hut8
Enterprise Network & Fiber Infrastructure Architect
At a Glance
- Location
- Miami, Florida, United States
- Experience
- 10+ years
- Posted
- 2026-03-04T20:40:07-05:00
Key Requirements
Certifications
- CCNP
Domain Knowledge
- Engineering
- Telecommunications
Requirements
10+ years of experience in network architecture, telecom infrastructure, or large-scale enterprise networking environments
Deep experience designing fiber transport networks, including dark fiber, leased waves, DWDM, MPLS, or EVPN architectures
Strong understanding of physical fiber plant design, structured cabling standards, and meet-me room architecture within data centers
Experience designing redundant metro and inter-data center fiber paths with strong path diversity and resilience strategies
Familiarity with carrier interconnection models, cross-connects, and telecom vendor management
Strong working knowledge of routing and transport technologies including BGP, L2/L3 networking, and high-availability network design
Responsibilities
The Enterprise Network & Fiber Infrastructure Architect will own the design, strategy, and standardization of Hut 8’s enterprise network and fiber infrastructure across all data center environments. This role is responsible for defining the architecture that connects facilities, enterprise systems, and carrier networks through resilient, scalable, and well-documented telecom and transport infrastructure. The architect will evaluate existing environments, design future-state network and fiber topologies, and partner with IT, data center operations, and external carriers to implement a reliable backbone that supports both current operations and long-term growth.
Some of the key responsibilities you should expect are the following:
Design and standardize Hut 8’s enterprise network and fiber infrastructure architecture across all data center sites
Define resilient network topologies for inter–data center connectivity, metro fiber, and enterprise transport networks
Architect and standardize meet-me rooms, carrier demarcation strategies, and structured cabling frameworks
Develop fiber path diversity strategies and eliminate single points of failure across telecom infrastructure