Staff Identity Engineer (Radiant One)

Join the NBCUniversal Identity and Access Management team as a Staff Engineer focused on Identity Provisioning and Directory Services. This role owns the architecture, design, and evolution of our directory virtualization and provisioning capabilities that underpin identity correlation, authentication, and provisioning across NBCU's enterprise workforce. This is a hands-on role: you will design solutions, provide input to technical direction, mentor other engineers, and partner across IAM, security architecture, and application teams to solve complex, large-scale directory and provisioning challenges. Responsibilities Design, deploy, and tune Identity Fabric environments, including replication topology, ACIs, high-availability configuration, and performance optimization at enterprise scale Identity provisioning workflows spanning provisioning, and custom connector development, extending beyond out-of-box configuration to build and debug bespoke integrations Lead directory consolidation, migration, and hybrid identity initiatives (e.g., multi-forest AD, Azure AD/Entra integration) where Radiant Logic serves as an abstraction and correlation layer Serve as a technical escalation point for complex production issues involving directory replication, provisioning failures, and identity correlation conflicts, driving root cause analysis and durable fixes Partner with IAM governance (SailPoint), security architecture, and application teams to align directory and provisioning capabilities with broader identity strategy Set technical direction and best practices for directory and provisioning engineering; mentor senior and mid-level engineers on the team Build automation and tooling (Python/PowerShell) to reduce manual operational overhead and improve reliability of provisioning and directory services Document architecture decisions, design tradeoffs, and operational runbooks for supportability across the team Evaluate and influence roadmap decisions for the directory and provisioning technology stack