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Romeo Kienzler, Karthik Muthuraman, and Ramesh Sannareddy

Apache® Spark™ is a fast, flexible, and developer-friendly open-source platform for large-scale SQL, batch processing, stream processing, and machine learning. Users can take advantage of its open-source ecosystem, speed, ease of use, and analytic capabilities to work with Big Data in new ways.

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Apache® Spark™ is a fast, flexible, and developer-friendly open-source platform for large-scale SQL, batch processing, stream processing, and machine learning. Users can take advantage of its open-source ecosystem, speed, ease of use, and analytic capabilities to work with Big Data in new ways.

In this short course, you explore concepts and gain hands-on skills to use Spark for data engineering and machine learning applications. You'll learn about Spark Structured Streaming, including data sources, output modes, operations. Then, explore how Graph theory works and discover how GraphFrames supports Spark DataFrames and popular algorithms.

Organizations can acquire data from structured and unstructured sources and deliver the data to users in formats they can use. Learn how to use Spark for extract, transform and load (ETL) data. Then, you'll hone your newly acquired skills during your "ETL for Machine Learning Pipelines" lab.

Next, discover why machine learning practitioners prefer Spark. You'll learn how to create pipelines and quickly implement features for extraction, selections, and transformations on structured data sets. Discover how to perform classification and regression using Spark. You'll be able to define and identify both supervised and unsupervised learning. Learn about clustering and how to apply the k-mean s clustering algorithm using Spark MLlib​. You'll reinforce your knowledge with focused, hands-on labs and a final project where you will apply Spark to a real-world inspired problem.

Prior to taking this course, please ensure you have foundational Spark knowledge and skills, for example, by first completing the IBM course titled "Big Data, Hadoop and Spark Basics."

What's inside

Learning objectives

  • Differentiate between supervised and unsupervised machine learning"
  • Describe the features, benefits, limitations, and application of apache spark structured streaming
  • Describe graph theory and explain how graphframes benefits developers
  • Explain how developers can apply extract, transform and load (etl) processes using spark.
  • Describe how spark ml supports machine learning development
  • Apply spark ml for regression and classification
  • Explain how spark ml uses clustering
  • Demonstrate hands-on working knowledge of using spark for etl processes

Syllabus

Module 1 – Spark for Data Engineering
Spark Structured Streaming
GraphFrames on Apache Spark
ETL Workloads
Read more
Hands-on Lab: ETL for ML Pipelines
Module 2 – Spark ML for Machine Learning
Spark ML Fundamentals
Spark ML Regression and Classification
Spark ML Clustering
Module 3 – Final Project
o Lab: Setup & Practice Assignment
o Project Overview
o Lab: Final Assignment Project
o Project Submission & Grading
Final Quiz

Good to know

Know what's good
, what to watch for
, and possible dealbreakers
Helps students quickly ramp up their skills with Apache Spark, which is highly relevant to the data field
Well aligned for students with existing Apache Spark knowledge and a foundational understanding of Hadoop
Provides hands-on labs and projects, allowing students to apply their learnings in a practical setting
Instructors are recognized experts in the Apache Spark field
May require students to take additional foundational courses, such as Big Data, Hadoop and Spark Basics, before enrolling

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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 Apache Spark for Data Engineering and Machine Learning with these activities:
Review Python and SQL
Review the fundamentals of Python and SQL to reinforce foundational knowledge and ensure a strong base for the course
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  • Review Python syntax and data structures
  • Review SQL queries and database management
Compile Resources on Supervised vs Unsupervised Learning
Gather relevant articles, tutorials, and videos that explain the key concepts and differences between supervised and unsupervised learning, providing a comprehensive understanding of the topic
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Show steps
  • Organize and categorize the materials
  • Search for online resources
Practice Spark Structured Streaming
Complete hands-on exercises to reinforce concepts and gain practical experience with Spark Structured Streaming
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  • Create data sources and output modes
  • Apply operations to streams
Five other activities
Expand to see all activities and additional details
Show all eight activities
Explore Graph Theory with GraphFrames
Follow online tutorials or documentation to gain hands-on experience with GraphFrames, enhancing understanding of how graph theory concepts can be applied in Apache Spark
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Show steps
  • Install GraphFrames library
  • Create and manipulate graphs
  • Apply graph algorithms
Develop an ETL Pipeline with Spark
Build an ETL pipeline that leverages Spark's capabilities to extract, transform, and load data, solidifying understanding of data engineering techniques
Browse courses on ETL Processes
Show steps
  • Design the data ingestion process
  • Implement data transformations
  • Configure data loading
Train a Machine Learning Model with Spark ML
Develop a machine learning model using Spark ML, applying classification and regression techniques to gain practical experience in data analysis
Browse courses on Machine Learning
Show steps
  • Prepare the training data
  • Build and train a model
  • Evaluate model performance
Become a Peer Mentor for Spark Concepts
Provide guidance and support to peers who are new to Spark, fostering a collaborative learning environment and reinforcing your own understanding of the concepts
Browse courses on Apache Spark
Show steps
  • Connect with students through online forums or study groups
  • Share knowledge and provide assistance
  • Reflect on your own understanding
Contribute to an Apache Spark Project
Dive deeper into Spark by contributing to open-source projects, experiencing real-world applications and expanding your understanding of the platform's capabilities
Browse courses on Apache Spark
Show steps
  • Identify a project to contribute to
  • Review the project's documentation
  • Make code modifications and submit pull requests

Career center

Learners who complete Apache Spark for Data Engineering and Machine Learning will develop knowledge and skills that may be useful to these careers:
Data Engineer
Data Engineers have a firm grasp of data and its uses. A course designed to teach Spark, a tool for large-scale data processing, can greatly aid someone looking to become a Data Engineer. Its modules on topics such as ETL and GraphFrames are indispensable for the field. As an expert career advisor, I would highly recommend this course if you seek a career as a Data Engineer.
Machine Learning Engineer
Machine Learning Engineers design, develop and maintain Machine Learning systems. Since Apache Spark is a popular framework for Machine Learning, this course on Apache Spark will help budding Machine Learning Engineers build an essential skillset. Modules in this course that focus on clustering and other elements of Spark ML are of paramount importance. If you're thinking of a career as a Machine Learning Engineer, I'd strongly suggest you consider taking this course.
Data Analyst
Data Analysts regularly work with structured and unstructured data sets acquired from heterogeneous sources. This course on Apache Spark for Data Engineering and Machine Learning is an excellent resource for beginners or intermediate-level Data Analysts. The course's focus on Spark ETL and Spark ML will prove to be quite valuable in transforming data into actionable insights and building predictive models. If you seek a career as a Data Analyst, you should definitely consider this course.
Data Scientist
Data Science combines Machine Learning, statistics, and data analysis. This course is a great fit for someone who wants to be a Data Scientist because it teaches you how to use Apache Spark for large-scale data processing and Machine Learning. Modules on topics like Spark ML, regression, and classification are imperative for a successful career as a Data Scientist.
Software Engineer
Software Engineers create and maintain software systems. This course can be valuable to someone interested in becoming a Software Engineer since Apache Spark is widely used for Big Data processing. The course's focus on Spark Structured Streaming and GraphFrames on Apache Spark are highly relevant in this field. If you dream of becoming a Software Engineer, think about taking this course.
Database Administrator
Database Administrators take care of the installation, configuration, and maintenance of databases. This course in Apache Spark for Data Engineering and Machine Learning may be somewhat helpful to someone looking to become a Database Administrator. Modules such as hands-on labs on ETL for ML Pipelines may be of some utility in this field.
Business Analyst
Business Analysts study data and processes within a company to identify inefficiencies and improvement opportunities. While this course does not directly map to a Business Analyst's daily work, it may be of some tangential benefit. Modules on ETL Workloads might be of interest to someone curious about the data engineering side of a business. However, I would not prioritize this course if your goal is to become a Business Analyst.
Statistician
Statisticians collect, analyze, and interpret data to provide meaningful insights. This course on Apache Spark for Data Engineering and Machine Learning may be of some benefit to someone looking to become a Statistician. In particular, the modules on Spark ML fundamentals, regression, and classification may be of interest. That said, there are courses more directly relevant to Statistics.
Systems Analyst
Systems Analysts study the current systems and procedures within a company to identify opportunities for improvement. This course on Apache Spark for Data Engineering and Machine Learning may be somewhat useful to aspiring Systems Analysts. Modules on topics such as ETL Workloads might be of some help.
Web Developer
Web Developers design and develop websites. While this course is not directly relevant to Web Development, some modules may provide tangential benefits. For example, the lab on ETL for ML Pipelines may be useful for someone hoping to learn how to manage a lot of data in the context of a website. However, I would generally not recommend this course for those seeking a Web Developer role.
Computer Programmer
Computer Programmers write and test code to create software applications. This course may be somewhat helpful to aspiring Computer Programmers, as Apache Spark is a popular framework for Big Data processing. Modules like Spark Structured Streaming and GraphFrames for Apache Spark could be of some assistance.
Computer Scientist
Computer Scientists study computation and information. This course on Apache Spark for Data Engineering and Machine Learning may be somewhat useful due to its focus on Big Data processing. Modules on Spark ML, including clustering, may also be of interest to aspiring Computer Scientists. However, I would generally recommend more foundational courses in this field.
Financial Analyst
Financial Analysts collect and analyze financial data to make recommendations about investments. This course on Apache Spark for Data Engineering and Machine Learning may be of some tangential benefit to someone looking to become a Financial Analyst. The module on ETL Workloads may be of interest. However, it is generally not the right choice for those seeking a Financial Analyst role.
Operations Research Analyst
Operations Research Analysts use advanced analytical techniques to improve efficiency and effectiveness in a variety of industries. While this course is not directly relevant to Operations Research, the module on GraphFrames on Apache Spark could be of some interest. However, there are other courses that would be a more direct fit for this career.
Actuary
Actuaries use mathematical and statistical techniques to assess risk. This course on Apache Spark for Data Engineering and Machine Learning may be of some tangential benefit to those seeking an Actuary role. However, the course's focus on Big Data processing is not directly relevant to the day-to-day tasks of an Actuary. There are other courses that would be a more direct fit for this career.

Reading list

We've selected six 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 Apache Spark for Data Engineering and Machine Learning.
Provides a comprehensive introduction to Apache Spark, covering the core concepts and APIs. It valuable resource for anyone looking to gain a solid understanding of Spark and its capabilities.
Provides a comprehensive overview of Spark, including its core concepts, programming model, and advanced topics. It valuable resource for both beginners and experienced Spark users.
Provides a comprehensive introduction to advanced analytics with Spark. It covers a wide range of topics, from data engineering to machine learning to graph analytics.
Provides a detailed reference to the Spark API. It valuable resource for developers who want to learn more about the internals of Spark and how to use it effectively.
Provides a comprehensive introduction to Python for data analysis. It covers a wide range of topics, from the basics of Python to advanced topics such as data manipulation, visualization, and machine learning.
Comprehensive guide to machine learning with big data. It covers everything from basic concepts to advanced techniques, and it is written by an experienced machine learning researcher.

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