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Meade

ICT Infrastructure Design Engineer I (Low Voltage)

Remote; Austin; Remote; TempeRemote · United States
Engineering
POSTED 22 JULVERIFIED 1D AGO
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Role
110 days opentrue age
Posted 22 Jul
Pay
$210k–$251kno pay posted
Market p25–p75
$210k–$251k
Austin · n=3 · 365d to 4 Nov
CompanyMeade →
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Meade is a full-service design firm specializing in innovative and cost-effective engineering solutions for data centers, cloud providers, and large-scale construction projects. Our team of expert engineers, designers, and consultants is dedicated to delivering high-quality, reliable, and sustainable solutions that drive the industry forward.

At Meade, we foster a collaborative and dynamic work environment where creativity, technical excellence, and professional growth are at the forefront. We take pride in our commitment to innovation, efficiency, and superior service-values that not only define our projects but also shape our workplace culture.

If you're looking to be part of a company that values expertise, teamwork, and cutting-edge design, we'd love to hear from you!

***This is a physical infrastructure design role — not software or IT networking. You'll design the cabling, pathways, and telecom rooms that data centers and mission-critical buildings run on: fiber/copper backbone routing, rack elevations, conduit systems, and construction drawings in Revit. Think structured cabling and building infrastructure design, not network administration or coding.***

Job Description

Meade is seeking an RCDD-certified ICT Infrastructure Design Engineer I (Low Voltage) to join our Engineering team. This is a specialized role focused on the design of network infrastructure and structured cabling systems for mission critical and data center projects. This position will play a key role in delivering high-quality designs for complex projects while continuing to build technical expertise in a niche, high-demand discipline.

The ideal candidate has a solid foundation in network architecture and structured cabling systems.

Job Duties

Network Design & Architecture

  • Design ICT and network infrastructure systems, including structured cabling (fiber and copper) and telecommunications pathways.
  • Develop LAN/WAN topology diagrams, logical network layouts, and physical infrastructure design, cable routing, and pathway layouts.
  • Produce detailed deliverables including:
  • Construction drawings
  • Cable routing and pathway layouts
  • Equipment schedules and specifications
  • Telecommunications room layouts and rack elevations
  • Design passive infrastructure including fiber backbone systems, copper cabling, and cross-connect/ODF configurations.
  • Design Service Entrance Facility (SEF) infrastructure, including fiber vault placement, underground conduit stub-outs, and coordination of carrier incoming fiber pathways.
  • Develop outside plant (OSP) designs including underground conduit systems, pull boxes, handholes, and site conduit routing in coordination with civil and electrical disciplines.
  • Apply industry standards (BICSI, TIA/EIA, ANSI) to ensure compliant and scalable designs.

Adjacent Systems Integration

  • Support the design and coordination of low-voltage systems, including:
  • Audiovisual (AV) systems
  • Security (CCTV, access control)
  • Wireless infrastructure
  • Ensure these systems are effectively integrated into overall network and ICT infrastructure design.

Data Center Design

  • Contribute to the design of data center infrastructure systems for enterprise, colocation, and mission-critical facilities.
  • Develop data hall layouts, rack plans, and cable management strategies.
  • Support design of MDA, HDA, and EDA environments, including backbone and horizontal distribution systems.
  • Incorporate considerations such as hot/cold aisle containment and scalability.
  • Assist in preparing construction documentation for fit-outs, upgrades, and new builds.
  • Coordinate ICT systems with electrical, mechanical, and other engineering disciplines.

Documentation & Software

  • Prepare all design drawings and deliverables using the Autodesk software suite, including Revit (MEP).
  • Develop BIM-coordinated ICT models for design coordination and clash detection workflows.
  • Produce specifications, design reports, bills of materials, and commissioning documentation.
  • Maintain accurate version control, project registers, and quality records throughout the project lifecycle.
Source · MeadeFirst seen 7 NovOriginal ↗