End-to-end PySpark solutions demonstrating production-grade data engineering patterns
This portfolio showcases hands-on Apache Spark data engineering projects covering large-scale data processing, optimization techniques, and real-world pipeline patterns. Built to demonstrate enterprise-level skills aligned with modern data engineering roles.
- Comparative analysis of
sortWithinPartitions()vssort() - Performance benchmarking and shuffle optimization
- Use cases for each sorting strategy in production pipelines
- Incremental data loading strategies
- Schema evolution handling
- Data quality checks and validation layers
- Window functions for time-series analysis
- Aggregation optimization with partition pruning
- Joins: broadcast, shuffle hash, sort merge
- Azure Data Lake Storage Gen2 (ADLS) integration
- Delta Lake for ACID transactions
- Databricks-compatible notebook patterns
| Category | Technologies |
|---|---|
| Processing | Apache Spark (PySpark), Spark SQL |
| Storage | Azure Data Lake Storage, Delta Lake, Parquet |
| Orchestration | Apache Airflow |
| Cloud | Microsoft Azure |
| Languages | Python, SQL |
Apache-Spark-Data-Engineering-Portfolio/
βββ sorting/
β βββ local_sort_vs_global_sort.ipynb # Sort benchmarking
β βββ partition_optimization.py
βββ etl/
β βββ incremental_load_pattern.py # Incremental ETL
β βββ schema_evolution_handler.py
βββ sql/
β βββ window_functions.sql # Advanced SQL
β βββ aggregation_patterns.ipynb
βββ cloud/
βββ azure_adls_integration.py # Cloud integration
- Scalability: Designed to handle TB-scale datasets in distributed environments
- Performance: Optimized with partition strategies, caching, and broadcast joins
- Production-Ready: Error handling, logging, and monitoring patterns included