Client Description:

Our client leads the industry in the development and manufacturing of shared multi-access (SMA) systems designed to enhance and expand Wireless Service Providers’ network coverage and capacity.

The company’s digital product family enables shared multi-access (SMA) for up to eight wireless operators on the same access network with multiple frequencies and protocols. Its fiber-based SMA systems are designed to complement the performance of existing wireless networks by delivering stronger Radio Frequency (RF) signals directly to the end-users. The transmission nodes can be located in areas that have previously been underserved to improve network performance and provide seamless wireless services.

The system consists of Radio Access Nodes (RANs), each with a shared multi-band antenna, deployed throughout a desired area to consumers and are interconnected with fiber optic cable to a centralized hub, which provides connectivity to the Wireless Service Providers (WSP) that offer services through the access network.

The company has its corporate offices, manufacturing, research and development facilities in New England with sales offices in Seattle, Washington, and Houston.

Responsibilities Will Include:

The Customer Network Engineer is responsible for overseeing the design, deployment, and optimization of multi-protocol, multi-frequency, micro-cell wireless telecommunications networks. Managing the design phase will include establishing coverage plots for prospective deployments utilizing RF propagation tools, data gathering to include field drive testing, initial design, design review and presentation to WSP customers. Duties will also include radio network planning, site surveys, path analysis, access planning, interference analysis, demand planning, test and measurement of the equipment, and interfacing with customer market development teams.
Duties will also include specifying equipment configurations required for network designs, to support customer sales proposals.
While in the deployment phase, the CNE will oversee test and measurement, compiling RF analysis packages, working with installation to verify equipment configuration, and contribute to acceptance testing of equipment.

Requirements:

Direct experience in setting up and monitoring RF systems; working with carriers and engineering requirements. Outstanding communication skills for handling questions on technology and operations.

Technology:

RF; fiber optics; telecommunications engineering

Education:

BS degree in engineering or relevant science and computer studies.

Salary Range :

DOE