Role Description
As a Senior Data Engineer on the CMDB and Asset Intelligence platform, you will help build the unified data foundation that powers asset visibility, cost optimization, and security insights across the company. You will design scalable pipelines and data models that bring together sources like ServiceNow, Okta, Oracle, and Jamf into a centralized lakehouse architecture, turning messy, multi-system data into trusted, decision-ready signals.
This role is a chance to raise the bar on data quality and governance while building systems that teams actually rely on day to day. You will partner closely with IT, Security, and Finance to define what “good” looks like, deliver high-impact solutions, and shape the long-term direction of the platform.
Responsibilities
- Design and build scalable data pipelines using Databricks and Spark to ingest, transform, and unify data from multiple enterprise systems
- Develop and maintain medallion architecture (Bronze, Silver, Gold) data models to create reliable and performant “Golden Record” datasets
- Implement data normalization, mapping, and entity resolution techniques (e.g., fuzzy matching, XREF tables) to unify asset data across disparate systems
- Build data workflows to detect and surface Shadow IT across financial, identity, endpoint, and network signals and integrate results into CMDB systems
- Partner with IT, Security, Finance, Procurement, and GRC teams to define and enforce data standards for critical CMDB attributes (e.g., ownership, approval status, lifecycle)
- Develop and maintain data integrations and APIs to synchronize curated datasets into operational systems such as ServiceNow and Jira Assets
- Monitor, troubleshoot, and improve data quality, reliability, and observability across the data platform
Requirements
- 9+ years of experience building and maintaining data pipelines and large-scale data platforms
- Strong experience with Databricks, Apache Spark, and SQL for distributed data processing and transformation
- Experience designing data models and architectures such as medallion architecture, data lakes, or lakehouse systems
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