Welcome to the Data Engineering Roadmap! This guide outlines the key concepts and skills needed to become a proficient Data Engineer.
- Essential principles of Data Engineering
- Roles and responsibilities in the field
- Workflow and methodologies
- Understanding data pipelines
- Comparing ETL and ELT approaches
- Exploring batch and streaming workloads
- Diving into Big Data concepts
- Exploring various data types
- Understanding data structures
- Working with different file formats
- Hands-on exercises with data types and file formats
- Differentiating between OLTP and OLAP systems
- Exploring Big Data architectures:
- Lambda architecture
- Kappa architecture
- Understanding Event-Driven Architecture (EDA)
- Identifying diverse data sources
- Implementing web crawling and scraping
- Leveraging APIs for data collection
- Practical exercises in data gathering
- Implementing effective data governance strategies
- Exploring the DATA-DMBOK framework
- Understanding microservices architecture
- Exploring virtualization and containers
- Mastering Docker, Docker-Compose, and Kubernetes
- Building data pipelines with Databricks:
- Setting up environments
- Utilizing notebooks
- Implementing workflows
- Data preprocessing techniques
- Feature selection methods
- Exploring various data mining algorithms
- Practical classification exercises
- Adopting Agile methodologies
- Implementing DevOps in data workflows
- Exploring DataOps principles
- Understanding FinOps for cost optimization
- Hands-on DataOps development
- Exploring Data Mesh architecture
- Understanding Zero ETL approaches
- Leveraging Amazon Aurora Zero-ETL
- Utilizing Astro Python SDK
- Building modern data warehouses
- Adhering to Clean Code principles (PEP 8 for Python)
- Implementing effective version control
- Creating comprehensive documentation
Throughout this roadmap, you'll engage in hands-on projects and exercises to apply your knowledge in real-world scenarios.
- Fork this repository to your GitHub account.
- Clone the forked repository to your local machine.
- Explore each topic in the roadmap sequentially.
- Complete associated projects and exercises.
- Refer to additional resources for deeper understanding.
We encourage community involvement! If you have suggestions, corrections, or want to add resources, please submit a pull request or open an issue.
This roadmap is shared under the MIT License.