Enterprise Wi‑Fi Architect (6E/7) - Design & Strategy Lead

Pacer Group; Columbus (OH); On-site; USD 69,000 - 83,000; Part time

Benefits offered by this job

Medical

Dental

Vision

401(k)

Job summary

Pacer Group is seeking a Wi‑Fi Design Architect to lead the global enterprise wireless architecture and engineering strategy from Columbus, OH. The role focuses on defining target-state wireless architecture, assessing current deployments for debt and gaps, and driving governance and skills uplift across delivery teams.

The position reports to the Director of Network Engineering and requires a deep specialty in Wi‑Fi 6E/7, security integration, and documentation of high/low level designs.

Qualifications

• Must have 12+ years of enterprise wireless architecture experience.
• Experience defining RF design principles and WLAN topologies.
• Knowledge of Wi-Fi 6E/7 and security integration.

Responsibilities

• Define target-state wireless architecture covering RF design principles, WLAN topology, cloud/controller models, and security integration.
• Assess current-state network to identify debt, risks, gaps, and regional variations.
• Recommend strategic directions including Wi‑Fi 6E/7 adoption, lifecycle refreshes, and IoT/guest segmentation.
• Author architecture documentation: HLD, LLD, reference architectures, decision records, and standards deliverables.
• Establish governance models for standards adoption and uplift wireless engineering capabilities.

Skills

Wireless strategy

Roadmapping

Governance frameworks

Technical documentation

Job description

Pacer Group is seeking a Wi‑Fi Design Architect to lead the global enterprise wireless architecture and engineering strategy from Columbus, OH. The role focuses on defining target-state wireless architecture, assessing current deployments for debt and gaps, and driving governance and skills uplift across delivery teams.

The position reports to the Director of Network Engineering and requires a deep specialty in Wi‑Fi 6E/7, security integration, and documentation of high/low level designs.