Telecom Infrastructure Network Engineer

Who We Are

Our purpose at CloudHQ is to provide flexible, efficient and resilient data center solutions to businesses of all sizes. Our growing organization was founded by the pioneer of data center REITs. CloudHQ has state-of-the-art data center sites located on two Northern Virginia campuses, as well as London, Frankfurt, Paris, and São Paulo, and we anticipate exponential growth over the next several years both in the US and abroad.

What The Role Entails

Based in Ashburn, Virginia, the Telecom Infrastructure Network Engineer at CloudHQ develops and maintains the physical-layer engineering for fiber-optic connectivity across inside-plant and outside-plant environments. The role manages routes, mapping, construction drawings, technical coordination, and utility interfaces from concept through as-built record completion.

What You Will Get to Do

• Develop physical fiber route concepts and detailed designs for campus, metro, long-haul, building, and data center connectivity.
• Prepare and review route maps, construction drawings, conduit and pathway plans, handhole and manhole details, rack elevations, cable schedules, splice plans, and labeling schemes.
• Coordinate proposed routes with utilities, civil teams, property stakeholders, permitting authorities, carriers, and construction contractors.
• Perform site surveys and field validation to confirm constructability, pathway availability, access constraints, hazards, and existing conditions.
• Create engineering scopes, technical specifications, bills of material, design packages, and installation requirements.
• Review contractor submittals, requests for information, design changes, redlines, test plans, and as-built documentation.
• Maintain accurate GIS, CAD, fiber-management, and asset records, including cable segments, strands, splices, terminations, pathways, and capacity assignments.
• Support construction and commissioning by resolving field conflicts, evaluating proposed changes, and documenting approved deviations.
• Define and review acceptance testing requirements, including applicable optical loss, continuity, and reflectometry records.

Success Measures

• Design packages are accurate, buildable, coordinated, and issued on schedule.
• Field changes and engineering decisions are documented and reflected in final records.
• Fiber, pathway, splice, and termination records remain complete and traceable.
• Installed systems meet approved design and acceptance requirements.