Course Title: Big Data and Apache Spark Essentials
Course Overview:
Dive deep into the world of Big Data with our intensive course designed to equip you with the fundamental knowledge and practical skills needed to harness the power of big data technologies. This course covers the core components of Big Data processing using Hadoop and Spark, offering insights into their architectures, functionalities, and optimization techniques. With a blend of theoretical knowledge and hands-on exercises, learners will emerge ready to tackle big data challenges in real-world scenarios.
Course Content:
Section 1: Understanding Hadoop and HDFS
Lecture 1: About Big Data: Introduction to big data, its characteristics, and why it matters.
Lecture 2: About Hadoop: Overview of Hadoop, its ecosystem, and components.
Lecture 3: HDFS Read: Understanding how HDFS supports read operations, including its process and efficiency.
Lecture 4: HDFS Write: Exploring the write functionality within HDFS and its importance for data storage.
Lecture 5: HDFS Data Block: Insights into how data is stored in blocks within HDFS and the benefits of this approach.
Lecture 6: HDFS Data Replication: Delving into the replication process within HDFS for data safety and availability.
Lecture 7: HDFS High Availability: Strategies for ensuring high availability in HDFS and mitigating the risk of data loss.
Lecture 8: HDFS Rack Awareness: Understanding rack awareness and its role in improving data reliability and access speed.
Section 2: Spark Architecture and Benefits
Lecture 9: Spark Architecture: Detailed exploration of Spark’s architecture and how it enables fast, in memory data processing.
Lecture 10: Spark Advantages: Discussing the key benefits of using Spark over other big data technologies.
Lecture 11: Spark Limitations: A realistic look at Spark’s limitations and how to navigate them.
Lecture 12: SparkSession & SparkContext: Introduction to SparkSession and SparkContext as the foundational elements of working with Spark.
Lecture 13: Spark Unified Solution: Overview of Spark as a unified solution for big data processing, including batch and stream processing.
Section 3: Spark RDDs, Lineage, and DAG
Lecture 14: Spark RDDs: Deep dive into Resilient Distributed Datasets (RDDs), the fundamental data structure of Spark.
Lecture 15: Lineage: Understanding the lineage.
Lecture 16: Spark DAG: Exploration of Directed Acyclic Graph (DAG) and its role in optimizing Spark jobs.
Section 4: Spark Optimization
Lecture 17: SQL Optimization: Techniques for optimizing SQL queries in Spark for improved performance.
Lecture 18: Adaptive Query Plan: Understanding adaptive query planning for optimizing Spark execution plans dynamically.
Target Audience:
This course is ideal for data professionals, software engineers, and IT professionals who wish to gain a solid understanding of big data technologies, especially Hadoop and Spark. Prior knowledge of programming and basic understanding of databases will be beneficial.
Learning Outcomes:
By the end of this course, participants will be able to:
Understand the key concepts and components of Hadoop and Spark.
Perform data processing tasks using HDFS.
Leverage Spark for efficient big data analysis and processing.
Optimize data queries and processes using Spark's advanced features.
Implement Spark solutions for real-world data challenges.
Enroll in this course to navigate the vast landscape of big data technologies and to acquire the skills necessary to become a proficient big data practitioner.
This course description is structured to provide a clear pathway through the complexities of big data technologies, emphasizing both theoretical background and practical skills acquisition.
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Pan Singh Dhoni, a seasoned professional and International Award winner, is also a Keynote Speaker with extensive experience in Information Technology. His passion lies in leveraging disruptive technologies such as cloud computing, big data, and AI, utilizing multi-cloud and hybrid ecosystems in Data, Analytics, and AI. Dhoni has established himself as a thought leader in the Data and AI domain, contributing prolifically to various social media platforms, including YouTube, LinkedIn, Facebook, DZone, Quora, and Medium. He regularly publishes insightful articles on AI and data analytics. His extensive collection of research papers, which explore the complexities of AI and big data, is available on Google Scholar. Dhoni also contributes to the academic community by providing technical reviews for scholarly articles and books. An esteemed IETE Fellow and IEEE Senior Member, he holds dual master's degrees in mathematics and computer science from Kumaun University and NIELIT, India.
