Course Design By
Nasscom & Wipro
Introduction to Databricks and the Lakehouse platform.
Databricks workspace and notebooks.
Apache Spark basics.
PySpark and DataFrames.
Spark SQL and data queries.
Data cleaning and transformation.
Delta Lake and Delta tables.
Data ingestion from different sources.
Building and managing data pipelines.
Jobs and workflows.
Data storage and processing.
Unity Catalog and data access basics.
SQL analytics and reporting, where included.
Performance basics and troubleshooting.
Practical assignments and end-to-end projects.
Understand the main features of Databricks.
Work with notebooks and the Databricks workspace.
Learn the basics of Apache Spark and PySpark.
Read and process data using DataFrames.
Clean and transform data.
Understand Delta Lake and Delta tables.
Learn how data pipelines are built.
Work with basic Spark SQL queries.
Understand how jobs and workflows are scheduled.
Learn the basics of data access and governance.
Practise data engineering tasks through sample projects.
Live instructor-led classes.
Databricks platform introduction.
Workspace and notebook practice.
Apache Spark and PySpark basics.
DataFrames and Spark SQL.
Data cleaning and transformation exercises.
Delta Lake practice.
Data ingestion and pipeline building.
Jobs and workflow management.
Unity Catalog overview, if included
Practical assignments and projects.
Doubt-clearing sessions.
Interview preparation, if offered.
Resume guidance, if offered.
Certification guidance, if offered.
Online or classroom batches, depending on availability.
Weekday and weekend classes, depending on the schedule.
Fresh graduates and students.
Software developers.
Data analysts.
Data engineers.
Python and SQL professionals.
Cloud computing professionals.
Business intelligence professionals.
IT professionals looking to learn data tools.
Working professionals who want to improve their data skills.
Job seekers interested in data engineering.
The students get to know the functions of Databricks and the Lakehouse which integrates all data processes like data engineering, analytics, and many more data related processes.
The students get to know the functions of Databricks and the Lakehouse which integrates all data processes like data engineering, analytics, and many more data related processes.
In this course, the students learn the use of the workspace and notebooks to perform coding, execute queries, and process data. Notebooks help in keeping track of the code and the results of the code at each stage.
Apache Spark is used for processing Big Data. PySpark allows the user to perform operations on Spark using the Python language. The students are taught basic operations on Spark along with DataFrame and transformations on data.
Actual data includes errors like missing data, duplicates, and inaccuracies. The course teaches students about data cleaning, transformation and preparing data for further usage.
Delta Lake is a set of functions like table transactions and updates that is available for data that is stored in a Lakehouse. Students get acquainted with the basics of Delta tables and understand the usage of Delta tables in working with data.
Students are taught how to ingest data from various sources to Databricks and how to assemble data processing steps into a pipeline.
Jobs and workflows allow for planning the execution of data tasks in certain order. This course provides students with knowledge about scheduling of tasks, results verification and error handling.
If included in the curriculum, students learn how Unity Catalog can be used to control access to data and other resources. Students are able to understand the necessity of permission control and restricted access to data by various teams.
Actual data includes errors like missing data, duplicates, and inaccuracies. The course teaches students about data cleaning, transformation and preparing data for further usage.
Delta Lake is a set of functions like table transactions and updates that is available for data that is stored in a Lakehouse. Students get acquainted with the basics of Delta tables and understand the usage of Delta tables in working with data.
Students are taught how to ingest data from various sources to Databricks and how to assemble data processing steps into a pipeline.
Jobs and workflows allow for planning the execution of data tasks in certain order. This course provides students with knowledge about scheduling of tasks, results verification and error handling.
If included in the curriculum, students learn how Unity Catalog can be used to control access to data and other resources. Students are able to understand the necessity of permission control and restricted access to data by various teams.
Managing big volumes of data: Databricks helps manage data for business and technical purposes.
Data cleaning: Data can be prepared for use through error correction and transformation.
Data pipelines: Data processing activities can be arranged in the form of repeatable pipelines.
Supporting different data activities: The solution provides support for data engineering, SQL analytics, and other data-related activities.
Collaboration: Team members can cooperate when working on data-related tasks using notebooks and resources.
Data access management: Governance functionality helps organizations to manage access to data and other resources.
Databricks Developer.
Data Engineer.
Junior Data Engineer.
PySpark Developer.
Big Data Engineer.
Data Processing Engineer.
Data Analyst.
Cloud Data Engineer.
Data Platform Engineer.
ETL Developer.
Developer for Databricks: Works with Databricks Notebooks and data processing operations.
Data Engineer: Designs and develops systems used to extract, process and structure data.
PySpark Developer: Processes and transforms data using Python and Spark.
Big Data Engineer: Develops systems for processing big data.
Data Analyst: Analyzes structured data and helps make business decisions based on that analysis.
Cloud Data Engineer: Works with data systems in the cloud environment.
Databricks: Workspace, notebooks and data processing.
Apache Spark: Processing large amounts of data.
PySpark: Using Python with Spark.
DataFrames: Reading, changing and processing data.
Spark SQL: Writing queries for data.
Delta Lake: Managing reliable data tables.
Data Pipelines: Connecting data processing steps.
Jobs and Workflows: Running tasks in a planned order.
Unity Catalog: Basics of data access and governance.
SQL Analytics: Querying and reviewing data, if included.
Data Cleaning Project: Clean a dataset containing missing values, repeated records and incorrect details.
PySpark Project: Read a dataset and perform basic transformations using PySpark.
Delta Lake Project: Store and update data using Delta tables.
Data Pipeline Project: Build a sample pipeline to process data from source to output.
SQL Analytics Project: Write queries to answer questions from a sample dataset.
Workflow Project: Set up a sample workflow and review its execution.
End-to-End Data Engineering Project: Combine data ingestion, cleaning, transformation and storage into one process.
The Databricks course should include practical exercises along with theory. Students can practise using notebooks, reading data, writing queries, cleaning records and saving results. They should also learn how data pipelines work and how to check the output when a task is completed. Projects can help students connect Spark, PySpark and Delta Lake instead of learning each topic separately.
Before joining, check whether the institute provides hands-on Databricks access and whether you will complete projects yourself.
Python and SQL: These skills help you work with data and understand queries.
Hands-on practice: Practise reading, cleaning and processing data.
Project experience: Build projects that show how data moves through a pipeline.
Spark knowledge: Understand how Apache Spark processes data.
Delta Lake knowledge: Learn how data tables are stored and managed.
Problem-solving skills: Learn to check errors and understand why a pipeline may fail.
Simple Teaching: Topics are explained step by step to help students understand the platform.
Hands-on Learning: Practical exercises help students learn how data is processed.
Project Work: Projects connect different tools and show how a data pipeline works.
Trainer Support: Students can ask questions and review difficult topics.
Doubt Sessions: Available sessions can help students understand challenging concepts.
Interview Preparation: If offered, practice sessions can help students explain their projects and technical skills.
Resume Support: If included, guidance can help students present their skills and project work.
Career Assistance: Check whether the institute provides interview practice, job search support or placement assistance.
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Course Design By
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Databricks is a platform that is used in data engineering, analytics, and other data-oriented activities. Databricks provides support for working with data, pipelines, and datasets.
Yes. Freshers may take into consideration this course but it would be better to have some experience in Python and SQL. It is important to find out whether the course covers the basics.
Python will come in handy when studying PySpark. There are some activities in Databricks that can be accomplished using SQL.
PySpark is the Python interface for Apache Spark. It allows users to process and transform data using Python.
Delta Lake enables data table management with capabilities like transaction processing and consistent updating.
In some Databricks Coaching in Hyderabad, there are practical projects related to data cleaning, PySpark, Delta Lake, and pipeline development. Verify the projects covered before joining.
This varies from one institute to another. Verify whether the training program includes any certification-related aspects.
Yes. Working professionals can join Databricks coaching based on their convenience.

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