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Alfredo Deza and Noah Gift

Master Cloud MLOps: AWS SageMaker & Azure ML

  • Build end-to-end machine learning pipelines on leading cloud platforms
  • Gain practical experience through hands-on exercises and projects
  • Prepare for AWS & Azure ML certifications and job roles

Course Highlights:

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Master Cloud MLOps: AWS SageMaker & Azure ML

  • Build end-to-end machine learning pipelines on leading cloud platforms
  • Gain practical experience through hands-on exercises and projects
  • Prepare for AWS & Azure ML certifications and job roles

Course Highlights:

  • Explore data engineering & ML foundations on AWS
  • Create data repos, ETL pipelines & serverless solutions
  • Learn data science skills - cleaning, visualization, analysis
  • Train, select & tune ML models on AWS SageMaker
  • Operationalize models for production with MLOps best practices
  • Deploy & maintain ML solutions using CPU/GPU instances

Ideal for data scientists, ML engineers, analysts & cloud professionals. Master comprehensive MLOps skills on AWS & Azure through real-world training.

What's inside

Learning objectives

  • Apply exploratory data analysis (eda) techniques to data science problems and datasets.
  • Build machine learning modeling solutions using both aws and azure technology.
  • Train and deploy machine learning solutions to a production environment using cloud technology.

Syllabus

Module 1: Data Engineering with AWS Technology (7 hours)
\- Video: Meet your Course Instructor: Noah Gift (3 minutes)
\- Video: Using Sagemaker Studio Lab (7 minutes)
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Traffic lights

Read about what's good
what should give you pause
and possible dealbreakers
Develops machine learning pipelines, which are standard in industry
Builds a strong foundation in Cloud MLOps, which is highly relevant to cloud computing
Taught by Alfredo Deza and Noah Gift, who are recognized for their work in Cloud MLOps
Examines MLOps on AWS and Azure, which are highly relevant to cloud computing
Teaches skills and tools that can strengthen an existing foundation for intermediate learners
Teaches machine learning modeling, which is a core skill for data scientists and ML engineers

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Reviews summary

Practical mlops on aws and azure

According to students, this course offers a highly practical and hands-on approach to MLOps, with a strong emphasis on AWS SageMaker for data engineering and model deployment. Learners particularly praise the clear explanations from the instructor and the real-world applicability of the concepts. Many found it valuable for career development and certification preparation. However, a recurring point for some is that the Azure ML content is less comprehensive and feels rushed compared to the AWS sections. Additionally, several reviews, including recent ones, mention challenges with labs being outdated or requiring troubleshooting, suggesting a need for updates to maintain the seamless hands-on experience.
Instructor delivers complex topics with clarity and good pace.
"The instructor, Noah Gift, explains complex topics clearly. Highly recommend for anyone serious about MLOps."
"The instructor's pace is just right, and the explanations are spot on."
"I appreciated how the instructor simplified advanced MLOps topics, making them easy to grasp."
Provides comprehensive coverage of MLOps on AWS SageMaker.
"The AWS modules are comprehensive, covering S3, Step Functions, and SageMaker in good detail."
"It's heavily skewed towards AWS, which is fine as that's what I primarily use, but those looking for equal Azure coverage might be disappointed."
"The coverage of data engineering and model deployment on AWS SageMaker was excellent. A must-take for MLOps aspiring professionals."
Excellent for hands-on application of MLOps concepts.
"This course is incredibly practical and hands-on. The labs for SageMaker were particularly useful, helping me understand MLOps concepts end-to-end."
"The blend of theoretical concepts and practical application on SageMaker is perfect. One of the best MLOps courses I've taken."
"I was able to apply what I learned immediately in my job. The detailed walk-throughs in the labs were immensely helpful."
Pacing can be fast, may require prior knowledge or extra effort.
"I found the course to be too fast-paced and some explanations felt superficial, especially in the later modules."
"It's a good overview if you're a complete beginner, but intermediate users might find it lacking in advanced topics."
"Unless you are prepared for significant self-study, this course might be challenging for absolute beginners."
Some labs require troubleshooting due to being outdated.
"I found some of the AWS labs to be slightly outdated or not working out-of-the-box, requiring quite a bit of troubleshooting."
"The labs frequently had issues, and it took a lot of external research to get them working. Not recommended for absolute beginners..."
"The course has valuable content, but the lab environments can be frustrating. I spent more time debugging than learning."
Azure ML section is brief, lacking depth compared to AWS.
"I found the Azure ML part a bit rushed and less deep compared to AWS. Still, it provides a good starting point for exploring both platforms."
"The Azure section is very brief and doesn't offer the same depth as the AWS part. It provides a good overview if you're a complete beginner..."
"The Azure part was almost an afterthought. The Azure module is very light. If you're mainly interested in AWS, this course delivers."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in MLOps Platforms: Amazon SageMaker and Azure ML with these activities:
Brush up on Azure ML workflow
This activity will help you refresh your knowledge of concepts relevant to Azure ML, giving you a better foundation before the course begins.
Show steps
  • Look at your notebook from previous coursework in Azure ML.
  • Go through Azure's beginner documentation for ML.
  • Look at content by Microsoft Learning for Azure ML.
Review Machine Learning modeling concepts
This activity will help you refresh your knowledge of concepts relevant to Machine Learning models, giving you a better foundation before the course begins.
Browse courses on Machine Learning
Show steps
  • Look over class notes and assignments from your previous Machine Learning course.
  • Go through a quick online tutorial about Machine Learning models.
Compile tools and documentation
This activity will assist you in organizing course materials, helping you be more efficient in the long run.
Browse courses on Tools
Show steps
  • Set up a digital folder where you will keep resources.
  • Bookmark useful documentation.
  • Create a list of tools you learn about in class.
Five other activities
Expand to see all activities and additional details
Show all eight activities
Practice gradient descent
This activity will help you practice key skills and concepts necessary for the topic of gradient descent.
Browse courses on Gradient Descent
Show steps
  • Look through the provided interactive gradient descent sandbox.
Learn from AWS Academy
This activity will help you expand your learning and build a stronger understanding of Machine Learning.
Browse courses on AWS
Show steps
  • Enroll in AWS Academy Machine Learning Foundations.
  • Complete the onboarding and course structure materials.
  • Go through the first two modules in your own time.
Read Pattern Recognition and Machine Learning
This book will provide a comprehensive overview of machine learning and help you reinforce the fundamental principles covered in the course.
Show steps
  • Read the first three chapters.
  • Do the exercises from the first three chapters.
  • Go to the course forum and discuss the book with other students.
Review CI/CD tools
This activity will help you understand a topic of interest for expanding on what is taught in the course.
Browse courses on Continuous Integration
Show steps
  • Look at beginner resources for DevOps.
  • Go through tutorials for AWS CodeWhisperer AI Pair Programming Tool.
Deploy a machine learning model
This project will give you hands-on experience deploying a model, reinforcing the skills and knowledge you have learned through the course.
Browse courses on Machine Learning
Show steps
  • Choose a dataset.
  • Build a model.
  • Train the model.
  • Deploy the model.

Career center

Learners who complete MLOps Platforms: Amazon SageMaker and Azure ML will develop knowledge and skills that may be useful to these careers:

Reading list

We've selected 50 books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in MLOps Platforms: Amazon SageMaker and Azure ML.
This official study guide from AWS provides comprehensive coverage of the AWS Certified Solutions Architect - Associate exam blueprint, including all six exam domains: design principles, cloud architecture, data storage, security, networking, and cost control.
Considered a modern classic, this book delves into the fundamental trade-offs and concepts behind building robust, scalable, and maintainable data systems. While not exclusively about data engineering, its in-depth coverage of distributed systems, databases, and data processing patterns is essential for any data professional looking to deepen their understanding. It is highly valuable for undergraduate and graduate students, as well as working professionals.
A widely recommended book for gaining in-depth knowledge of AWS. This edition covers core AWS services like computing, storage, and networking, with new chapters on containerization and infrastructure as code. It provides practical, experience-driven advice and real-world projects, making it suitable for developers and operations engineers looking to deepen their skills.
Highly relevant to contemporary ML topics, this book focuses on transformers, a key architecture in modern NLP. It provides a practical guide to using the Hugging Face Transformers library for various NLP tasks. It's essential for those interested in state-of-the-art text-based models.
Focusing on the entire lifecycle of machine learning systems, this book covers design, engineering, and product aspects. It addresses contemporary challenges in deploying and managing ML models in real-world applications, highly relevant for aspiring and current ML engineers.
A comprehensive guide for solutions architects focusing on designing well-architected AWS solutions. It covers architectural patterns, service selection, DevOps, and containers. is highly relevant for professionals and graduate students looking to master AWS architecture and design principles.
Provides a comprehensive overview of the theory and practice of EDA. It covers a wide range of topics, from data visualization to statistical modeling, making it a valuable resource for data analysts who want to learn more about the foundations of EDA.
Provides a comprehensive introduction to exploratory data analysis (EDA) using Python, a popular programming language for data science. It covers topics such as data cleaning, transformation, visualization, and statistical modeling, making it a valuable resource for both beginners and experienced data analysts.
Provides a comprehensive overview of Machine Learning Pipelines, covering the entire process from data ingestion to model deployment. It is particularly valuable for its detailed explanations of pipeline components and best practices.
Another comprehensive guide to Apache Spark, co-authored by one of its creators. definitive resource for learning Spark for big data processing, covering its various components and APIs. It's a must-read for anyone serious about using Spark in their data engineering work, suitable for undergraduate, graduate, and professional levels.
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Provides a comprehensive guide to machine learning on AWS, covering topics such as model building, training, and deployment, as well as best practices for managing machine learning projects.
This study guide offers comprehensive coverage of AWS services relevant to the Solutions Architect Associate exam. It includes practical exercises and is designed for those looking to deepen their understanding of designing and implementing solutions on AWS. It's a valuable resource for aspiring Solutions Architects and can serve as a textbook for undergraduate and graduate programs.
This study guide from A Cloud Guru is designed to help you prepare for the AWS Certified Cloud Practitioner exam, covering essential concepts such as cloud computing, AWS services, and security best practices.
Provides a practical introduction to machine learning using Python and the scikit-learn library. It's well-suited for beginners and those with some Python experience looking to build their own machine learning solutions. It emphasizes the practical aspects of using algorithms over the underlying mathematics.
Covers the principles of deep learning. It introduces different neural network architectures and training algorithms, as well as applications of deep learning to different fields.
Provides a step-by-step guide to building, deploying, and monitoring ML models in production. It covers topics such as data engineering, model deployment, and monitoring.
Provides a statistical approach to EDA. It covers a wide range of topics, from data visualization to statistical modeling, making it a valuable resource for data analysts who want to learn more about the statistical foundations of EDA.
Apache Spark widely used engine for big data processing. provides a comprehensive introduction to Spark, covering its core concepts and APIs. It's essential for anyone working with big data pipelines and aligns with courses mentioning Spark. The 3rd edition, published in 2020, covers recent features and improvements.
Explores design patterns for building scalable, redundant, and highly available systems on AWS. It's valuable for architects and developers looking to implement best practices for cloud-native applications. It provides deeper insights into designing robust and efficient AWS architectures.
Focuses on the practical aspects of building and deploying machine learning systems in production. It covers the process, best practices, and challenges involved in MLOps, aligning well with several of the listed course titles. It's highly relevant for working professionals.
Based on a real-world migration project, this book details the process of migrating from an on-premise data center to AWS using a hybrid-cloud approach. It covers methodologies, technical and business considerations, and provides practical illustrations. This is highly relevant for professionals involved in cloud migration projects.
Focuses specifically on securing AWS environments, covering identity management, network security, data security, and application security within AWS. It delves into security best practices and automating security controls. This crucial read for anyone responsible for cloud security and adds significant depth to understanding a critical aspect of AWS.
A contemporary book focusing on MLOps on AWS, covering deploying, testing, monitoring, and automating ML systems in production using services like SageMaker. This is highly relevant for ML engineers, DevOps engineers, and architects working with machine learning on AWS.
Aligning with the Google Cloud focused course titles, this book provides guidance on performing data engineering tasks on GCP. It's a valuable resource for those preparing for the Google Cloud Professional Data Engineer exam or working with GCP data services. It covers the relevant tools and services offered by Google Cloud.
This guide focuses on securing AWS infrastructure, starting with cybersecurity basics and moving to AWS-specific security practices. It covers identity management, threat detection, data security, and resilience strategies. It's a valuable resource for IT professionals and system administrators focusing on cloud security.
Focused on machine learning on AWS, this book is relevant for those interested in this specialized area. It would cover using AWS services like SageMaker for building, training, and deploying ML models. adds depth for users looking to leverage AWS for AI and ML workloads.
Python fundamental language in data engineering. focuses on using Python for various data engineering tasks, including building data pipelines and working with large datasets. It is particularly useful for those whose background is in Python and want to apply their skills to data engineering, aligning with courses mentioning Python for Data Engineering. Published in 2020, it's a relatively recent resource.
A guide for individuals preparing for the AWS Certified Developer Associate exam, also focusing on acquiring hands-on experience. It covers AWS services from a developer's perspective, aiding in deploying applications and integrating services.
Delves into advanced AWS development topics, including serverless computing and DevOps practices. It's suitable for developers with a solid understanding of AWS fundamentals who want to deepen their development skills on the platform.
Dbt (data build tool) popular tool in the modern data stack for transforming data in the warehouse. focuses on using dbt for data engineering workflows, aligning with courses mentioning dbt. It's particularly relevant for professionals and graduate students working with cloud data warehouses and ELT processes.
Provides an extensive guide to building Machine Learning Pipelines in Python. It covers a wide range of topics, from data preparation to model evaluation, and is particularly helpful for Python developers.
Understanding how databases work internally is crucial for data engineers. provides a detailed look into the design and implementation of databases and distributed data systems. It's a highly technical book, best suited for graduate students and experienced professionals who want to deepen their understanding of the foundational technologies they work with.
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Offers a broad overview of AWS, covering various IT operations and providing real-world examples. It's an excellent starting point for beginners to understand cloud computing concepts and the AWS framework. It also touches upon using AWS for machine learning and AI projects, making it relevant for those interested in those areas. This book is valuable for gaining foundational knowledge.
Takes a visual approach to EDA, focusing on how to create effective visualizations to explore and understand data. It covers a wide range of visualization techniques, from simple scatterplots to complex interactive dashboards, making it a valuable resource for data analysts who want to communicate their findings effectively.
Provides a practical guide to EDA for business analysts. It covers a wide range of topics, from data visualization to statistical modeling, making it a valuable resource for business analysts who want to use EDA in their work.
Written by a former AWS Enterprise Strategy leader, this book provides insights into enterprise cloud adoption, migration strategies, and transforming IT culture and processes. It's a valuable resource for business leaders and IT professionals involved in large-scale cloud migration and adoption initiatives.
A classic in the field, this book offers a comprehensive introduction to pattern recognition and machine learning from a probabilistic perspective. It covers a wide range of algorithms and concepts with mathematical rigor. It's an excellent resource for developing a deeper theoretical understanding.
Dives into serverless computing on AWS using AWS Lambda. It's an excellent resource for developers looking to build and deploy serverless applications. It covers building, packaging, testing, and deploying Lambda functions, adding significant depth to understanding serverless architectures on AWS.
Provides a comprehensive guide to building and scaling serverless applications on AWS, covering topics such as architecting serverless systems, choosing the right services, and performance optimization.
Provides a practical guide to training and deploying deep learning models on AWS, covering topics such as model optimization, hyperparameter tuning, and productionization.
This textbook offers a principled introduction to machine learning, bridging the gap between theory and algorithms. It provides a solid theoretical account of fundamental ideas and mathematical derivations. It's a good resource for a deeper understanding of how algorithms work.
Covers the fundamental principles and best practices for building scalable data systems in the big data era. It provides a broader perspective on designing data architectures that can handle large volumes of data and high traffic, valuable for undergraduates, graduates, and professionals involved in system design.
Provides a comprehensive and hands-on approach to AWS fundamentals, covering core services and principles with practical examples and projects. It's suitable for various levels of experience and covers essential cloud concepts, security, and cost optimization.
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Feature engineering critical step in the machine learning pipeline. focuses specifically on techniques for creating effective features from raw data. It's a practical guide that complements the theoretical understanding of models.
Cornerstone in statistical learning, providing a comprehensive overview of methods for data mining, inference, and prediction. While statistically focused, it covers many fundamental machine learning concepts. It's a valuable reference for both theoretical and applied aspects.
This cookbook provides a collection of practical recipes for building and deploying serverless and microservices applications using AWS Lambda.
Authored by the 'father of the data warehouse,' this book explores the concept of the data lakehouse, an evolution of data architecture combining the benefits of data lakes and data warehouses. It's a relevant read for understanding contemporary data architecture trends, particularly for experienced professionals and architects. Published in 2021, it's a recent contribution to the field.
Provides a comprehensive guide to EDA using Power BI, a popular data visualization software. It covers a wide range of topics, from data cleaning and transformation to creating interactive visualizations, making it a valuable resource for data analysts who want to use Power BI for their EDA work.

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