Lunar Data Applications Engineer

Blue Origin LLC; Seattle (WA); On-site; USD 141,000 - 198,000; Full time

Benefits offered by this job

Stock Options for regular employees

Paid Time Off

Education Support Program

401(k) with company match

Job summary

Blue Origin LLC in Seattle is seeking a Data Applications Engineer to build data models, craft intuitive visuals, and provide analysis that informs Lunar program decisions.

You will design data pipelines in Python and SQL, develop dashboards for program leadership, and collaborate with engineering, supply chain, and operations teams to enable self‑serve analytics. Documentation and data quality are emphasized in a fast‑paced spaceflight environment.

Qualifications

• 4+ years SQL experience with Python and/or Spark.
• Experience with GenAI tools to generate, review, and deploy code.
• Experience with professional visualization tools (Databricks/Tableau/PowerBI).
• Experience working with customers to gather requirements and present data solutions.

Responsibilities

• Designs and builds data models to support Lunar program planning and performance.
• Creates dashboards and key metrics for program leadership decisions.
• Develops automated data pipelines using Python and SQL for cross‑functional teams.
• Partners with budget owners and technical teams to deliver self‑service reporting.
• Leads technical data modeling efforts across Lunar programs.
• Establishes data quality standards and documentation practices.

Skills

SQL

Python

Spark

GenAI tools

Data visualization

Customer requirements

Tools

Databricks

Tableau

PowerBI

Git

Gitlab

SQL/DBSQL

Job description

Blue Origin LLC in Seattle is seeking a Data Applications Engineer to build data models, craft intuitive visuals, and provide analysis that informs Lunar program decisions.

You will design data pipelines in Python and SQL, develop dashboards for program leadership, and collaborate with engineering, supply chain, and operations teams to enable self‑serve analytics. Documentation and data quality are emphasized in a fast‑paced spaceflight environment.