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Building Recommender Systems with Machine Learning and AI (Udemy.com)

How to create machine learning recommendation systems with deep learning, collaborative filtering, and Python.

Created by: Sundog Education by Frank Kane

Last updated August 2026

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What you will learn

  • Understand and apply user-based and item-based collaborative filtering to recommend items to users
  • Create recommendations using deep learning at massive scale
  • Build recommendation engines with neural networks and Restricted Boltzmann Machines (RBM's)
  • Make session-based recommendations with recurrent neural networks and Gated Recurrent Units (GRU)
  • Build a framework for testing and evaluating recommendation algorithms with Python
  • Apply the right measurements of a recommender system's success
  • Build recommender systems with matrix factorization methods such as SVD and SVD++
  • Apply real-world learnings from Netflix and YouTube to your own recommendation projects
  • Combine many recommendation algorithms together in hybrid and ensemble approaches
  • Use Apache Spark to compute recommendations at large scale on a cluster
  • Use K-Nearest-Neighbors to recommend items to users

How it compares

Against the other 155 rated Udemy courses in Machine Learning on CourseDuck:

  • Rating4.7 out of 5higher than 93% of them
  • Reviews3,938#23 of 156 by number of reviews
  • Length11.8 hourslonger than 67% of them
  • Last updatedAugust 2026more recently than 93% of them

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Course Description

Updated with Neural Collaborative Filtering (NCF), Tensorflow Recommenders (TFRS) and Generative Adversarial Networks for recommendations (GANs)

Learn how to build machine learning recommendation systems from one of Amazon's pioneers in the field. Frank Kane spent over nine years at Amazon, where he managed and led the development of many of Amazon's personalized product recommendation systems.

You've seen automated recommendations everywhere - on Netflix's home page, on YouTube, and on Amazon as these machine learning algorithms learn about your unique interests, and show the best products or content for you as an individual. These technologies have become central to the  largest, most prestigious tech employers out there, and by understanding how they work, you'll become very valuable to them.

We'll cover tried and true recommendation algorithms based on neighborhood-based collaborative filtering, and work our way up to more modern techniques including matrix factorization and even deep learning with artificial neural networks. Along the way, you'll learn from Frank's extensive industry experience to understand the real-world challenges you'll encounter when applying these algorithms at large scale and with real-world data.

However, this course is very hands-on; you'll develop your own framework for evaluating and combining many different recommendation algorithms together, and you'll even build your own neural networks using Tensorflow to generate recommendations from real-world movie ratings from real people. We'll cover:


  • Building a recommendation engine

  • Evaluating recommender systems

  • Content-based filtering using item attributes

  • Neighborhood-based collaborative filtering with user-based, item-based, and KNN CF

  • Model-based methods including matrix factorization and SVD

  • Applying deep learning, AI, and artificial neural networks to recommendations

  • Using the latest frameworks from Tensorflow (TFRS) and Amazon Personalize.

  • Session-based recommendations with recursive neural networks

  • Building modern recommenders with neural collaborative filtering

  • Scaling to massive data sets with Apache Spark machine learning, Amazon DSSTNE deep learning, and AWS SageMaker with factorization machines

  • Real-world challenges and solutions with recommender systems

  • Case studies from YouTube and Netflix

  • Building hybrid, ensemble recommenders

  • "Bleeding edge alerts" covering the latest research in the field of recommender systems

This comprehensive course takes you all the way from the early days of collaborative filtering, to bleeding-edge applications of deep neural networks and modern machine learning techniques for recommending the best items to every individual user.

The coding exercises in this course use the Python programming language. We include an intro to Python if you're new to it, but you'll need some prior programming experience in order to use this course successfully. Learning how to code is not the focus of this course; it's the algorithms we're primarily trying to teach, along with practical examples. We also include a short introduction to deep learning if you are new to the field of artificial intelligence, but you'll need to be able to understand new computer algorithms.

High-quality, hand-edited English closed captions are included to help you follow along.

I hope to see you in the course soon!

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Instructor Details

Sundog Education by Frank Kane

Sundog Education's mission is to make highly valuable career skills in data engineering, data science, generative AI, AWS, and machine learning accessible to everyone in the world. Our consortium of expert instructors shares our knowledge in these emerging fields with you, at prices anyone can afford. 

As a senior manager at Amazon during its early years, Frank Kane led large technical teams, managed multi-year projects, and served as a "bar-raiser" - interviewing thousands and hiring hundreds across the company.

Frank holds 26 issued patents in machine learning and personalization. After 9 years at Amazon and IMDb, he founded Sundog Education and has since taught over 1.1 million people in AI, ML, AWS, system design, and tech leadership. Frank has been teaching full-time for over 10 years - but is always building projects on the side with the latest emerging technologies, to better explain them to you!

Our teaching style is to simplify complex concepts - once you cut through all the notation and jargon, most of AI and machine learning is pretty easy to understand. We make these advanced topics accessible to anyone with a modest technical background, always using plain English and examples to drive it home. We make learning easy, hands-on, and fun.

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Reviews

4.7

3,938 ratings on Udemy

Select a bar to show only those reviews.Select the bar again to show every rating.

By Elena Gorczyca on 4/11/2024

I would give this course 10 stars if it was possible! It's not easy by any means, especially if you want to understand / run /modify scripts, but it' totally worth time and effort. Packed with valuable information, sometimes too condensed, but it's up to you to explore it further. Besides, Frank - the instructor - is super helpful, responds to questions literally within a few hours. Thank you, Frank!

By Matthias Meß on 10/12/2023

Thanks Frank for making this great course with lots of information and useful code samples! Students get a very deep insight into which systems there are. Of course, due to the sum of topics, some are only superficially treated. I would have wished for a little more theory lessons to explain certain concepts, like the matrix factorization or the "Embedded-layers" in the TFRS. For some topics it's not clear how dated the information is, since Amazon DSSTNE is officially "archived" and hasn't been updated for at least 3 years. I really recommend taking this class!

By Ganesh Gopalakrishnan on 6/19/2021

I have an basic understanding of recommender systems, that said, I am newbie from a technical standpoint and various algorithms that is basically used for recommendations. This course provides an excellent insight on various algorithms and goes little deeper on some of them. Few algorithms and terminologies like SVD, KNN, RNN , soft max ,classification and segmentation, binary vs multiple classifications are explained at right level to get an overall understanding of how these can be used in recommender systems. Overall a Great course. Got a very good insight and would love to revisit this course multiple times and try all examples explained. Great course indeed .

By Bryan Butler on 4/28/2020

Frank and the Sundog team delivers some of the best quality in the area of recommendation engines and big data applications; having developed some of these at Amazon and IMDB. This is a great survey course to get you caught up on everything, and learn the latest across a wide variety of algorithms and platforms. The deep learning section was really a nice surprise with it's depth; I have had several courses covering deep learning and this taught me some more new things. There are lots of papers/resources available and the code examples are excellent to learn from.

By Luis Fernando Rabanal Che Leon on 4/5/2020

Definitely worth it. You will really enjoy this course, but you need some background in OOP with Python. Even though all code presented here is carefully explained, you must take your time to understand the nuances. The instructor guides you throughout the entire course and the course itself is well-structured. The bleeding-edge alerts constitute an important part of the education process here. Now I feel ready to start reading more advance stuff. The instructor gives you many paths you can follow after taken this course.

By Robert Levy on 2/4/2020

This a practical course for what is involved in building a recommender system. The course covers a lot of algorithms, explains the theory and provides a lot of code to get going with. Doing the examples requires some coding and a bit of time to write, debug and run (especially if you're using a regular PC). Frank Cane focuses most on what works in real life, and distinguishes between interesting techniques that are unproven and those that have been battle hardened.

By Lucia Casucci on 11/2/2019

Very in depth course into the recommendations world. I liked how he explored a lot of possible ways to solve the same problem. The coding can get a bit heavy to understand in some points, but overall the main take home concepts were very well explained and concise. This has proven to be an invaluable resource during my former job as a senior data scientist where I had to design a rec system for a ecommerce site. This course only is much better than 99.9% of anything you will find online. Frank really knows his stuff. Thank you so much Frank!!

By Philip Lieberman on 3/16/2019

Very good course, but the student will need to do a lot of off-the-clock research (read papers, single step through code looking at variables not explained) to apply the high level material in the course. There is also a lot of Python magic used as well as matrix operations that are used not well explained. None the less, the class is a bargain with unique industry experience that is worth its weight in gold.

By David Liao on 2/26/2019

This course is very useful for practitioners in recommender system field. I would not start my tasks without this course. But you need to spend much time on studying source code because the information in the lecture is very limited. Frank is an expert on recommend system with rich industry experience. He give many good advises on real word recommend systems. It should be better if the course material can be designed more elaborately.

By Sarika Aggarwal on 11/21/2018

The course is quite good as far as the intent and spectrum is concerned, but it seems t be packing too many things in a single course. As a result, the due time given to each concept takes a hit. Important concepts such as these cant just be 'spoken about' as if they are living room small-talk. There is an unsaid urgency to rush through everything and that puts the burden on the student to self-imagine a lot about the concept which is being just spoken about. I took every exercise seriously, followed and solved each one of those and frankly they are quite good. However, more explanation, more visuals and spending more time for each concept will go a long way in ensuring that students stay engaged and not struggle to keep pace with jet speed delivery.

By Nitin Singhal

Very good course.

By Haoxuan Xu

The instructor is very clear in his explanation. The course is structured well and it's not hard to follow

Showing 12 of 104 reviews

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Overall Score : 94 / 100