Data Engineering Articles

Discover how to learn PySpark, how long it takes, and access a curated learning plan along with the best tips and resources to help you land a job using PySpark.

Your complete guide to learning data engineering, whether starting from scratch or transitioning from another field. You'll discover the skills you need, the tools to master, and a roadmap to build your expertise!

Learn the fundamental concepts behind Direct Acyclic Graphs (DAGs) alongside a practical example. Explore the benefits of DAGs for orchestrating complex tasks and managing data workflows and pipelines!

Learn all about virtual machines in this complete guide. Discover how VMs work, their benefits, types, and common use cases, including their role in data science, IT infrastructure, and cloud computing!

Explore the similarities and differences between Docker and Podman, and understand how they run the world’s software.

Discover how databases and spreadsheets differ in functionality, use cases, and scalability, and learn which tool is right for your business needs.

Showcase your data engineering skills through these portfolio projects. Practice and deepen your understanding of various technologies to show potential employers your strengths!

Discover how data lakehouses unify the strengths of data lakes and warehouses, offering a powerful solution for data management and analytics!

Explore how ActiveMQ and Kafka compare, from their core functionalities to their performance. Discover which platform best meets your requirements.

Prepare for your upcoming data engineering interview with this guide to answering the most frequently asked Azure Data Factory questions, covering everything from foundational concepts to advanced, scenario-based problems.

Kubernetes and Docker are essential containerization tools but serve different roles. This guide covers their main differences and helps you decide which tool is best for your needs.

Learn the differences between containers and virtual machines, including architecture, resource use, security, and use cases, to guide your technology selection.