How does the Applied Machine Learning course work?
What's Inside
Applied Machine Learning is approximately 3.5 hours in length and a student can generally complete the course in 6-10 hours when working through all of the exercises. Before beginning, you should have completed our Python Fundamentals course OR already be comfortable with the Python programming language. Your enrollment comes with lifetime access and support within the course via a comment section under each video lesson.
Data Cleaning & Exploration
Your machine learning models can only be as good as your training data. In this lesson, you will learn how to find and correct errors in your datasets using the data visualization packages Matplotlib and Seaborn.
Regression Algorithms
Learn about regression problems and 5 machine learning algorithms used to solve them. Those models are Lasso, Ridge, and Elastic Net, which fall under the category of Regularized Regression Models. The other models you will learn are Random Forest and Gradient Boosting which fall under the category of Decision Tree Ensemble Models. You will also learn about overfitting and the tools at your disposal to prevent it.
Liquidity Regressor Case Study
Build your first machine learning model from start to finish. The model you will construct is an altered version of a real machine learning algorithm used by top investment banks to advise companies such as: HP, McDonalds, Nordstrom, and many more.
Classification Algorithms
Learn about classification problems and some machine learning algorithms used to solve them.
By the end of this lesson, you will be familiar with
▪ Characteristics of Binary Classification Problems
▪ Regularized Logistic Regression Models
▪ Decision Tree Ensemble Classification Models
Investor Classifier Case Study Pt I
Explore the data for your second machine learning model. The model you will construct is an altered version of a real machine learning algorithm used by top investment banks to predict investor behavior when raising capital for large corporate clients.
Investor Classifier Cast Study Pt II
In this lesson, you will complete your second machine learning model. The model you will construct is an altered version of a real machine learning algorithm used by top investment banks to predict investor behavior when raising capital for large corporate clients.
Machine Learning Edge Blueprint Vol I and II Card Title
Receive the PDF version of the Python Fundamentals and Applied Machine Learning course as a bonus when you purchase Python Fundamentals and Applied Machine Learning as a bundle.
Professional Certification Exam
Verify Your Learning: Put your new Machine Learning skills to the test to see what you have learned and ensure retention.
Boost Your Resume: Add an impressive certification to your resume to demonstrate your new skills to employers.
What Our Customers Are Saying:
This course is perfect for...
Ready to Grow
Familiar with Excel
You are comfortable working with spreadsheets.
Early-Career Finance Professional
Finance Student
New to Python
Veteran finance professionals
By the end of the course you will...
Understand how Python and Machine Learning can be used in the world of finance to double the accuracy of your predictive models and gain efficiencies in your work not possible with Excel alone
Master the skill of distinguishing overfit models that promise more than they deliver. By understanding the nuances of overfitting, you will be equipped to refine your models to ensure they perform reliably in real-world financial scenarios, enhancing their predictability and your confidence in their forecasts.
Dive deep into the world of regularized regression and decision tree ensemble algorithms. This course highlights the strengths and limitations of each, guiding you to make informed decisions on which algorithm to deploy for your financial modeling tasks, ensuring optimal balance and performance.
Gain clarity on evaluating model performance with an in-depth understanding of the confusion matrix and its critical role in financial predictions. Learn how it intertwines with the ROC curve to give you a comprehensive view of your model's accuracy, allowing you to enhance predictive models with precision.
Learn to construct robust training and testing datasets and streamline your model development process with efficient pipelines. This skill set is crucial for developing models that are not only accurate but also scalable and adaptable to the fast-paced changes in the finance industry.
Elevate your data preparation skills with advanced techniques in cleaning, exploring, and visualizing financial datasets. These foundational steps are key to uncovering insights and trends that drive successful machine learning models, setting the stage for impactful financial analysis and predictions.
Unlock the potential of your financial datasets by learning how to engineer features that reveal deeper insights. Understand the conditional relationships between features to create new, powerful predictors that enhance the performance of your machine learning models in predicting market movements and trends.
Bring your financial prediction models across the finish line by mastering the art of building and finalizing machine learning classifiers. This course empowers you to not only construct but also fine-tune classifiers that stand up to the rigors of the finance world, ensuring your models are both accurate and resilient under market pressures.
Meet Your Instructor Zach Washam
While learning Python as an investment banker, Zach made an interesting observation: Python programming had a lot in common with the Excel models he made at work. By thinking of Python like Excel, Zach quickly learned the coding language and invented Wells Fargo Securities' first machine learning algorithm for investment banking and capital markets.
After submitting two algorithms for patent protection and winning Wells Fargo's 2018 "Local Sphere Innovation Award," Zach left investment banking to launch PyFi.
While CEO, Zach trained hundreds of students and finance professionals to code Python and develop their own Machine Learning algorithms, before stepping down from day to day operations to pursue other endeavours.