PySpark Certification Training Course Online

The PySpark Certification Training Course Online is designed to provide learners with a comprehensive understanding of big data processing using Apache Spark and Python. This course is ideal for data engineers, data scientists, and big data professionals looking to master distributed computing, data transformations, and real-time analytics with PySpark. Achieving this certification enhances career opportunities in big data analytics and machine learning.

Instructor led live online Classes

Why Enroll in the PySpark Certification Training Course Online?

  • Master PySpark and Big Data: Learn Apache Spark architecture, RDDs, DataFrames, and Spark SQL.

  • Career Growth: Gain a globally recognized certification in big data analytics and machine learning.

  • Hands-on Labs: Work on real-world projects using PySpark.

  • In-Demand Skills: Learn data processing, machine learning pipelines, and real-time streaming with Spark Streaming.

  • Globally Recognized Certification: Showcase your expertise in big data analytics and PySpark to employers worldwide.

Course Description

The PySpark Certification Training Course Online validates your ability to process and analyze big data using Apache Spark and Python.

1. Data Engineers working on big data pipelines and ETL workflows. 2. Data Scientists leveraging PySpark for large-scale data processing. 3. Big Data Professionals implementing real-time analytics and machine learning models. 4. Beginners looking to start a career in big data analytics and machine learning.

1. Comprehensive curriculum covering Apache Spark fundamentals and PySpark techniques. 2. Hands-on practice with real-world big data scenarios. 3. 24/7 expert support for technical guidance.

What you'll learn

  • Introduction to PySpark: Understanding Apache Spark architecture and components.
  • Data Processing with RDDs and DataFrames: Working with Resilient Distributed Datasets (RDDs) and Spark DataFrames.
  • Spark SQL: Implementing structured data processing.
  • Machine Learning with MLlib: Building scalable machine learning models.
  • Real-Time Data Processing with Spark Streaming: Handling streaming data with PySpark.

Requirements

  • Basic Python Knowledge: Familiarity with Python programming and data structures.
  • Understanding of Big Data Concepts: Knowledge of Hadoop, SQL, or distributed computing is beneficial.

Curriculum Designed by Experts

  • What is Big Data?
  • Big Data Customer Scenarios
  • Limitations and Solutions of Existing Data Analytics Architecture with Uber Use Case
  • How Hadoop Solves the Big Data Problem?
  • What is Hadoop?
  • Hadoop’s Key Characteristics
  • Hadoop Ecosystem and HDFS
  • Hadoop Core Components
  • Rack Awareness and Block Replication
  • YARN and its Advantage
  • Hadoop Cluster and its Architecture
  • Hadoop: Different Cluster Modes
  • Big Data Analytics with Batch & Real-Time Processing
  • Why Spark is Needed?
  • What is Spark?
  • How Spark Differs from its Competitors?
  • Spark at eBay
  • Spark’s Place in Hadoop Ecosystem

  • Hadoop terminal commands

  • Overview of Python
  • Different Applications where Python is Used
  • Values, Types, Variables
  • Operands and Expressions
  • Conditional Statements
  • Loops
  • Command Line Arguments
  • Writing to the Screen
  • Python files I/O Functions
  • Numbers
  • Strings and related operations
  • Tuples and related operations
  • Lists and related operations
  • Dictionaries and related operations
  • Sets and related operations

  • Creating “Hello World” code
  • Demonstrating Conditional Statements
  • Demonstrating Loops
  • Tuple - properties, related operations, compared with list
  • List - properties, related operations
  • Dictionary - properties, related operations
  • Set - properties, related operations

  • Functions
  • Function Parameters
  • Global Variables
  • Variable Scope and Returning Values
  • Lambda Functions
  • Object-Oriented Concepts
  • Standard Libraries
  • Modules Used in Python
  • The Import Statements
  • Module Search Path
  • Package Installation Ways

  • Functions - Syntax, Arguments, Keyword Arguments, Return Values
  • Lambda - Features, Syntax, Options, Compared with the Functions
  • Sorting - Sequences, Dictionaries, Limitations of Sorting
  • Errors and Exceptions - Types of Issues, Remediation
  • Packages and Module - Modules, Import Options, sys Path

  • Spark Components & its Architecture
  • Spark Deployment Modes
  • Introduction to PySpark Shell
  • Submitting PySpark Job
  • Spark Web UI
  • Writing your first PySpark Job Using Jupyter Notebook
  • Data Ingestion using Sqoop

  • Building and Running Spark Application
  • Spark Application Web UI
  • Understanding different Spark Properties

  • Challenges in Existing Computing Methods
  • Probable Solution & How RDD Solves the Problem
  • What is RDD, Its Operations, Transformations & Actions
  • Data Loading and Saving Through RDDs
  • Key-Value Pair RDDs
  • Other Pair RDDs, Two Pair RDDs
  • RDD Lineage
  • RDD Persistence
  • WordCount Program Using RDD Concepts
  • RDD Partitioning & How it Helps Achieve Parallelization
  • Passing Functions to Spark

  • Loading data in RDDs
  • Saving data through RDDs
  • RDD Transformations
  • RDD Actions and Functions
  • RDD Partitions
  • WordCount through RDDs

  • Need for Spark SQL
  • What is Spark SQL
  • Spark SQL Architecture
  • SQL Context in Spark SQL
  • Schema RDDs
  • User Defined Functions
  • Data Frames & Datasets
  • Interoperating with RDDs
  • JSON and Parquet File Formats
  • Loading Data through Different Sources
  • Spark-Hive Integration

  • Spark SQL – Creating data frames
  • Loading and transforming data through different sources
  • Stock Market Analysis
  • Spark-Hive Integration

  • Why Machine Learning?
  • What is Machine Learning?
  • Where Machine Learning is Used?
  • Face Detection: USE CASE
  • Different Types of Machine Learning Techniques
  • Introduction to MLlib
  • Features of MLlib and MLlib Tools
  • Various ML algorithms supported by MLlib

  • Face detection use case

  • Supervised Learning - Linear Regression, Logistic Regression, Decision Tree, Random Forest
  • Unsupervised Learning - K-Means Clustering & How It Works with MLlib
  • Analysis on US Election Data using MLlib (K-Means)

  • Machine Learning MLlib
  • K- Means Clustering
  • Linear Regression
  • Logistic Regression
  • Decision Tree
  • Random Forest

  • Need for Kafka
  • What is Kafka
  • Core Concepts of Kafka
  • Kafka Architecture
  • Where is Kafka Used
  • Understanding the Components of Kafka Cluster
  • Configuring Kafka Cluster
  • Kafka Producer and Consumer Java API
  • Need of Apache Flume
  • What is Apache Flume
  • Basic Flume Architecture
  • Flume Sources
  • Flume Sinks
  • Flume Channels
  • Flume Configuration
  • Integrating Apache Flume and Apache Kafka

  • Configuring Single Node Single Broker Cluster
  • Configuring Single Node Multi Broker Cluster
  • Producing and consuming messages
  • Flume Commands
  • Setting up Flume Agent
  • Streaming Twitter Data into HDFS

  • Drawbacks in Existing Computing Methods
  • Why Streaming is Necessary
  • What is Spark Streaming
  • Spark Streaming Features
  • Spark Streaming Workflow
  • How Uber Uses Streaming Data
  • Streaming Context & DStreams
  • Transformations on DStreams
  • Describe Windowed Operators and Why it is Useful
  • Important Windowed Operators
  • Slice, Window and ReduceByWindow Operators
  • Stateful Operators

  • WordCount Program using Spark Streaming

  • Apache Spark Streaming: Data Sources
  • Streaming Data Source Overview
  • Apache Flume and Apache Kafka Data Sources
  • Example: Using a Kafka Direct Data Source

  • Various Spark Streaming Data Sources

  • Project 1- Domain: Finance
  • Project 2- Domain: Media and Entertainment

  • Implementing an End-to-End Project

  • Introduction to Spark GraphX
  • Information about a Graph
  • GraphX Basic APIs and Operations
  • Spark GraphX Algorithm - PageRank, Personalized PageRank, Triangle Count, Shortest Paths, Connected Components, Strongly Connected Components, Label Propagation

  • The Traveling Salesman problem
  • Minimum Spanning Trees

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