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ETL

REPLACE_ME: Scalable ETL Pipeline Architecture

REPLACE_ME: Built a robust data pipeline processing 10M+ records daily with real-time monitoring and automated error handling.

REPLACE_ME: Scalable ETL Pipeline Architecture
Project Details
Timeline
20244 months
Role
Senior Data Engineer
Client
REPLACE_ME: E-commerce Platform
Technologies
PythonApache AirflowAWSPostgreSQLDockerKafkaRedis
TL;DR

Designed and implemented a scalable ETL pipeline processing 10M+ records daily with 99.9% uptime, reducing data processing time by 75% and enabling real-time analytics.

The Problem

REPLACE_ME: The client's existing data infrastructure couldn't handle the growing volume of transactional data. Manual processes were causing delays, data quality issues, and preventing real-time business insights.

Approach

  • 1

    Analyzed existing data flows and identified bottlenecks in the current system

  • 2

    Designed a microservices-based architecture for scalable data processing

  • 3

    Implemented Apache Airflow for workflow orchestration and monitoring

  • 4

    Built data quality checks and automated error handling mechanisms

  • 5

    Created real-time monitoring dashboards for pipeline health

Solution

REPLACE_ME: Architected a cloud-native ETL pipeline using Apache Airflow for orchestration, AWS services for scalable compute and storage, and implemented real-time data quality monitoring with automated alerting.

REPLACE_ME: Scalable ETL Pipeline Architecture - Image 1
REPLACE_ME: Scalable ETL Pipeline Architecture - Image 2
REPLACE_ME: Scalable ETL Pipeline Architecture - Image 3

Technologies Used

Orchestration
Apache AirflowCeleryRedis
Cloud & Infrastructure
AWSDockerKubernetesTerraform
Data Processing
PythonPandasApache KafkaPostgreSQL

Results & Impact

99.9% pipeline uptime with automated error recovery

75% reduction in data processing time

10M+ records processed daily with linear scalability

Real-time data availability enabling instant business insights