Fiber Optic Communication Line Design Services

Overview

Architecture, Engineering & Urban Planning

Sandy Springs, Georgia, United StatesPosted about 1 month agoDeadline: May 1st, 2026

Fit Score

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SUMMARY

The city of Sandy Springs, Georgia seeks comprehensive fiber optic communication line design services, involving integration with public safety and transportation infrastructure.

KEY REQUIREMENTS

Must be prequalified by GDOT in area class 3.07 (Traffic Operations Design)
Must be prequalified by GDOT in area class 3.09 (Traffic Control Systems Analysis, Design and Implementation)
Consultant team must be GDOT pre-qualified in 3.10 (Utility Coordination), 5.01 (Land Surveying), 5.02 (Engineering Surveys), 5.05 (Photogrammetry), and 5.08 (Overhead-Sub Surface Utility Engineering SUE)
Must be able to provide professional engineering design consultant services
Must comply with E-Verify requirements under O.C.G.A. 13-10-91
Must maintain required insurance as specified in the solicitation documents
Must be able to obtain required payment and performance bonds
Must be in good standing with the Georgia Department of Revenue

BUDGET

Estimate

$40,000 – $100,000

CONTRACT DURATION

24 months

TIMELINE

RFP Release Date: March 27th, 2026

Pre-Proposal Meeting: April 8th, 2026

Deadline for Inquiries: April 16th, 2026

RFP Due Date: May 1st, 2026

QUESTION DEADLINE

April 16th, 2026

Issuing Agency

City Of Sandy Springs

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DESCRIPTION

The government authority in Sandy Springs, Georgia is seeking vendors to provide fiber optic communication line design services. The scope includes both aerial and underground fiber installation, utilizing existing underground conduits and aerial fiber infrastructure. The project will integrate with current traffic signal and traffic camera systems, as well as include a fiber optic drop to a local fire station.

The selected vendor will be responsible for limited design work and comprehensive management of the design process through to construction closeout. Key responsibilities entail conducting an in-depth site survey of the proposed route, auditing the existing agency fiber-optic infrastructure within the project limits, and delivering clear, concise designs aimed at mitigating risk and ensuring project success. Design requirements include 144 strand fiber cable for trunk lines, 24 strand fiber for drop lines, the use of “6 in 6 out” splicing for all drop cables, and specifying enclosure usage at all fiber splice locations unless otherwise directed.

Source attribution

This Settle analysis is based on the issuing organization’s public RFP listing.