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AI Sciences and AI Sciences Team

Comprehensive Course Description:

The hottest buzzwords in the Big Data analytics industry are Python and Apache Spark. PySpark supports the collaboration of Python and Apache Spark. In this course, you’ll start right from the basics and proceed to the advanced levels of data analysis. From cleaning data to building features and implementing machine learning (ML) models, you’ll learn how to execute end-to-end workflows using PySpark.

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Comprehensive Course Description:

The hottest buzzwords in the Big Data analytics industry are Python and Apache Spark. PySpark supports the collaboration of Python and Apache Spark. In this course, you’ll start right from the basics and proceed to the advanced levels of data analysis. From cleaning data to building features and implementing machine learning (ML) models, you’ll learn how to execute end-to-end workflows using PySpark.

Right through the course, you’ll be using PySpark for performing data analysis. You’ll explore Spark RDDs, Dataframes, and a bit of Spark SQL queries. Also, you’ll explore the transformations and actions that can be performed on the data using Spark RDDs and dataframes. You’ll also explore the ecosystem of Spark and Hadoop and their underlying architecture. You’ll use the Databricks environment for running the Spark scripts and explore it as well.

Finally, you’ll have a taste of Spark with AWS cloud. You’ll see how we can leverage AWS storages, databases, computations, and how Spark can communicate with different AWS services and get its required data.   

How Is This Course Different? 

In this Learning by Doing course, every theoretical explanation is followed by practical implementation.   

The course ‘PySpark & AWS: Master Big Data With PySpark and AWS’ is crafted to reflect the most in-demand workplace skills. This course will help you understand all the essential concepts and methodologies with regards to PySpark. The course is:

• Easy to understand. 

• Expressive. 

• Exhaustive. 

• Practical with live coding. 

• Rich with the state of the art and latest knowledge of this field. 

As this course is a detailed compilation of all the basics, it will motivate you to make quick progress and experience much more than what you have learned. At the end of each concept, you will be assigned Homework/tasks/activities/quizzes along with solutions. This is to evaluate and promote your learning based on the previous concepts and methods you have learned. Most of these activities will be coding-based, as the aim is to get you up and running with implementations.   

High-quality video content, in-depth course material, evaluating questions, detailed course notes, and informative handouts are some of the perks of this course. You can approach our friendly team in case of any course-related queries, and we assure you of a fast response.   

The course tutorials are divided into 140+ brief videos. You’ll learn the concepts and methodologies of PySpark and AWS along with a lot of practical implementation. The total runtime of the HD videos is around 16 hours.

Why Should You Learn PySpark and AWS? 

PySpark is the Python library that makes the magic happen.   

PySpark is worth learning because of the huge demand for Spark professionals and the high salaries they command. The usage of PySpark in Big Data processing is increasing at a rapid pace compared to other Big Data tools.   

AWS, launched in 2006, is the fastest-growing public cloud. The right time to cash in on cloud computing skills—AWS skills, to be precise—is now.

Course Content:

The all-inclusive course consists of the following topics:

1. Introduction:

a. Why Big Data?

b. Applications of PySpark

c. Introduction to the Instructor

d. Introduction to the Course

e. Projects Overview

2. Introduction to Hadoop, Spark EcoSystems, and Architectures:

a. Hadoop EcoSystem

b. Spark EcoSystem

c. Hadoop Architecture

d. Spark Architecture

e. PySpark Databricks setup

f. PySpark local setup

3. Spark RDDs:

a. Introduction to PySpark RDDs

b. Understanding underlying Partitions

c. RDD transformations

d. RDD actions

e. Creating Spark RDD

f. Running Spark Code Locally

g. RDD Map (Lambda)

h. RDD Map (Simple Function)

i. RDD FlatMap

j. RDD Filter

k. RDD Distinct

l. RDD GroupByKey

m. RDD ReduceByKey

n. RDD (Count and CountByValue)

o. RDD (saveAsTextFile)

p. RDD (Partition)

q. Finding Average

r. Finding Min and Max

s. Mini project on student data set analysis

t. Total Marks by Male and Female Student

u. Total Passed and Failed Students

v. Total Enrollments per Course

w. Total Marks per Course

x. Average marks per Course

y. Finding Minimum and Maximum marks

z. Average Age of Male and Female Students

4. Spark DFs:

a. Introduction to PySpark DFs

b. Understanding underlying RDDs

c. DFs transformations

d. DFs actions

e. Creating Spark DFs

f. Spark Infer Schema

g. Spark Provide Schema

h. Create DF from RDD

i. Select DF Columns

j. Spark DF with Column

k. Spark DF with Column Renamed and Alias

l. Spark DF Filter rows

m. Spark DF (Count, Distinct, Duplicate)

n. Spark DF (sort, order By)

o. Spark DF (Group By)

p. Spark DF (UDFs)

q. Spark DF (DF to RDD)

r. Spark DF (Spark SQL)

s. Spark DF (Write DF)

t. Mini project on Employees data set analysis

u. Project Overview

v. Project (Count and Select)

w. Project (Group By)

x. Project (Group By, Aggregations, and Order By)

y. Project (Filtering)

z. Project (UDF and With Column)

aa. Project (Write)

5. Collaborative filtering:

a. Understanding collaborative filtering

b. Developing recommendation system using ALS model

c. Utility Matrix

d. Explicit and Implicit Ratings

e. Expected Results

f. Dataset

g. Joining Dataframes

h. Train and Test Data

i. ALS model

j. Hyperparameter tuning and cross-validation

k. Best model and evaluate predictions

l. Recommendations

6. Spark Streaming:

a. Understanding the difference between batch and streaming analysis.

b. Hands-on with spark streaming through word count example

c. Spark Streaming with RDD

d. Spark Streaming Context

e. Spark Streaming Reading Data

f. Spark Streaming Cluster Restart

g. Spark Streaming RDD Transformations

h. Spark Streaming DF

i. Spark Streaming Display

j. Spark Streaming DF Aggregations

7. ETL Pipeline

a. Understanding the ETL

b. ETL pipeline Flow

c. Data set

d. Extracting Data

e. Transforming Data

f. Loading data (Creating RDS)

g. Load data (Creating RDS)

h. RDS Networking

i. Downloading Postgres

j. Installing Postgres

k. Connect to RDS through PgAdmin

l. Loading Data

8. Project – Change Data Capture / Replication On Going

a. Introduction to Project

b. Project Architecture

c. Creating RDS MySql Instance

d. Creating S3 Bucket

e. Creating DMS Source Endpoint

f. Creating DMS Destination Endpoint

g. Creating DMS Instance

h. MySql WorkBench

i. Connecting with RDS and Dumping Data

j. Querying RDS

k. DMS Full Load

l. DMS Replication Ongoing

m. Stoping Instances

n. Glue Job (Full Load)

o. Glue Job (Change Capture)

p. Glue Job (CDC)

q. Creating Lambda Function and Adding Trigger

r. Checking Trigger

s. Getting S3 file name in Lambda

t. Creating Glue Job

u. Adding Invoke for Glue Job

v. Testing Invoke

w. Writing Glue Shell Job

x. Full Load Pipeline

y. Change Data Capture Pipeline

After the successful completion of this course, you will be able to:

● Relate the concepts and practicals of Spark and AWS with real-world problems

● Implement any project that requires PySpark knowledge from scratch

● Know the theory and practical aspects of PySpark and AWS

Who this course is for:

● People who are beginners and know absolutely nothing about PySpark and AWS

● People who want to develop intelligent solutions

● People who want to learn PySpark and AWS

● People who love to learn the theoretical concepts first before implementing them using Python

● People who want to learn PySpark along with its implementation in realistic projects

● Big Data Scientists

● Big Data Engineers

Enroll in this comprehensive PySpark and AWS course now to master the essential skills in Big Data analytics, data processing, and cloud computing.

Whether you're a beginner or looking to expand your knowledge, this course offers a hands-on learning experience with practical projects. Don't miss this opportunity to advance your career and tackle real-world challenges in the world of data analytics and cloud computing. Join us today and start your journey towards becoming a Big Data expert with PySpark and AWS.

List of keywords:

  • Big Data analytics

  • Data analysis

  • Data cleaning

  • Machine learning (ML)

  • Spark RDDs

  • Dataframes

  • Spark SQL queries

  • Spark ecosystem

  • Hadoop

  • Databricks

  • AWS cloud

  • Spark scripts

  • AWS services

  • PySpark and AWS collaboration

  • PySpark tutorial

  • PySpark hands-on

  • PySpark projects

  • Spark architecture

  • Hadoop ecosystem

  • PySpark Databricks setup

  • Spark local setup

  • Spark RDD transformations

  • Spark RDD actions

  • Spark DF transformations

  • Spark DF actions

  • Spark Infer Schema

  • Spark Provide Schema

  • Spark DF Filter rows

  • Spark DF (Count, Distinct, Duplicate)

  • Spark DF (sort, order By)

  • Spark DF (Group By)

  • Spark DF (UDFs)

  • Spark DF (Spark SQL)

  • Collaborative filtering

  • Recommendation system

  • ALS model

  • Spark Streaming

  • ETL pipeline

  • Change Data Capture (CDC)

  • Replication

  • AWS Glue Job

  • Lambda Function

  • RDS

  • S3 Bucket

  • MySql Instance

  • Data Migration Service (DMS)

  • PgAdmin

  • Spark Shell Job

  • Full Load Pipeline

  • Change Data Capture Pipeline

Enroll now

What's inside

Syllabus

Introduction
Why Big Data
Applications of PySpark
Introduction to Instructor
Read more
Introduction to Course
Projects Overview
Request for Your Honest Review
Links for the Course's Materials and Codes
Practice Test # 01
01-Introduction to Hadoop, Spark EcoSystems and Architectures
Why Spark
Hadoop EcoSystem
Spark Architecture and EcoSystem
DataBricks SignUp
Create DataBricks Notebook
Download Spark and Dependencies
Java Setup on Window
Windows Setup Python Spark Hadoop
Runing Spark on Window
Java Download on MAC
Installing JDK on MAC
Setting Java Home on MAC
Java check on MAC
Installing Python on MAC
Setup Spark on MAC
Which of the following statement is True
Which of the following is not a part of spark ecosystem?
Practice Test # 02
Spark RDDs
Running Spark Code Locally
Creating Spark RDD
RDD stands for:
RDD is created by using:
RDD Map (Lambda)
RDD Map (Simple Function)
Quiz (Map)
Solution 1 (Map)
Solution 2 (Map)
RDD FlatMap
RDD Filter
Quiz (Filter)
Solution (Filter)
RDD Distinct
RDD GroupByKey
RDD ReduceByKey
Quiz (Word Count)
Solution (Word Count)
RDD (Count and CountByValue)
RDD (saveAsTextFile)
RDD (Partition)
Finding Average-1
Finding Average-2
Quiz (Average)
Solution (Average)
Finding Min and Max
Quiz (Min and Max)
Solution (Min and Max)
Project Overview
Total Students
Total Marks by Male and Female Student
Total Passed and Failed Students
Total Enrollments per Course
Total Marks per Course
Average marks per Course
Finding Minimum and Maximum marks
Average Age of Male and Female Students
Spark DFs
Introduction to Spark DFs
Creating Spark DFs
DF stands for:
DF is created by using:
Spark Infer Schema
Spark Provide Schema
Create DF from Rdd
Rectifying the Error
Select DF Colums
Spark DF withColumn
Spark DF withColumnRenamed and Alias
Spark DF Filter rows
Quiz (select, withColumn, filter)
Solution (select, withColumn, filter)
Spark DF (Count, Distinct, Duplicate)
Quiz (Distinct, Duplicate)
Solution (Distinct, Duplicate)
Spark DF (sort, orderBy)
Quiz (sort, orderBy)
Solution (sort, orderBy)
Spark DF (Group By)
Spark DF (Group By - Multiple Columns and Aggregations)
Spark DF (Group By -Visualization)
Spark DF (Group By - Filtering)
Quiz (Group By)
Solution (Group By)
Spark DF (UDFs)

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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 PySpark & AWS: Master Big Data With PySpark and AWS with these activities:
Review Hadoop Architecture
Solidify your understanding of Hadoop architecture to better grasp how Spark interacts with it.
Show steps
  • Read articles and documentation on Hadoop's architecture.
  • Watch videos explaining the different components of Hadoop.
  • Summarize the key components and their roles.
Review: 'Spark: The Definitive Guide'
Deepen your understanding of Spark concepts and best practices by reading a comprehensive guide.
Show steps
  • Read the chapters relevant to the course topics.
  • Try out the code examples in the book.
  • Take notes on key concepts and techniques.
Practice Spark DataFrame Operations
Reinforce your understanding of Spark DataFrames by completing practice exercises.
Show steps
  • Find a dataset online.
  • Load the dataset into a Spark DataFrame.
  • Perform filtering, grouping, and aggregation operations.
  • Write the results to a file.
Four other activities
Expand to see all activities and additional details
Show all seven activities
Follow AWS Glue Tutorials
Enhance your understanding of AWS Glue by following official tutorials and documentation.
Show steps
  • Find AWS Glue tutorials on the AWS website.
  • Follow the tutorials to create and run Glue jobs.
  • Experiment with different Glue features and configurations.
Create a PySpark Cheat Sheet
Consolidate your knowledge by creating a cheat sheet of commonly used PySpark functions and syntax.
Show steps
  • Identify the most important PySpark functions.
  • Write down the syntax and usage examples for each function.
  • Organize the cheat sheet in a logical manner.
Build a Simple ETL Pipeline with PySpark
Apply your knowledge of PySpark to build an end-to-end ETL pipeline.
Show steps
  • Choose a data source and destination.
  • Extract data from the source.
  • Transform the data using PySpark.
  • Load the transformed data into the destination.
Review: 'Data Engineering with Python'
Expand your knowledge of data engineering principles and how PySpark fits into the bigger picture.
Show steps
  • Read the chapters on data pipelines and cloud integration.
  • Study the examples of using PySpark in data engineering workflows.
  • Consider how to apply these concepts to your own projects.

Career center

Learners who complete PySpark & AWS: Master Big Data With PySpark and AWS will develop knowledge and skills that may be useful to these careers:
Data Engineer
A data engineer designs, builds, and manages the infrastructure that allows organizations to use big data. A professional working as a data engineer will construct and maintain data pipelines. This course helps build a foundation in PySpark and AWS, which are core technologies in modern data engineering. Learning to leverage AWS storages, databases, and computations with Spark, as covered in this course, prepares an individual to efficiently handle large-scale data processing tasks. This course gives a data engineer the necessary skills for working with real-time data streams and complex data transformations. A data engineer should consider this course to understand how to implement end-to-end workflows using PySpark.
Data Scientist
The data scientist analyzes complex data sets to derive insights and solve business problems. Data scientists working with big data benefit from skills in PySpark and cloud computing. This course introduces the data scientist to using PySpark for data analysis, cleaning data, building features, and implementing machine learning models. Specifically, the course may be useful for its exploration of Spark RDDs, Dataframes, Spark SQL queries, and the transformations and actions that can be performed on data. The course's practical implementation of collaborative filtering to develop recommendation systems using the ALS model is particularly valuable for a data scientist.
Big Data Architect
A big data architect designs the overall architecture of big data systems, ensuring they are scalable, reliable, and efficient. This role requires a deep understanding of technologies like Hadoop, Spark, and cloud services. This course is beneficial as it covers the Spark and Hadoop ecosystem, including their underlying architecture, and offers hands-on experience with PySpark and AWS cloud integration. Big data architects can learn how to leverage AWS services for computation and storage and how Spark can communicate with these services. The course may be useful in the design and implementation of end-to-end big data solutions.
Cloud Solutions Architect
A cloud solutions architect designs and implements cloud-based solutions, leveraging services provided by cloud platforms such as AWS. The cloud solutions architect can use this course to gain hands-on experience with AWS services and how they integrate with big data technologies like Spark. The course's exploration of AWS storages, databases, and computations, along with how Spark can communicate with different AWS services, is particularly relevant. This course is especially useful for designing and deploying scalable big data solutions on the cloud. A cloud solutions architect may find the course useful for architecting effective solutions.
Machine Learning Engineer
A machine learning engineer focuses on building and deploying machine learning models at scale. This course may be useful in providing the machine learning engineer with the skills to implement machine learning models using PySpark. The course covers feature building, model implementation, and leveraging AWS services. Since the course provides practical implementation and live coding examples, machine learning engineers will find it useful in applying machine learning techniques to large datasets. The course teaches model building and hyperparameter tuning using Spark. Machine learning models can be built more easily after completing this course.
ETL Developer
The ETL developer designs, develops, and maintains the processes for extracting, transforming, and loading data into data warehouses or other data storage systems. This course introduces the ETL developer to building end-to-end ETL pipelines using PySpark and AWS. The course covers the ETL pipeline flow and how to extract, transform, and load data, including creating RDS instances and connecting to them. A professional who is an ETL developer should consider this course for practical experience in handling data integration challenges with big data technologies. The course is beneficial for those working with large volumes of data.
Data Analyst
A data analyst examines data to answer questions and provide insights. This role leverages tools for data manipulation, statistical analysis, and data visualization. The course may be useful for data analysts seeking to expand their skills into the realm of big data. The course provides the data analyst with skills to perform data analysis using PySpark, explore Spark RDDs and DataFrames, and use Spark SQL queries. Data analysis can involve cleaning data. The course helps build capabilities for analyzing large datasets and extracting meaningful information.
Database Administrator
A database administrator (DBA) is responsible for the performance, integrity, and security of a database. The role involves planning, development and troubleshooting. This course may be useful as it covers how Spark can communicate with different AWS services that a DBA might be in charge of. The course's modules on creating and managing RDS instances (such as MySQL) on AWS can also be directly applicable to the responsibilities of a DBA. The course's material on connecting to RDS through tools like PgAdmin helps build expertise in database administration.
Cloud Engineer
A cloud engineer implements, maintains, and supports cloud infrastructure and services. The cloud engineer will find the hands-on labs for AWS particularly useful. Topics such as leveraging AWS services, storages, databases, and computations are covered. The course helps build a foundation for integrating Spark with various AWS services, which is essential for developing and managing cloud-based big data solutions. The course can help a cloud engineer understand how to deploy Spark applications on AWS and leverage AWS services for data storage and processing.
Business Intelligence Analyst
The business intelligence analyst analyzes data trends, creates reports, and develops dashboards to help business stakeholders make informed decisions. This role requires strong analytical skills and some familiarity with data processing tools. This course may be useful for teaching the business intelligence analyst how to leverage big data technologies to derive insights from large datasets. The skills learned can enhance a business intelligence analyst's ability to work with complex data environments and deliver more comprehensive insights.
Data Visualization Specialist
The data visualization specialist creates visual representations of data to communicate insights and trends effectively. This role requires skills in data visualization tools and an understanding of data analysis techniques. The course may be useful for the data visualization specialist interested in visualizing big data processed by Spark. This may benefit a data visualization specialist by better understanding to how to efficiently transform and prepare large datasets for visualization.
Solutions Architect
The solutions architect designs and oversees the implementation of end-to-end technology solutions for businesses. By understanding PySpark and AWS, a solutions architect can design more scalable, efficient, and cost-effective data processing solutions. This course may be useful for learning how to integrate different components of a big data ecosystem, from data ingestion to processing to storage, using AWS services and PySpark. This skillset can lead to creation of robust and scalable solutions that meet business needs.
Software Developer
The software developer writes and tests code. The software developer can leverage the knowledge gained from this course to build applications that interact with big data systems. The course may be useful for developing skills in PySpark, which can be used to build data processing pipelines or integrate with machine learning models. Software developers can take this course to expand their skill set and work on data-intensive applications. The course focuses on coding based activities.
System Administrator
The system administrator is responsible for maintaining and managing computer systems. The course may be useful in helping the system administrator understand the underlying architecture of big data systems and how to manage them effectively. By learning about Hadoop, Spark, and AWS, the candidate can gain valuable insights into the technologies that power modern data centers and cloud environments. A candidate working as a system administrator can operate big data services and systems.
Project Manager
The project manager plans, executes, and closes projects. They need to ensure that projects are completed on time, within budget, and to the required specifications. If a project involves big data technologies like Spark and AWS, a project manager can use this course to understand the technical aspects of the project. The understanding of the terminology will make communication with technical team members more effective. The course may be useful by giving a project manager insights into project timelines, resource needs, and potential challenges.

Reading list

We've selected two 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 PySpark & AWS: Master Big Data With PySpark and AWS.
Provides a comprehensive overview of Apache Spark, including PySpark. It covers everything from basic concepts to advanced techniques. It useful reference for understanding the underlying principles of Spark and how to use it effectively. This book is commonly used as a textbook at academic institutions and by industry professionals.
Focuses on building data pipelines using Python, which includes relevant chapters on Spark and cloud integration. It provides practical examples and guidance on designing and implementing robust data solutions. It is particularly helpful for understanding how PySpark fits into a broader data engineering context. This book is more valuable as additional reading than it is as a current reference.

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