Azure Infrastructure Architect | Lead Multi-Site Cloud & Network

Feuji; St. Louis (MO); On-site; USD 140,000 - 200,000; Full time

Job summary

Feuji in St. Louis, MO is seeking an Infrastructure Architect – Azure to own the overall technical architecture across network, compute, and endpoint domains for the integration program.

You will ensure vendor-delivered and internally-built solutions align to a consistent target-state design. Reporting to the Program Director / Client Engagement Lead, you will define target-state architecture, set standards, review designs, and provide escalation and design decisions for complex site

Qualifications

• 12+ years in infrastructure architecture spanning network, compute, and endpoint domains.
• Experience architecting solutions for multi-site or M&A integration programs.
• Strong stakeholder communication and technical leadership skills.

Responsibilities

• Define target-state infrastructure architecture (network, compute, endpoint) applied consistently across all integrations.
• Set technical standards followed by the Network Engineer, Desktop Engineers, and Azure Compute Engineer.
• Review and approve vendor delivery designs against architecture standards.
• Provide technical escalation and design decisions for complex or non-standard site requirements.
• Partner with the Project Lead on technical feasibility and sequencing of integration waves.
• Own architecture documentation and evolve standards based on lessons learned across waves.

Skills

Infrastructure architecture

Stakeholder communication

Technical leadership

Job description

Feuji in St. Louis, MO is seeking an Infrastructure Architect – Azure to own the overall technical architecture across network, compute, and endpoint domains for the integration program.

You will ensure vendor-delivered and internally-built solutions align to a consistent target-state design. Reporting to the Program Director / Client Engagement Lead, you will define target-state architecture, set standards, review designs, and provide escalation and design decisions for complex site