Vencore is a proven provider of information solutions, engineering and analytics for the U.S. Government. With more than 40 years of experience working in the defense, civilian and intelligence communities, Vencore designs, develops and delivers high impact, mission-critical services and solutions to overcome its customers most complex problems.
Headquartered in Chantilly, Virginia, Vencore employs 3,800 engineers, analysts, IT specialists and other professionals who strive to be the best at everything they do.
Vencore is an AA/EEO Employer – Minorities/Women/Veterans/Disabled
Responsibilities : Systems Engineering support, with specialty in communications engineering capable of providing end-to-end system performance analysis, trending and troubleshooting metrics. Candidate will perform optical and RF simulation and modeling tools for both linear and non-linear optical and RF analysis. Candidate will perform linear optical modeling using a tool of choice, and proficiency with VPI non-linear optical design software as it pertains to current and future optical telecommunications systems. Develop CONOPs, end-to-end system architectures, requirements, and related documentation. Support customer by ensuring that development personnel have a clear operational, technical, and functional context for hardware, software and procedures being developed. Ensure requirements comply with client requirements and government standards through formal verification methods. Assist in design reviews to ensure applicability to the current system and traceability of requirements through compliance verification and validation. Develop test plans and procedures that meet the objectives of the contractual requirements, and participate in the testing process to validate requirements. Work with government clients to assess system designs and plans.
Requires 5 to 8 years with BS/BA or 3 to 5 years with MS/MA or 0 to 2 years with PhD.
The ideal candidate shall be an Electrical Engineer with experience in RF and optical system design and analysis (to include, signal analysis, interface, noise, sensitivity, link-budget and error analysis). Candidate should be capable of analyzing current and future technology trends in optical telecommunications, optical amplifiers, and photonics devices and demonstrated experience in presenting power and SNR link budgets and limitations of optical telecommunication systems.
Desired skills include the capability of leading technical groups and contributing to test plans, testing, and technical reviews to support the program lifecycle and it’s supporting engineering artifacts. Candidate should be qualified in CONOPS development, requirements decomposition, traceability and analysis.
Additionally, candidate should have the following qualifications:
Ability to bridge the gaps between customer requirements, operational needs, and true technical capabilities to ensure mission success. Strong analytical and problem solving skills to resolve technological problems. Demonstrated ability to document results and distribute information in a well-presented format. Proficient in the use of computers and office-related software, such as Microsoft Office products. Strong communication skills to interact with team members, customers, and support personnel. Ability to work independently and on a team.
Degree: BS Electrical Engineering or Physics, or similar, relevant engineering degree.
TS/SCI clearance with polygraph required.