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Gathering salary data, outlook, and education paths
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Starting Salary
Median Salary
Top Earners
Job Growth
Professionals in USA

Career Overview

ETL Developers design, build, and maintain the systems that move data from source systems—like transactional databases, APIs, and third-party platforms—into data warehouses or lakes where it can be analyzed. They write scripts and configure tools to extract raw data, transform it into clean, structured formats, and load it into destinations used by analysts, data scientists, and business intelligence teams. Their work ensures that reports, dashboards, and machine learning models are built on accurate, timely, and consistent data.

Salary Range (US, estimates)

Entry level$68,000
Median$98,000
Senior$128,000
Top 10%$155,000

Key Statistics

Job growth+23%
Professionals in the USA0.5 million
Typical hours/week42 hrs
Remote work share60%
Annual job openings45,000/yr
DemandVery High

Education Paths

  • Required minimum: Bachelor's Degree in Computer Science, IT, or related field — Most employers require a bachelor's degree in a technical discipline along with foundational knowledge of databases and programming.
  • Most common: Bachelor's Degree + SQL/Scripting Experience — Most working ETL Developers hold a CS-related degree and have hands-on experience with SQL, Python, and ETL tools like Informatica, Talend, or SSIS.
  • Accelerator: Cloud & Data Engineering Certifications — Certifications such as AWS Certified Data Analytics, Azure Data Engineer Associate, or Snowflake SnowPro can significantly boost employability and salary.

Core Skills

  • SQL and query optimization
  • Python or Java scripting
  • ETL tools (Informatica, Talend, SSIS)
  • Data warehousing concepts (Snowflake, Redshift, BigQuery)
  • Data modeling and schema design
  • Cloud platforms (AWS, Azure, GCP)

Pros

  • Strong demand across industries that rely on data-driven decisions
  • Clear pathway to advance into data engineering or architecture roles
  • Good remote work flexibility
  • Tangible, measurable impact on business data quality and reporting

Cons

  • Can involve repetitive maintenance and troubleshooting work
  • Increasing automation is compressing entry-level opportunities
  • Tight deadlines when data pipelines fail in production
  • Requires continuous learning to keep up with evolving tools and platforms

AI Impact on This Career

AI and low-code tools are automating many repetitive ETL tasks like schema mapping, data cleansing, and pipeline generation. However, complex data architecture design, business logic implementation, and troubleshooting still require human expertise. The role is shifting toward higher-level data engineering and orchestration rather than being eliminated.

Automation exposure: AI can automate boilerplate code generation, basic data transformation scripts, schema mapping suggestions, anomaly detection in data quality, and routine pipeline monitoring alerts.

The human edge: Humans excel at understanding nuanced business requirements, designing scalable data architectures, making judgment calls on data governance and compliance, and debugging complex, novel pipeline failures that AI tools haven't encountered before.

Figures are estimates for exploration — verify current data with BLS.gov.