Partner with product, engineering, and governance stakeholders to align on authoritative sources, stewardship, and decision rights for key infrastructure datasets
Maintain strong metadata management practices (cataloging, lineage, and stewardship signals) to support auditability and operational transparency
Required Qualifications, Capabilities, and Skills
Formal training or certification on data engineering concepts and 5+ years applied experience
5+ years of hands-on data engineering experience spanning data modeling, data pipeline development, and data quality engineering
Proficiency in Python and SQL, with the ability to build reliable, testable data transformations and integrations
Demonstrated experience diagnosing data quality issues (completeness, accuracy, timeliness, consistency) and implementing controls to prevent recurrence
Experience working directly with partner teams
Working knowledge of infrastructure or asset-related data domains (e.g., compute, network, storage, cloud) sufficient to model and normalize inventory data
Strong problem-solving skills, including the ability to investigate complex data discrepancies across multiple systems and dependencies
Comfortable dealing with ambiguity and a fast-changing environment, with the ability to lead and drive effort to completion
Familiarity with data contract patterns and practical data quality frameworks (rule definition, monitoring and exception management)
Preferred Qualifications, Capabilities, and Skills
Experience with IT asset management or configuration management concepts (e.g., asset inventories, configuration management databases)
Exposure to data mesh and data product operating models, including publishing reusable datasets for broad consumption
Experience with semantic modeling across infrastructure layers to connect assets across application, platform, storage, and network contexts
Familiarity with graph databases or dependency mapping concepts (e.g., using graph-style modeling to represent relationships between assets)
Experience with streaming services like Kafka
Familiarity with anomaly detection, pattern analysis, or big data frameworks such as Hadoop/Spark
Working knowledge of Java sufficient to contribute to or uplift existing Java-based platforms (e.g., Verum SOR) as needed
