Senior Data Center Conveyance & Pathway Engineer

Meta; New York (NY); On-site; USD 150,000 - 210,000; Full time

Job summary

Meta in New York seeks a Telecom Conveyance Engineer to lead design and standardization of physical conduit, pathway, and distribution infrastructure for its data-center campuses. You will own the technical strategy from outside plant to in-building systems, coordinating with electrical, mechanical, civil, architectural, and structural teams to ensure scalable, constructible solutions.

The role emphasizes prefabrication, modular construction, and BIM-enabled delivery to reduce on-site time and

Qualifications

• Degree in electrical, mechanical, civil, or architectural engineering.
• 12+ years of data center or mission‑critical facility design experience.
• Experience with cable tray systems, conduit design, busway, and distribution architectures.
• Expertise in cabling standards (TIA‑568, TIA‑569, BICSI TDMM) and NEC/ NFPA/IBC codes.

Responsibilities

• Lead design and standardization of physical conveyance infrastructure across data centers.
• Define modular design approaches, qualification standards, and deployment frameworks.
• Coordinate with electrical, mechanical, civil, architectural, and structural teams.
• Drive faster construction delivery while reducing on-site personnel and costs.

Skills

Cable pathway

Conveyance systems

Multi-trade coordination

BIM coordination

CAD/BIM tools

Prefabrication

Modular construction

Data center design

Standards knowledge

Education

Electrical/Mechanical/Civil/Architectural Engineering degree

Tools

Revit

AutoCAD

Job description

Meta in New York seeks a Telecom Conveyance Engineer to lead design and standardization of physical conduit, pathway, and distribution infrastructure for its data-center campuses. You will own the technical strategy from outside plant to in-building systems, coordinating with electrical, mechanical, civil, architectural, and structural teams to ensure scalable, constructible solutions.

The role emphasizes prefabrication, modular construction, and BIM-enabled delivery to reduce on-site time and