Solutions Architect (Broadcast)

TL;DR

Solutions Architect (Broadcast): Designing and documenting technical solutions for the TFC platform with an accent on SMPTE ST 2110 IP media workflows and broadcast infrastructure. Focus on creating scalable reference architectures, reusable design blueprints, and ensuring global delivery consistency through internal collaboration.

Location: Must be based in Pittsburgh, PA or Dallas, TX

Company

hirify.global is a world leader in live and broadcast production services, supporting premier events across sports, entertainment, and live events globally.

What you will do

• Partner with the VP to develop technical solution designs based on business objectives.
• Create and maintain reference architectures, reusable templates, and design blueprints.
• Support technical contributions for RFIs, RFPs, and internal documentation packages.
• Participate in internal pre-sales planning and technical discovery activities.
• Translate high-level business needs into actionable architecture recommendations.
• Document integration approaches and interface requirements for engineering teams.

Requirements

• 5+ years in solutions architecture, systems integration, or platform engineering within media or broadcast environments.
• Demonstrated experience with SMPTE ST 2110-based IP media workflows.
• Understanding of IP networking for broadcast, including multicast, QoS, and high-bandwidth transport.
• Strong grasp of cloud architectures, system interoperability, and scalable design practices.
• Ability to translate complex requirements into structured, documented solution blueprints.
• Must be based in Pittsburgh, PA or Dallas, TX.

Nice to have

• Experience in broadcast platform architecture such as control systems, IP infrastructure, and automation.

Culture & Benefits

• Opportunity to work on world-class live production and broadcast technology.
• Collaborative environment focused on global platform standardization.
• Exposure to cutting-edge media workflows and large-scale event infrastructure.