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Noah Gift

Welcome to the fourth course in the Building Cloud Computing Solutions at Scale Specialization! In this course, you will build upon the Cloud computing and data engineering concepts introduced in the first three courses to apply Machine Learning Engineering to real-world projects. First, you will develop Machine Learning Engineering applications and use software development best practices to create Machine Learning Engineering applications. Then, you will learn to use AutoML to solve problems more efficiently than traditional machine learning approaches alone. Finally, you will dive into emerging topics in Machine Learning including MLOps, Edge Machine Learning and AI APIs.

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Welcome to the fourth course in the Building Cloud Computing Solutions at Scale Specialization! In this course, you will build upon the Cloud computing and data engineering concepts introduced in the first three courses to apply Machine Learning Engineering to real-world projects. First, you will develop Machine Learning Engineering applications and use software development best practices to create Machine Learning Engineering applications. Then, you will learn to use AutoML to solve problems more efficiently than traditional machine learning approaches alone. Finally, you will dive into emerging topics in Machine Learning including MLOps, Edge Machine Learning and AI APIs.

This course is ideal for beginners as well as intermediate students interested in applying Cloud computing to data science, machine learning and data engineering. Students should have beginner level Linux and intermediate level Python skills. For your project in this course, you will build a Flask web application that serves out Machine Learning predictions.

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What's inside

Syllabus

Getting Started with Machine Learning Engineering
This week, you will learn about the methodologies involved in Machine Learning Engineering. By the end of the week, you will be able to develop Machine Learning Engineering applications and use software development best practices to create Machine Learning Engineering applications.
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Using AutoML
This week, you will learn about AutoML and how to use it to build efficient Machine Learning solutions with little to no code. These technologies include Ludwig, Google AutoML, Apple Create ML and Azure Machine Learning Studio. You will apply these solutions by using both open source and Cloud AutoML technology.
Emerging Topics in Machine Learning
This week, you will learn MLOps strategies and best practices in designing Cloud solutions. Then, you will explore Edge Machine Learning and how to use AI APIs. You will apply these strategies to build a low code or no code Cloud solution that performs Natural Language Processing or Computer Vision.

Good to know

Know what's good
, what to watch for
, and possible dealbreakers
Demystifies AI APIs that connect AI models to applications and provides useful insights
Covers MLOps strategies and best practices in designing Cloud solutions
Develops proficiency in using AutoML to solve problems efficiently, which is an invaluable skill in today's job market
Builds a strong foundation for beginners in Machine Learning Engineering and its applications
Taught by Noah Gift, who is an experienced Machine Learning engineer and researcher

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Reviews summary

Ml engineering and mlops fundamentals

Learners say this is a well-structured course that provides a solid foundation in Cloud Machine Learning Engineering and MLOps with its concise yet complete content. The engaging assignments and practical demonstrations help learners to develop a comprehensive understanding of AWS, GCP, and Azure MLOps solutions.
Knowledgeable and engaging
"Amazing teacher and perfect mixture of necessary informations."
"It was a privilage to learn from him, i recommend this course for every ML Engineer."
Well-organized and hands-on
"Really enjoyed the whole specialization!"
"This very hands-on and to-the-point approach was fantastic."
"Nice content and complete due that the course show the three main/popular options for MLOPs solutions: AWS, GCP and Azure"
Complete and insightful
"Insightful, complete, in detail."
"Excellent course, very concise but complete"
"Great Intro into DevOps and MLOps for beginners, Also good explanation and practical application examples"
Some repetitiveness
"The course is an introduction with a lot of repetitions from other courses of this specialization."
"Once again, disappointing repetitions."

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 Cloud Machine Learning Engineering and MLOps with these activities:
Review Python fundamentals
Refreshes the basics of Python language, which is used extensively in the course.
Browse courses on Python
Show steps
  • Review Python data types, variables, and control flow
  • Practice writing simple Python functions
  • Solve beginner-level Python coding problems
Review 'Machine Learning Engineering' by Andriy Burkov
Gain insights from an industry expert to deepen your understanding of Machine Learning Engineering principles.
Show steps
  • Obtain a copy of 'Machine Learning Engineering by Andriy Burkov''.
  • Read the book, taking notes and highlighting key concepts.
  • Apply the concepts learned to your Machine Learning projects.
Compile Machine Learning Resources
Organize and expand your collection of Machine Learning resources to enhance your understanding and efficiency.
Browse courses on Machine Learning Tools
Show steps
  • Gather online tutorials, articles, and videos on Machine Learning
  • Bookmark or save valuable Machine Learning websites and tools
  • Create a digital or physical repository for your collection
12 other activities
Expand to see all activities and additional details
Show all 15 activities
Learn about Machine Learning Engineering best practices
Provides understanding of the methodologies and best practices used in Machine Learning Engineering, which is essential for developing robust and scalable solutions.
Show steps
  • Follow tutorials on software development principles and methodologies
  • Explore best practices for designing, implementing, and testing Machine Learning models
  • Apply these concepts to a small-scale Machine Learning project
Follow tutorials on Edge Machine Learning
Expand your knowledge of Edge Machine Learning by following guided tutorials that provide practical instructions on how to implement Edge Machine Learning solutions for various applications.
Show steps
  • Identify relevant tutorials
  • Follow the tutorials step-by-step
  • Apply the concepts to your own projects
Review Python Skills
Strengthen your Python programming skills to enhance your ability to apply Machine Learning Engineering concepts.
Browse courses on Python
Show steps
  • Review Python syntax and data structures
  • Practice writing basic Python programs
  • Complete Python programming exercises or challenges
Create a resource hub
Organize and develop a compilation of helpful resources, such as articles, tutorials, and code snippets, to support your learning of Machine Learning Engineering concepts and best practices.
Browse courses on MLOps
Show steps
  • Identify relevant resources
  • Categorize and organize the resources
  • Create a central repository
Explore Machine Learning Best Practices
Deepen your understanding of Machine Learning Engineering best practices to create effective and maintainable applications.
Show steps
  • Follow online tutorials on Machine Learning best practices
  • Read articles and documentation on software development best practices
  • Apply best practices in your own Machine Learning Engineering projects
Practice AutoML Techniques
Gain hands-on experience with AutoML techniques to efficiently solve Machine Learning problems.
Browse courses on AutoML
Show steps
  • Complete AutoML tutorials or workshops
  • Use AutoML platforms or tools to solve real-world problems
  • Experiment with different AutoML algorithms and models
Practice implementing AutoML solutions
Reinforce your understanding of AutoML by working through practical exercises that involve implementing AutoML solutions for various use cases.
Browse courses on AutoML
Show steps
  • Choose a dataset and problem statement
  • Select an appropriate AutoML technology
  • Train and evaluate the AutoML model
  • Optimize and deploy the model
Practice using AutoML tools
Develops proficiency in using AutoML tools to automate the building of Machine Learning models, enabling faster and more efficient problem-solving.
Browse courses on AutoML
Show steps
  • Experiment with different AutoML platforms, such as Google AutoML and Azure Machine Learning Studio
  • Build and evaluate AutoML models on real-world datasets
  • Compare the performance of AutoML models with manually developed models
Build a Flask Web Application
Develop a Flask web application that serves Machine Learning predictions to strengthen your understanding of the practical implementation of Machine Learning Engineering concepts.
Browse courses on Flask
Show steps
  • Set up a development environment for Flask
  • Create a Flask application
  • Integrate a Machine Learning model into the Flask application
  • Deploy the Flask application
Create a blog post or article on MLOps
Deepen your understanding of MLOps by writing a blog post or article that explores the principles and best practices of MLOps and its impact on Machine Learning projects.
Browse courses on MLOps
Show steps
  • Research and gather information
  • Outline and structure the content
  • Write the blog post or article
  • Edit and proofread
  • Publish and promote
Contribute to Open Source Machine Learning Projects
Gain practical experience and collaborate on real-world Machine Learning projects.
Browse courses on Machine Learning Projects
Show steps
  • Explore open source platforms and repositories hosting Machine Learning projects.
  • Identify projects that align with your interests and skill level.
  • Join the project's community, engage in discussions, and report bugs.
Build a Flask web application for Machine Learning predictions
Apply your knowledge of Machine Learning Engineering and software development to create a real-world application that uses Flask to serve out Machine Learning predictions.
Browse courses on Flask
Show steps
  • Design the application architecture
  • Implement the Flask web server
  • Integrate the Machine Learning model
  • Deploy and test the application

Career center

Learners who complete Cloud Machine Learning Engineering and MLOps will develop knowledge and skills that may be useful to these careers:
Data Scientist
Data Scientists are responsible for collecting, cleaning, and analyzing data to extract insights. This course may be useful to Data Scientists because it helps build a foundation for applying Machine Learning Engineering to real-world projects. The course also covers various topics in Machine Learning, including AutoML and MLOps.
Machine Learning Engineer
Machine Learning Engineers become experts in building, testing, and deploying Machine Learning solutions. This course may be useful to Machine Learning Engineers because it helps build a foundation for applying Machine Learning Engineering to real-world projects. The course also covers various topics in Machine Learning, including AutoML and MLOps.
Software Engineer
Software Engineers design, develop, and maintain software systems. This course may be useful to Software Engineers because it helps build a foundation for applying Machine Learning Engineering to real-world projects. The course also covers various topics in Machine Learning, including AutoML and MLOps.
Data Analyst
Data Analysts clean, analyze, and interpret data to extract insights. This course may be useful to Data Analysts because it helps build a foundation for applying Machine Learning Engineering to real-world projects. The course also covers various topics in Machine Learning, including AutoML and MLOps.
Data Engineer
Data Engineers design, develop, and maintain data pipelines. This course may be useful to Data Engineers because it helps build a foundation for applying Machine Learning Engineering to real-world projects. The course also covers various topics in Machine Learning, including AutoML and MLOps.
Cloud Architect
Cloud Architects design, develop, and maintain cloud computing solutions. This course may be useful to Cloud Architects because it helps build a foundation for applying Machine Learning Engineering to real-world projects. The course also covers various topics in Machine Learning, including AutoML and MLOps.
Business Intelligence Analyst
Business Intelligence Analysts use data to make informed business decisions. This course may be useful to Business Intelligence Analysts because it helps build a foundation for applying Machine Learning Engineering to real-world projects. The course also covers various topics in Machine Learning, including AutoML and MLOps.
DevOps Engineer
DevOps Engineers ensure that software is deployed and maintained efficiently. This course may be useful to DevOps Engineers because it helps build a foundation for applying Machine Learning Engineering to real-world projects. The course also covers various topics in Machine Learning, including AutoML and MLOps.
Data Science Manager
Data Science Managers manage teams of Data Scientists. This course may be useful to Data Science Managers because it helps build a foundation for applying Machine Learning Engineering to real-world projects. The course also covers various topics in Machine Learning, including AutoML and MLOps.
Artificial Intelligence Engineer
Artificial Intelligence Engineers design, develop, and maintain AI systems. This course may be useful to Artificial Intelligence Engineers because it helps build a foundation for applying Machine Learning Engineering to real-world projects. The course also covers various topics in Machine Learning, including AutoML and MLOps.
Cloud Developer
Cloud Developers design, develop, and maintain cloud-based applications. This course may be useful to Cloud Developers because it helps build a foundation for applying Machine Learning Engineering to real-world projects. The course also covers various topics in Machine Learning, including AutoML and MLOps.
Machine Learning Researcher
Machine Learning Researchers develop new Machine Learning algorithms and techniques. This course may be useful to Machine Learning Researchers because it helps build a foundation for applying Machine Learning Engineering to real-world projects. The course also covers various topics in Machine Learning, including AutoML and MLOps.
Machine Learning Product Manager
Machine Learning Product Managers manage the development and launch of Machine Learning products. This course may be useful to Machine Learning Product Managers because it helps build a foundation for applying Machine Learning Engineering to real-world projects. The course also covers various topics in Machine Learning, including AutoML and MLOps.
Artificial Intelligence Product Manager
Artificial Intelligence Product Managers manage the development and launch of AI products. This course may be useful to Artificial Intelligence Product Managers because it helps build a foundation for applying Machine Learning Engineering to real-world projects. The course also covers various topics in Machine Learning, including AutoML and MLOps.
Cloud Product Manager
Cloud Product Managers manage the development and launch of cloud products. This course may be useful to Cloud Product Managers because it helps build a foundation for applying Machine Learning Engineering to real-world projects. The course also covers various topics in Machine Learning, including AutoML and MLOps.

Reading list

We've selected eight 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 Cloud Machine Learning Engineering and MLOps.
Provides a comprehensive overview of Python libraries and techniques for machine learning.

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