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Learn Spark, Spark RDD, Spark Streaming, Kafka, SparkR, SparkSQL, MLlib, and GraphX From Industry Experts
As humans, we are immersed in data in our every-day lives. As per IBM, the data doubles every two years on this planet. The value that data holds can only be understood when we can start to identify patterns and trends in the data. Normal computing principles do not work when data becomes huge.
There is massive growth in the big data space, and job opportunities are skyrocketing, making this the perfect time to launch your career in this space.
In this course, you will learn Spark to drive better business decisions and solve real-world problems.
What is Big Data?
Big Data Use Cases
Spark Ecosystem Walkthrough
Understanding the CloudxLab
Quiz and Assessment
Basics of Linux - Quick Hands-On
Understanding Regular Expressions
Quiz and Assessment
Setting up VM (optional)
As part of this session we will do a recap of the sessions on Hadoop Distributed File System(HDFS) and Yet Another Resource Negotiator (YARN).
This is needed because most of the spark applications use data from HDFS and in most of deployments, spark applications are run on YARN clusters.
Introduction to Scala?
Accessing Scala using CloudxLab
Getting Started: Interactive, Compilation, SBT
Types, Variables & Values
Quiz and Assessment
What is Apache Spark?
Using the Spark Shell and various ways of running spark on CloudxLab
Example 1 - Performing Word Count
Understanding Spark Cluster Modes on YARN
RDDs (Resilient Distributed Datasets)
General RDD Operations: Transformations & Actions
RDD Persistence Overview
Learn operations on Key-Value Based RDD
Solving various problems using RDD
Creating the SparkContext
Building a Spark Application (Scala, Java, Python)
The Spark Application Web UI
Configuring Spark Properties
Running Spark on Cluster
Executing Parallel Operations
Stages and Tasks
Project: Churning the logs of NASA Kennedy Space Center WWW server
Using Accumulators & Creating Custom Accumulators
Using Broadcast variables
We will learn key performance considerations:
Understanding Caching & Persistence
We will Data Partitioning/Re-partitioning techniques.
A project to consider the above optimization techniques.
We will how to create custom partitioner.
Understand the Spark Runtime Architecture and various components such as Driver, Executor, Cluster Manager etc.
Learn what goes inside when we launch an spark application.
We will learn the two modes of Spark: Local and Cluster.
How to launch a program on YARN, AWS Cluster etc.
How to setup spark in standalone mode.
Understand and demonstrate on how to run drive in various modes.
Learn how to package the dependencies of your code.
Understand how to use the Spark-Submit and various command line options.
Common Spark Use Cases
Example 1 - Data Cleaning (Movielens)
Example 2 - Understanding Spark Streaming
Example 3 - Spark Streaming from Kafka
Iterative Algorithms in Spark
Project: Real-time analytics of orders in an e-commerce company
Spark SQL and the SQL Context
Transforming and Querying DataFrames
Solving problems with DataFrames and RDDs
Comparing Spark SQL, Impala, and Hive-on-Spark
Understanding and loading various Input formats: JSON, XML, AVRO, SequenceFile?, Parquet, Protocol Buffers.
Understanding Row Oriented and Column Oriented Formats - RCFile?
Understanding Machine Learning
MlLib Example: Recommendations on movie lense data
Understanding various Packages of MLlib
Basics of Graph Processing: Covers the understanding of what does it mean by graph processing in real life with examples. What are other frameworks providing graph computing?
GraphX Overview: What is GraphX? Understanding the functionalities and algorithms provided by GraphX. And how does GraphX work. Along with comparision with other similar products.
Implementing Page rank using GraphX: We will learn the basics of PageRank - the algorithm that made Google. The we learn how to implement using GraphX.
1. Generate movie recommendations using Spark MLlib
2. Derive the importance of various handles at Twitter using Spark GraphX
3. Churn the logs of NASA Kennedy Space Center WWW server using Spark to find out useful business and devops metrics
4. Write end-to-end Spark application starting from writing code on your local machine to deploying to the cluster
5. Build real-time analytics dashboard for an e-commerce company using Apache Spark, Kafka, Spark Streaming, Node.js, Socket.IO and Highcharts
Our Specialization is exhaustive and the certificate rewarded by us is proof that you have taken a big leap in Big Data domain.
The knowledge you have gained from working on projects, videos, quizzes, hands-on assessments and case studies gives you a competitive edge.
Highlight your new skills on your resume, LinkedIn, Facebook and Twitter. Tell your friends and colleagues about it.
In Self-paced learning, you will get,
This course is for engineers, product managers and anyone who has a basic know-how of any programming language. We will cover foundations of linear algebra, calculus and statistical inference where ever required so that you can learn the concepts effectively.
The instructors for this course are industry experts having years of experience in mentoring students across the world.
It will take 2-3 months with 6-8 hours of effort per week.
We understand that you might need course material for a longer duration to make most out of your subscription. You will get lifetime access (Till the company is operational) to the course material so that you can refer to the course material anytime.
In online instructor-led training, Sandeep Giri along with his team of experts will train you with a group of our course learners for 100+ hours over online conferencing software like Zoom.
At the end, of course, you will work on a real-time project. You will receive a problem statement along with a data-set to work on CloudxLab. Once you are done with the project (it will be reviewed by an expert), you will be awarded a certificate which you can share on LinkedIn.
You can check https://youtu.be/dXCx4anEcgU for watching the Course Preview.
We offer mentoring sessions to our learners with industry leaders and professionals so you can get 1 on 1 help with any questions you may have, whether your questions are technical, job-related or anything else.
This is a paid service available to learners enrolling in the course. Please write to us at email@example.com for more details
Enrollment into self-paced course entails 90 days of free access to CloudxLab. Enrollment into instructor-led course entails 90 days of free access to Cloudxlab, depending on date of enrollment.
Yes. Java is generally required for understanding MapReduce. MapReduce is a programming paradigm for writing your logic in the form of Mapper and reducer functions. We provide a self-paced course on Java for free. As soon as you signup, it would be available in your account section.
Course requires a good internet (1 Mbps or more) and a browser to watch videos and do hands-on the lab. We've configured all the tools in the lab so that you can focus on learning and practicing in a real-world cluster.
At CloudxLab, we have always believed in quality education must be affordable for everyone so that we can help learners achieving career goals and build innovative products.
Please follow this post for more details on the financial aid.
Have more questions? Please contact us at firstname.lastname@example.org