the theoretical content before studying these stocks. The answer is 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 about more meaningful 'investment' through this financial engineering.

✔️ This lecture is

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

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<Unit 1> Probability

• Before learning financial engineering, you will learn the basics of probability and random variables. Through this, you will be able to understand the properties of probability and calculate expected values.

<Section 2> Normal random variables

• Among the concepts of random variables learned in Unit 1, we will cover continuous random variables, and learn the concepts and properties of normal random variables, which are the most core content. Through this, you can learn the relationship between binomial distribution and normal distribution, and it will help you understand the concept of geometric Brownian motion.

<Section 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 motions. Through this, you will be able to understand what information is needed when trying to predict the future price of a stock.

<Section 4> Interest Rate and Present Value Analysis

• Learn the basic concepts of financial engineering and use various examples to help you understand. Through this, you can understand the basic concepts and calculate present value and rate of return.

<Unit 5> Price Determination through Finance

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

<Unit 6> Principle of no finance

• Learn about the no-finance principle and how to use it to find the no-finance price of a unique option in a multi-period binomial distribution model.

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