Lead Specialist, Network Management, Deloitte Global Technology

Required Qualifications

• Lead development of enterprise network architecture roadmaps, reference architectures, and design standards in partnership with global technology, cyber, cloud, and infrastructure stakeholders.
• Architect a network-as-a-service (NaaS) delivery model that standardizes resilient, scalable, automated, and policy-based Global WAN capabilities.
• Define high-level and low-level architecture patterns for WAN, MPLS, E-LAN, IPsec, SASE, cloud exchange, and hybrid connectivity services to support application migration into regional delivery hubs and cloud environments.
• Establish infrastructure-as-code, automation, and orchestration patterns that improve design repeatability, governance, deployment consistency, and operational handoff.
• Provide architectural direction for global data center exit and modernization initiatives as the firm transitions critical infrastructure and applications into centralized and cloud-enabled delivery models.
• Design secure connectivity architectures into Global Cloud Platforms over private and Internet transports using strategic Cloud Exchange points of presence and consistent security controls.
• Own IPv6 dual-stack architecture strategy and adoption patterns across the global network, aligning address planning, routing, security, and application migration considerations.
• Shape the enterprise IP address management and regional LIR strategy across ARIN, RIPE, APNIC, LACNIC, and AFRINIC to support centralized governance, compliance, resiliency, and global scalability.
• Contribute to the IT-of-the-future strategy by convening cross-functional architecture experts and advancing a global Center of Excellence for network modernization, standards, and reusable design patterns.
• Define topology modeling, design documentation, and architecture visualization practices using platforms such as NetBrain to maintain authoritative views of current-state and target-state network architecture.
• Define observability and network analytics architecture requirements that improve end-to-end visibility, service assurance, capacity planning, and proactive risk management.
• Provide design authority and architectural governance for telecommunications integration, carrier connectivity, and production network activation patterns.