Low Voltage Cabling Architect

Job Description

Project Type: Onsite Site Survey – Large Warehouse / Distribution Center

\n

Location: Phoenix, AZ (Local Candidates)

\n

\n

Scope of Work

\n

We are seeking an experienced Low Voltage Cabling Architect to conduct an onsite survey at a large warehouse or distribution center. The engineer will assess the existing low-voltage cabling infrastructure, identify cabling requirements, validate network device locations, and provide recommendations for future installations or infrastructure upgrades.

\n

\n

Site Walkthrough and Assessment

\n

- Conduct a detailed walkthrough of the warehouse, distribution center, and associated office areas.

\n

- Review the existing low-voltage infrastructure, including data cabling, network outlets, cable pathways, and equipment locations.

\n

- Identify potential locations for network racks, IDF/MDF rooms, wireless access points, cameras, access control devices, and other low-voltage systems.

\n

- Assess warehouse layout, ceiling heights, racking arrangements, operational areas, and environmental constraints that may affect cabling installations.

\n

Structured Cabling Assessment

\n

- Inspect existing copper and fiber-optic cabling infrastructure, where applicable.

\n

- Evaluate existing cable trays, conduits, overhead pathways, ladder racks, and other cable management systems.

\n

- Identify potential cable routes between MDF/IDF rooms, network racks, workstations, warehouse zones, and equipment locations.

\n

- Assess cable pathway capacity, accessibility, and any obstacles that could affect installation.

\n

- Identify areas requiring new cabling, cable extensions, pathway modifications, or infrastructure upgrades.

\n

Network and Low-Voltage Device Location Planning

\n

- Review potential mounting locations for wireless access points, IP cameras, access control devices, and other low-voltage equipment as applicable to the project.

\n

- Identify network drops required for warehouse workstations, printers, scanners, operational equipment, and office areas.

\n

- Evaluate cable routing requirements for high-bay warehouse environments and areas with limited accessibility.

\n

- Identify power availability, mounting requirements, and installation constraints that may affect device placement.

\n

MDF/IDF and Equipment Room Assessment

\n

- Inspect existing MDF/IDF rooms and telecommunications cabinets, where accessible.

\n

- Document rack locations, available rack space, cable termination points, patch panels, and existing cable management.

\n

- Assess potential locations for additional racks, cabinets, and network equipment.

\n

- Identify any space, accessibility, cooling, or cable management concerns.

\n

Measurements, Photos, and Documentation

\n

- Capture warehouse layout details and approximate measurements relevant to cabling routes.

\n

- Document proposed cable pathways, equipment locations, and network drop requirements.

\n

- Take clear photographs of existing racks, cable trays, pathways, IDF/MDF rooms, ceiling structures, and proposed installation areas.

\n

- Mark proposed cable routes and device locations on available floor plans or site drawings, where provided.

\n

- Record approximate cable distances and quantities for planning and estimation purposes.

\n

Recommendations and Bill of Materials (BOM)

\n

- Provide recommendations for structured cabling routes and infrastructure improvements.

\n

- Identify estimated cable types, quantities, termination points, patch panels, racks, pathways, and related materials required.

\n

- Highlight installation challenges, safety considerations, access restrictions, and any special equipment requirements.

\n

- Provide preliminary material and labor estimates if requested by the project team.

\n

Site Survey Report and Deliverables

\n

Upon completion of the site survey, the engineer must provide:

\n

- Site survey report summarizing existing conditions and findings.

\n

- Photo documentation of key areas and infrastructure.

\n

- Proposed cable routes and device locations.

\n

- Preliminary cable count, estimated lengths, and termination requirements.

\n

- Identification of new cabling requirements and infrastructure gaps.

\n

- Preliminary Bill of Materials (BOM), if required.

\n

- List of site constraints, risks, assumptions, and recommendations.

\n

- Follow-up requirements or clarifications needed before installation begins.

\n

Required Skills and Experience

\n

- Experience in low-voltage cabling design, structured cabling, or telecommunications infrastructure.

\n

- Previous experience conducting site surveys in large warehouses, distribution centers, industrial facilities, or logistics environments.

\n

- Knowledge of Cat6/Cat6A copper cabling, fiber-optic cabling, patch panels, cable trays, conduits, and cable management systems.

\n

- Familiarity with MDF/IDF layouts, network racks, wireless access point placement, and low-voltage device connectivity.

\n

- Ability to read floor plans, perform basic measurements, document cable pathways, and prepare survey reports.

\n

- Strong documentation, communication, and problem-solving skills.

\n

- Awareness of warehouse safety requirements, including working around forklifts, high-bay storage racks, and restricted-access areas.

\n

Required Tools

\n

- Laptop or tablet for documentation and reviewing floor plans.

\n

- Measuring tool or laser distance meter.

\n

- Smartphone or camera for site photos.

\n

- Basic hand tools, if required for inspection.

\n

- PPE required by the site, including safety shoes, high-visibility vest, and hard hat where applicable.

\n