Systems Engineer -Wireless Geolocation

Company Description

Synergy ECP is a Service Disabled Veteran-Owned Small Business SD(VOSB) that was formed in July 2007 with Headquarters in Columbia, MD and is made up of talented, dedicated staff to provide a broad range of services to the defense, intelligence and health care industries.

In an ultra-competitive environment, Synergy ECP has thrived by adhering to our name, making sure excellence is displayed by our Employees, to our Customers and by Improving Performance (ECP). It’s what sets us apart, enabling us to be an autonomous yet agile business that delivers huge results – showing we’re ready to meet our customers’ evolving demands.

Synergy ECP has earned a client list that includes numerous Fortune 100 companies, in addition to multiple branches of the US government and military services.

Synergy ECP is an equal opportunity employer and considers qualified applicants for employment without regard to race, color, creed, religion, national origin, sex, sexual orientation, gender identity and expression, age, disability, veteran status, or any other protected class.

TS/SCI

U.S. Citizenship

The Senior Systems Engineer will provide integration support (requirements, specification through development) of COMINT geolocation systems. The selected individual will apply their knowledge of RF signals and technology, especially modern wireless and cellular signals, to support the review and analysis of capabilities requirements, requirements gathering, system architecture development, interface- and data exchange-standardization, propose technical solutions, and review system test results. The individual will also represent the customer’s organization at technical exchanges and will support the development of collaborative, cross-organization and cross system solutions.

The selected individual must be able to work across military and Intelligence organization boundaries to build consensus on contentious technical issues that arise as they aid the creation of a suite of community cross geolocation specifications and implementations.