
Set up a Databricks workspace on AWS using Quickstart, choosing the premium plan, and start the 14-day trial after creating the stack and workspace in the AWS region.
Upload data to the Databricks platform on AWS via the UI, create folder hierarchies in DBFS, and infer schema to assign correct data types for tables.
Export a Databricks notebook from your workspace and import it into another AWS Databricks account using formats such as archive, source file, HTML, or IPython.
Enable bucket versioning in AWS S3 and set lifecycle rules to manage older versions, scoped by a prefix like retail_db, to prevent data loss and enable recovery.
Discover how identity and access management enables databricks on aws by managing users, groups, roles, and permissions, with secure temporary access via sts.
Learn to log in to the AWS management console using an IAM user, using the console sign-in URL to auto-fill the account ID and sign in as the IAM user.
Learn to create AWS IAM custom policies with JSON, granting a user granular read, write, list, and delete access to a specific S3 bucket folder by policy assignment.
Discover how to integrate Databricks on AWS with S3, Glue Catalog, and IAM roles by creating groups, adding users, and configuring instance profiles to enable access to these services.
Attach the AWS Glue Console Full Access policy to the DB dev user group to grant Databricks on AWS access to AWS Glue.
Integrate a Databricks cluster with the AWS Glue data catalog by attaching an instance profile, granting Glue permissions, and enabling the Glue metastore.
Learn to run modularized notebooks as Databricks jobs on AWS by creating a notebook job, selecting the path, and running on a small cluster, to see hello world output.
Run multiple Databricks notebooks on a development cluster to validate, set environment variables, and transform json to parquet in DBFS.
Get ready to Learn Data Engineering with Databricks on AWS Cloud with this complete course. Gain familiarity with the course details and topics designed to help you succeed.
This comprehensive course is designed to equip you with the skills and knowledge needed to excel in the field of data engineering using two powerful platforms: Databricks and Amazon Web Services (AWS). Data engineering is the backbone of any successful data-driven initiative, and Databricks, a unified analytics platform, has emerged as a leading choice for data engineers and data scientists worldwide. When combined with AWS, a cloud computing powerhouse, you have a robust ecosystem that can handle data at scale, provide advanced analytics capabilities, and support a wide range of data sources and formats.
Learn about Data Engineering with Databricks on AWS with Hands-On Labs
Learn Data Engineering with Databricks on AWS Cloud is a hands-on practice course designed to familiarize you with the core functionality of Databricks by connecting it with AWS to perform Data Engineering. Through hands-on exercises, you'll gain a thorough understanding of Databrick's architecture and how it revolutionizes data engineering in the cloud. You'll explore the seamless integration of Databricks with AWS services, such as Amazon S3 and Glue, unlocking a world of possibilities for managing and analyzing your data.
This course has been meticulously designed to provide you with both a solid theoretical foundation and extensive hands-on practice in the dynamic realms of data engineering, Databricks, and Amazon Web Services (AWS).
The course comprises approximately 50 labs starting from the basics and moving to high levels in terms of complexity.
Who should take this course?
The course "Learn Data Engineering with Databricks on AWS Cloud" is designed for a wide range of individuals who are interested in building expertise in data engineering using Databricks on the AWS Cloud. If you're looking to start a career in data engineering, this course is an excellent choice. It will provide you with the foundational knowledge and practical skills needed to become a successful data engineer. Data scientists and analysts who want to expand their skill set and be able to work with large-scale data processing, data pipelines, and data lakes can greatly benefit from this course. IT professionals who want to transition into roles focused on data engineering and cloud computing can use this course as a stepping stone to acquire the necessary skills and knowledge. Individuals interested in cloud computing, specifically AWS, and its applications in data engineering will gain a deep understanding of cloud-based data engineering solutions.
Requirements
● Basic knowledge of SQL or writing queries in any language
● Scripting in Python Willingness to explore, learn, and put in the extra effort to succeed
● An active AWS Account & know-how of basic cloud fundamentals
● Programming experience using Python
● Data Engineering experience using Spark