Infrastructure Engineer - Wireless Connectivity

Infrastructure Engineer - Wireless Connectivity

Location(s):
Toledo, OH, US,  Tampa, FL, US, 33605

Function:
Information Technology

Audience:
Experienced Professional

Work Arrangement:
Hybrid

Requisition

Owens Corning’s Global Information Services (GIS) provides a technology platform that supports the company’s growing global business needs. The Infrastructure Engineer – Wireless Connectivity is a key member of the Global Infrastructure & Operations (GIO) organization and is responsible for the performance, implementation, and engineering of wireless connectivity platforms and solutions. This engineer role will focus on partnering across GIS, GIO, and with our operations partner to drive business value through execution and problem-solving.

The Infrastructure Engineer – Wireless Connectivity ensures platform integrity, manages lifecycle tasks, and drives improvements across enterprise connectivity. Responsibilities include maintaining networking platforms (WAN, LAN, WiFi) and supporting project delivery with a primary focus on wireless connectivity platforms and engineering. This role will leverage automation and platform efficiencies to improve deployment speed and operational reliability.

GIO Leader, Connectivity

Individual contributor

• Develop and maintain a strong understanding of Owens Corning specific business processes and operations locally and globally
• Build relationships within the organization, cross-functionally, and with key business stakeholders; continuously enhance connection to remain aligned with core objectives
• Understand how IT infrastructure and services are directly aligned with the company's strategic objectives by regularly engaging with vendors and key business stakeholders focused on distributed, enterprise, and cloud technologies and solutions

• Assist in monitoring and assessing the health, capacity, and performance of connectivity platforms, proactively identifying opportunities for optimization and mitigating risks
• Provide technical guidance throughout the lifecycle of connectivity platforms — including patching, upgrades, and refresh strategies for the region
• Collaborate with architecture and operations teams to design and implement enhancements that significantly improve reliability, efficiency, and supportability of connectivity platforms
• Establish and maintain engineering standards, templates, and automation for wireless network design, deployment, and configuration—ensuring consistent, secure, and scalable delivery of Wi ‑ Fi services across sites
• Evaluate, recommend, and implement emerging wireless technologies, tools, and optimization platforms (e.g., RF planning tools, telemetry, AI‑driven performance insights) to improve reliability, coverage quality, roaming performance, and overall user experience
• Own complex wireless incident resolution, including deep‑dive RF analysis, interference identification, firmware/driver issue detection, and end‑to‑end root cause analysis—driving long‑term corrective actions to enhance platform stability
• Lead small‑to‑medium scale wireless connectivity projects and platform modernization efforts, such as access point refresh cycles, controller upgrades, new site expansions, warehouse mobility enhancements, and adoption of next‑generation wireless protocols
• Integrate wireless security and compliance requirements into architecture and operational processes, including WPA3 enablement, certificate‑based authentication, device segmentation, NAC integration, secure IoT onboarding, and adherence to enterprise security standards
• Identify and implement automation opportunities across wireless configuration management, monitoring, reporting, firmware lifecycle workflows, and user onboarding processes to reduce manual tasks and improve engineering throughput
• Continuously optimize wireless infrastructure performance through proactive capacity planning, RF tuning, channel/power optimization, QoS policy refinement, and alignment with evolving business and device needs
• Collaborate with network…