
Learn why PySpark is preferred for large-scale data pipelines over traditional tools.
See where Spark fits in modern data workflows, from raw to processed data
Get a fast overview of how Spark executes jobs internally
Understand the tools you’ll set up and how they work together.
Quickly set up Docker on your machine, even on Windows using WSL2.
Build your complete data engineering environment with a single Compose file
Run your entire stack with one command like a real dev.
Important (Read Before Running Docker)
If you see this error while running docker compose up:
“permission denied while connecting to Docker daemon”
or
“docker.sock: connect: permission denied”
Run this once inside Ubuntu:
sudo usermod -aG docker $USER
Then close Ubuntu completely and open it again.
After this, docker compose up will work normally.
Troubleshoot docker compose up failures with a clean reset, ensure docker desktop is running, handle spark and hdfs download issues manually, fix port conflicts, and adjust docker resources on Mac.
Learn how to navigate the UIs you’ll use to monitor jobs and data
Upload datasets into HDFS for real-world big data pipelines.
Start your first interaction with PySpark and explore basic commands
Load and inspect datasets interactively using Jupyter + PySpark.
Create ETL pipelines using PySpark’s powerful Spark DataFrame API.
Create ETL pipelines using PySpark’s Spark SQL
Organize your ETL logic into reusable, clean scripts for production.
Run PySpark jobs in cluster mode using spark-submit.
Navigate the spark-apps workspace, locate the pi spark stack on the C drive, access spark apps, notebooks, and DAGs folders, and manage docker compose up and down from ubuntu.
Understand business requirements behind real-world sales data pipelines
Develop a full ETL pipeline for sales data using PySpark.
Package your ETL logic into a modular, team-friendly script.
Create a dynamic shell script to deploy ETL jobs easily.
Set up a daily job scheduler with cron, simulating production workflows.
Summarize what you built and how it fits into real production setups.
Understand the architecture behind customer data pipelines.
Build a production-ready customer ETL job with PySpark.
Convert a jupyter notebook into a .py script with nbconvert, package it in the spark apps folder, run spark submit, and verify hdfs output for airflow scheduling.
Set up wrapper scripts to automate job deployments.
Design, schedule, and run your pipeline using Airflow DAGs.
Review the pipeline and understand real-world deployment lessons.
Learn the importance of separating development, QA, and production environments
Create dynamic shell scripts to switch environments easily.
Practice switching modes without changing your codebase.
Build a flexible setup that real companies use for pipeline management.
Learn branching and version control workflows used by data teams.
Simulate real Jira ticket handoffs — how engineers work together.
Want to learn PySpark for Data Engineering and understand how it is actually used in a real project?
This course goes beyond isolated PySpark syntax and transformations to show you the complete workflow around PySpark code in a Data Engineering project.
You'll see how PySpark code is developed interactively, turned into modular ETL applications, run across Dev/QA environments, orchestrated with Airflow, managed through Git, monitored using Spark UI and logs, and finally taken through the Production handoff process.
What You'll Learn
Develop PySpark interactively using Jupyter and PySpark Shell
Build ETL pipelines using DataFrames and Spark SQL
Turn interactive code into modular, reusable PySpark applications
Structure applications using scripts, configs, environment files, and reusable modules
Run applications using spark-submit
Run the same application across Dev and QA environments
Schedule and orchestrate pipelines using cron and Airflow
Manage code using Git branching and merging workflows
Monitor and troubleshoot applications using Spark UI and logs
Follow the Production handoff and deployment process
Hands-On Project Workflow
You'll work with Spark/PySpark, Airflow, Docker, HDFS, Jupyter, and Git while building end-to-end Data Engineering projects.
The course follows the journey:
Interactive Development → ETL → Modular Application → Dev/QA → Orchestration → Git → Monitoring → Production Handoff
Who Is This For?
This course is for Data Engineers, developers, and ETL professionals who want practical PySpark experience and want to understand how PySpark code fits into the broader Data Engineering project workflow.
By the End
You won't just know how to write PySpark code. You'll understand how that code is developed, structured, executed, orchestrated, managed across environments, monitored, and taken through the Production handoff in a Data Engineering project.