Vice President, Global Network Engineering

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Personal Information We Collect Your Privacy Choices Team Overview The Global Infrastructure, Engineering & Operations (GIO) organization is responsible for delivering Trans Union's enterprise infrastructure, cloud platforms, operational services, and foundational technology capabilities that support business growth, resiliency, security, and innovation worldwide.

View Trans Union's Job Applicant Privacy Notice Trans Union is a global information and insights company with over 12,000 associates operating in more than 30 countries. We make trust possible by ensuring each person is reliably represented in the marketplace. We do this with a Tru™ picture of each person: an actionable view of consumers, stewarded with care. Through our acquisitions and technology investments we have developed innovative solutions that extend beyond our strong foundation in core credit into areas such as marketing, fraud, risk and advanced analytics.

As a result, consumers and businesses can transact with confidence and achieve great things. We call this Information for Good® — and it leads to economic opportunity, great experiences and personal empowerment for millions of people around the world.

The Vice President, Global Network Engineering will lead the strategy, engineering, modernization, and reliability of Trans Union's global network services. This executive will oversee the network foundation connecting cloud, on-premises, data center, corporate, partner, and customer-facing environments while driving the transformation toward modern, automated, service-oriented networking capabilities.

This role reports directly to the Senior Vice President of Global Infrastructure, Engineering & Operations and serves as a key technology leader responsible for advancing network resiliency, cloud connectivity, automation, observability, and operational excellence across the enterprise. This is a hybrid position and involves regular performance of job responsibilities virtually as well as in-person at an assigned TU office location for a minimum of two days a week.

• Lead the global network strategy, architecture, engineering, and roadmap across LAN, WAN, cloud, data center, internet edge, partner connectivity, and corporate network environments.
• Drive modernization of network services supporting hybrid and multi-cloud platforms, including Google Cloud Platform (GCP), Amazon Web Services (AWS), and on-premises infrastructure.
• Simplify network complexity through standardization, segmentation, resiliency improvements, lifecycle management, and architectural modernization initiatives.
• Establish and mature a service-based operating model with clearly defined network services, ownership, performance measures, support models, and continuous improvement plans.
• Partner with cloud, platform, architecture, Dev Ops, infrastructure, and security teams to improve consumption of network services through automation, standard designs, and self‑service capabilities.
• Strengthen network reliability through disciplined incident management, problem management, change governance, root cause analysis, and corrective action execution.
• Advance network observability, automation, telemetry, event correlation, and AI-enabled operational capabilities to improve service availability and reduce operational complexity.
• Integrate security, compliance, segmentation, auditability, access controls, and policy‑driven governance into network designs and operational practices.
• Own network capacity planning, technology lifecycle management, vendor partnerships, investment strategies, and cost optimization initiatives.
• Build and lead a high‑performing global engineering organization focused on accountability, innovation, service ownership, technical excellence, and customer outcomes.

• 15+ years of progressive experience leading large-scale enterprise network engineering, architecture, or infrastructure organizations within complex global environments.
• Deep expertise designing, implementing, and operating global network services across data centers, cloud platforms, internet…