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
This position requires an active TS/SCI clearance;
Lead and perform duties related to the selection, use, evaluation, analysis, and/or testing/qualification of electronic parts for use in radiation environments. Apply expert knowledge of industry and/or academic practices and standards across a range of applications and systems. Provide technical oversight of radiation effects tasks including performance of radiation effects analysis, total dose and single event effects testing, modeling of radiation effects, and reporting on device radiation effects performance. Applies extensive understanding of radiation effects to define device performance, assess risk, and support device selection and applications
This position requires and active TS SCI clearance.
Must have a Bachelor of Science degree (or equivalent experience) with course work in Electrical Engineering, Physics, Materials Science/Engineering, Applied Mathematics or related technical discipline with typically 25 years of experience in radiation effects engineering. Specific requirements for this position will be called out in each Contract Work Order (CWO), and will include but not be limited to one of the following areas of expertise. Experience must include expert knowledge in one or more of the following areas of: radiation effects in semiconductor devices and materials, radiation testing, analysis of radiation effects, device modeling, single event rate predictions, test software and hardware development, and/or programming of automated test equipment. Requires an understanding and wide application of advanced principles, theories, concepts and techniques in radiation effects resulting in contributions to the development of new test, analysis and qualification methodologies.