Mô tả

Are you ready to learn python programming fundamentals and directly apply them to solve real world applications in Finance and Banking?

If the answer is yes, then welcome to the “The Complete Python and Machine Learning for Financial Analysis” course in which you will learn everything you need to develop practical real-world finance/banking applications in Python!

So why Python?

Python is ranked as the number one programming language to learn in 2020, here are 6 reasons you need to learn Python right now!

1. #1 language for AI & Machine Learning: Python is the #1 programming language for machine learning and artificial intelligence.

2. Easy to learn: Python is one of the easiest programming language to learn especially of you have not done any coding in the past.

3. Jobs: high demand and low supply of python developers make it the ideal programming language to learn now.

4. High salary: Average salary of Python programmers in the US is around $116 thousand dollars a year.

5. Scalability: Python is extremely powerful and scalable and therefore real-world apps such as Google, Instagram, YouTube, and Spotify are all built on Python.

6. Versatility: Python is the most versatile programming language in the world, you can use it for data science, financial analysis, machine learning, computer vision, data analysis and visualization, web development, gaming and robotics applications.


This course is unique in many ways:

1. The course is divided into 3 main parts covering python programming fundamentals, financial analysis in Python and AI/ML application in Finance/Banking Industry. A detailed overview is shown below:

a) Part #1 – Python Programming Fundamentals: Beginner’s Python programming fundamentals covering concepts such as: data types, variables assignments, loops, conditional statements, functions, and Files operations. In addition, this section will cover key Python libraries for data science such as Numpy and Pandas. Furthermore, this section covers data visualization tools such as Matplotlib, Seaborn, Plotly, and Bokeh.

b) Part #2 – Financial Analysis in Python: This part covers Python for financial analysis. We will cover key financial concepts such as calculating daily portfolio returns, risk and Sharpe ratio. In addition, we will cover Capital Asset Pricing Model (CAPM), Markowitz portfolio optimization, and efficient frontier. We will also cover trading strategies such as momentum-based and moving average trading.

c) Part #3 – AI/Ml in Finance/Banking: This section covers practical projects on AI/ML applications in Finance. We will cover application of Deep Neural Networks such as Long Short Term Memory (LSTM) networks to perform stock price predictions. In addition, we will cover unsupervised machine learning strategies such as K-Means Clustering and Principal Components Analysis to perform Baking Customer Segmentation or Clustering. Furthermore, we will cover the basics of Natural Language Processing (NLP) and apply it to perform stocks sentiment analysis.

2. There are several mini challenges and exercises throughout the course and you will learn by doing. The course contains mini challenges and coding exercises in almost every video so you will learn in a practical and easy way.

3. The Project-based learning approach: you will build more than 6 full practical projects that you can add to your portfolio of projects to showcase your future employer during job interviews.


So who is this course for?

This course is geared towards the following:

  • Financial analysts who want to harness the power of Data science and AI to optimize business processes, maximize revenue, reduce costs.

  • Python programmer beginners and data scientists wanting to gain a fundamental understanding of Python and Data Science applications in Finance/Banking sectors.

  • Investment bankers and financial analysts wanting to advance their careers, build their data science portfolio, and gain real-world practical experience.

There is no prior experience required, Even if you have never used python or any programming language before, don’t worry! You will have a clear video explanation for each of the topics we will be covering. We will start from the basics and gradually build up your knowledge.

In this course, (1) you will have a true practical project-based learning experience, we will build more than 6 projects together (2) You will have access to all the codes and slides, (3) You will get a certificate of completion that you can post on your LinkedIn profile to showcase your skills in python programming to employers. (4) All of this comes with a 30 day money back guarantee so you can give a course a try risk free! Check out the preview videos and the outline to get an idea of the projects we will be covering.


Enroll today and I look forward to seeing you inside!

Bạn sẽ học được gì

Master Python 3 programming fundamentals for Data Science and Machine Learning with focus on Finance.

Understand how to leverage the power of Python to apply key financial concepts such as calculating daily portfolio returns, risk and Sharpe ratio.

Understand the theory and intuition behind Capital Asset Pricing Model (CAPM)

Understand how to use Jupyter Notebooks for developing, presenting and sharing Data Science projects.

key Python Libraries such as NumPy for scientific computing, Pandas for Data Analysis, Matplotlib/Seaborn for data plotting/visualization

Master SciKit-Learn library to build, train and tune machine learning models using real-world datasets.

Apply machine and deep learning models to solve real-world problems in the banking and finance sectors

Understand the theory and intuition behind several machine learning algorithms for regression, classification and clustering

Assess the performance of trained machine learning regression models using various KPI (Key Performance indicators)

Assess the performance of trained machine learning classifiers using various KPIs such as accuracy, precision, recall, and F1-score.

Understand the underlying theory, intuition behind Artificial Neural Networks (ANNs), Recurrent Neural Networks (RNNs) & Long Short Term Memory Networks (LSTM).

Train ANNs using back propagation and gradient descent algorithms.

Optimize ANNs hyper parameters such as number of hidden layers and neurons to enhance network performance.

Master feature engineering and data cleaning strategies for machine learning and data science applications.

Yêu cầu

  • No prior experience required.

Nội dung khoá học

21 sections

Course Introduction, Success Tips and Key Learning Outcomes

7 lectures
Welcome Message
05:11
Introduction, Success Tips & Best Practices and Key Learning Outcomes
14:02
Course Outline and Key Learning Outcomes
19:56
Environment Setup & Course Materials Download
09:35
Google Colab Walkthrough
08:54
Python for Data Science Learning Path
00:34
Study Tips For Success
00:34

**********PART #1: PYTHON PROGRAMMING FUNDAMENTALS***********

1 lectures
Introduction to Part #1: Python Programming Fundamentals
01:23

Python 101: Variables Assignment, Math Operation, Precedence and Print/Get

6 lectures
Colab Notebooks - Variables Assignment, Math Ops, Precedence, and Print/Get
00:02
Variable assignment
14:30
Math operations
14:36
Precedence
11:50
Print operation
11:50
Get User Input
18:28

Python 101: Data Types

7 lectures
Colab Notebooks - Data Types
00:01
Booleans
08:26
List
21:03
Dictionaries
10:25
Strings
15:14
Tuples
07:33
Sets
05:49

Python 101: Comparison Operators, Logical Operators, and Conditional Statements

5 lectures
Colab Notebooks - Comparison Operators, Logical Operators and If Statements
00:02
Comparison operators
10:52
Logical operators
11:09
Conditional statements - Part #1
17:31
Conditional statements - Part #2
13:17

Python 101: Loops

7 lectures
Colab Notebooks - For/While Loops, Range, List Comprehension
00:01
For loops
15:37
Range
11:39
While Loops
14:04
Break a loop
11:45
Nested loops
11:30
List comprehension
17:40

Python 101: Functions

6 lectures
Colab Notebooks - Functions
00:00
Functions: built-in functions
07:57
Custom functions
13:52
Lambda expression
07:47
Map
10:06
Filter
09:57

Python 101: Files Operations

3 lectures
Colab Notebooks - Files Operations
00:01
Reading & Writing Text Files
21:10
Reading & Writing CSV Files
13:32

Python 101: Data Science Python Libraries for Data Analysis (Numpy)

7 lectures
Colab Notebooks - Numpy
00:00
Numpy basics
08:49
Built-in methods
11:17
Shape Length Type
13:21
Math operations
06:16
Slicing & indexing
16:37
Elements Selection
08:16

Python 101: Data Science Python Libraries for Data Analysis (Pandas)

7 lectures
Colab Notebooks - Pandas
00:00
Pandas: Introduction to Pandas and DataFrames
20:44
Reading HTML data, and applying functions, and sorting
13:21
DataFrame operations
07:47
Pandas with functions
09:03
Ordering and Sorting
05:17
Merging/joining/concatenation
21:21

Python 101: Data Visualization with Matplotlib

9 lectures
Colab Notebooks - Data Visualization with Matplotlib
00:01
Line Plot
13:48
Scatterplot
06:35
Pie Chart
09:18
Histograms
09:25
Multiple Plots
05:03
Subplots
08:47
3D Plots
08:17
BoxPlot
09:21

Python 101: Data Visualization with Seaborn

3 lectures
Colab Notebooks - Data Visualization with Seaborn
00:01
Data Visualization with Seaborn - Part #1
22:11
Data Visualization with Seaborn - Part #2
13:57

********* PART #2: PYTHON FOR FINANCIAL ANALYSIS*********

1 lectures
Introduction to Part #2: Python for Financial Analysis
00:55

Stocks Data Analysis and Visualization in Python

9 lectures
Colab Notebooks - Stocks Data Analysis and Visualization in Python
00:02
Task 1
06:37
Task 2
19:24
Task 3
15:40
Task 4
11:29
Task 5
07:38
Task 6
12:04
Task 7
07:36
Task 8
12:21

Asset Allocation and Statistical Data Analysis

9 lectures
Colab Notebooks - Asset Allocation and Statistical Data Analysis
00:02
Task 1
16:23
Task 2
10:20
Task 3
09:57
Task 4
21:36
Task 5
10:10
Task 6
15:15
Task 7
08:58
Task 8
12:31

Capital Asset Pricing Model (CAPM)

8 lectures
Colab Notebooks - Capital Asset Pricing Model (CAPM)
00:01
Task 1
18:06
Task 2
06:28
Task 3
06:16
Task 4
13:53
Task 5
08:43
Task 6
12:41
Task 7
10:57

******* PART #3: MACHINE AND DEEP LEARNING IN FINANCE *********

1 lectures
Introduction to Part #3: Machine and Deep Learning in Finance
01:05

Predict Stocks Future Prices Using Machine and Deep Learning

13 lectures
Colab Notebooks - Predict Future Stock Prices Using Machine/Deep Learning
00:02
Task 1
12:22
Task 2
18:14
Task 3
08:56
Task 4
22:04
Task 5
11:25
Task 6
13:33
Task 7
13:58
Task 8
13:01
Task 9
16:06
Task 10
15:22
Task 11
13:03
Task 12
27:26

Perform Bank Market Segmentation Using Unsupervised Machine Learning Techniques

11 lectures
Colab Notebooks - Perform Bank Customers Segmentation
00:01
Problem statement and business case
10:41
Import libraries and datasets
14:42
Visualize data
19:55
Understand K-means algorithm
15:18
Obtain optimal K
08:09
Apply K-means clustering
09:37
Principal component analysis
10:05
Intuition of autoencoders
07:50
Train autoencoder
12:07
Apply autoencoder
14:02

Perform Sentiment Analysis On Stocks Data Using Natural Language Processing

11 lectures
Colab Notebooks - Perform Sentiment Analysis on Stocks Data
00:02
Task 1
10:06
Task 2
09:53
Task 3
15:22
Task 4
12:54
Task 5
14:36
Task 6
14:45
Task 7
22:39
Task 8
07:22
Task 9
10:09
Task 10
10:11

Congratulations!! Don't forget your Prize :)

1 lectures
Bonus: How To UNLOCK Top Salaries (Live Training)
00:44

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